BenchmarkJuly2019

TECHNOLOGICAL INNOVATION & SMART SOLUTIONS
Smart Solutions: Adding Benefits
Network Zone: Switch Specifications
12 to Try: Video Archiving
Round-Up: Technical Innovation
July 2019
BENCHMARK
Mainstream VMS Options
Benchmark assesses VMS software for mainstream applications
Tested: Texecom Micro Shock-W
Technology: The Benefits of GPUs

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BENCHMARK
BENCHMARK
Technological Innovation & Smart Solutions
At Benchmark, we passionately believe that the future growth and
development of the security sector depends upon the creation of
flexible, scalable and effective solutions. As technology delivers
ever increasing levels of functionality, so the ability to integrate
elements such as business intelligence and smart management create a
more valued proposition for all concerned. This brings together
enhanced security with truly beneficial solutions.
We believe that by embracing the new and emerging technologies,
and by adopting a more holistic approach to encompass the inherent
flexibility they offer, credible solutions that deliver enhanced protection,
security and business benefits can be realised.
Through independent testing, system and technology assessments,
field-based analysis, educational articles and informed debate,
Benchmark provides vital information to those seeking to create best-inclass
solutions. The editorial materials included in the magazine and its
on-line initiatives ensure that those who offer bespoke advanced
solutions have access to honest, independent and relevant reporting
that aids and supports them in their work. All editorial content is
exclusive to Benchmark and is based upon real-world field trials, not on
theoretical documents produced by manufacturers.
Benchmark delivers its content via a monthly print-based
publication, as well as a number of interactive electronic initiatives. By
realising the potential that new technologies offer, enhanced solutions
that deliver security and business benefits can be realised.
Benchmark Independent Testing
Benchmark Recommended
Status is awarded to
products that undergo the
independent testing and
assessment process and are considered
to deliver genuine benefits in the
design and creation of innovative and
smarter solutions. Products which
receive Recommended status have
undergone testing and have reached a
high standard.
Benchmark Outstanding
Status is awarded to
products that undergo the
independent testing and
assessment process and are considered
to deliver invaluable benefits to those
designing and installing innovative and
smarter solutions. Products which
receive this status have undergone
application-specific testing and have
reached the very highest standards.
Because products and
systems in the electronic
security industry are varied,
there are inevitable price
differences. Benchmark always
considers the price/performance ratio,
and makes adjustments to ratings to
reflect value for money. In group tests,
the product which delivers the best
price/performance ratio receives the
award of Benchmark Best Buy.
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JULY 2019
Contents
Editor
Pete Conway
E-mail: pete.conway@benchmarkmagazine.com
Advertisement Manager
Nick Tiday
Tel: 020 8295 8302
E-mail: nick.tiday@benchmarkmagazine.com
Production
Matt Jarvis
Tel: 020 8295 8300
E-mail: matt.jarvis@proactivpubs.co.uk
Administration
Tracey Cole
Tel: 020 8295 8306
E-mail: tracey.cole@proactivpubs.co.uk
ISSN: 1750-1040
Editorial and Advertisement Office
PO Box 332
Dartford
DA1 9FF
© Pro-Activ Publications Ltd 2019
All rights reserved. No part of this publication may
be reproduced or transmitted in any form or by any
means, electronic or mechanical, including
photocopy, recording, or any information storage and
retrieval system, without permission in writing from
the publisher.
Benchmark reserves the right to alter, abridge or
edit any submissions prior to publication. The views
published in Benchmark are not necessarily those of
the publisher.
While every care has been taken to ensure
accuracy in the preparation of material included in
Benchmark, the publishers cannot be held responsible
for the accuracy of the information contained herein,
or any consequence arising from it. In the case of all
product reviews, tests and assessments, judgements
have been made in the context of the equipment
supplied at the time of the review. Any judgements are
based upon situations relevant at the time of writing,
and comments relating to cost are based upon
published prices available from major distributors.
Comments are based upon products and systems
currently available in the UK market-place.
7 Editorial
The introduction of the Secure by Default
specifications will impose stringent cybersecurity
measures on surveillance devices.
8 Test: VMS for Mainstream Sites (Part 1)
Benchmark looks at VMS packages which are
ideal for mainstream applications, with Hanwha
Techwin’s Wisenet Wave and CathexisVision 2019
from Cathexis.
18 Smart Solutions
Benchmark looks at how integrators and
installers can enhance the smart benefits of their
systems using emerging technologies.
22 12 To Try: Video Archiving
Benchmark looks at a dozen products and
services which will be of interest to those
integrators and installers delivering video
archiving.
28 Test: Texecom Micro Shock-W
Texecom’s Premier Elite Micro Shock-W offers
something different when considering the use of
shock sensors.
31 IFSEC 2019
This year’s event will see the launch of the Secure
by Default standard, introduced by the
Surveillance Camera Commissioner.
36 Sign up for Benchmark E-News
Stay updated with the Benchmark E-News service
and keep informed about tests, assessments,
innovation and smart technologies.
39 SiX Event
For system integrators and security installers, the
SiX event in Manchester represents an
opportunity to find out more about new and
emerging technologies.
40 Smart Solutions: Building Management
Benchmark looks at how the COSMO PSIM+
system can add value for end users by simplifying
integration with other systems.
43 Network Zone
A guide to understanding the specifications when
selecting a switch for use in a security-based
networked application.
49 Innovation Focus
Benchmark rounds-up a number of products,
services and solutions which offer an innovative
option for forward-thinking engineers.
60 The Benefits of GPUs
Manufacturers are increasingly offering GPUbased
hardware, but what do these chipsets do?
66 Benchmark Innovation Awards 2019
The finalists for the 2019 awards are announced,
with a look at the various products from all
security disciplines.
74 Benchmark Online
Benchmark’s website is a valuable resource for
those seeking to deliver smart solutions.
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COMMENT
Editorial Comment...
The UK Surveillance Camera Commissioner
has announced plans to launch a Secured
by Default CCTV Requirements standard
on 20 June 2109. This is in response to
concerns over the cybersecurity risks inherent
in video surveillance hardware, and follows a
number of high profile media reports about
how CCTV devices are often a weak point in
terms of cyber crime for many businesses and
organisations.
Of course, while many of the reports
insinuated that CCTV as a whole was a risk in
terms of cybersecurity, the majority of cases
were either related to DIY or consumer home
products which had been installed and
configured by members of the public, or
covered OEM products made for brands which
professional integrators and installers simply
would not use.
Despite the fact that most end users
wouldn’t know the difference between the
products being highlighted in the media and
the professional systems they’d invested in,
the various associations and organisations
which claim to represent the industry didn’t
respond to point out where the issues laid.
The result is the Secure by Default
Requirements, and despite the drivers behind
this initiative, it could be a good thing for the
professional security systems sector, and for
integrators and installers working with
professional equipment.
The DIY and consumer sectors must achieve
a balance between ease of use and device
security. These products must appeal to
people with little or no technical skills. Sold in
large numbers to members of the public with
poor IT acumen, the manufacturers simply
cannot (or will not) invest in support for the
devices. Therefore, if products are complex to
set-up and use, people will simply return
them, and poor reviews will damage sales.
These DIY devices rely on simplicity for the
use, even if that means allowing them to use
the devices in an insecure mode. These are
the types of devices which caused many of the
issues in the first place.
For integrators and installers, adhering to
Secure by Default Requirements should not
The concerns of end users with regard to the
cybersecurity of surveillance devices has largely
been driven by reported cases which carry a
substantial amount of misinformation. However, the
resulting proposals for a ‘Secure by Default’
standard have to be applauded, if only because it
ensures all manufacturers implement stringent
measures which will ultimately assist system
integrators and security installers.
be an issue, and indeed many higher end
surveillance products already offer the
features and functions required for such a setup.
Additionally, these manufacturers also
offer a wealth of support to help enforce
cybersecurity.
The Secure by Default Requirements will be
good news if – and it’s a big if – the self
certification process is carefully scrutinised
for all products, especially those aimed at the
DIY and consumer markets, and if they’re
widely promoted, not the industry, but to end
users in all sectors so they understand to look
for the mark when buying a solution.
If this isn’t done, then the whole exercise
could be a wasted effort.
The Secure by Default Requirements will be good news if – and it’s a
big if – the self certification process is carefully scrutinised for all
products, especially those aimed at the DIY and consumer markets.
7

BENCHMARK TEST
TEST: VMS for Mainstream
Applications (Part 1)
Cathexis: CathexisVision 2019
CathexisVision 2019 is available in four variants: Lite,
Core, Professional and Premium. The Lite and Core
versions support 48 cameras and a single server. Core
allows an increased number of connections and
includes additional event management tools, plus is upgradable. The Professional version
supports up to 150 cameras and unlimited servers, while the Premium package offers unlimited
cameras and servers.
For mainstream applications, the choice is most likely to be Lite or Core. The main difference
between the two is the number of simultaneous connections (3 and 7 respectively), and Lite
does not support Email- and SMS-based notifications, or Event Alarms. Both versions support
VMD and ANPR, along with various event management and alarm handling functions. Events are
managed by Rules which can be configured for a variety of requirements.
CathexisVision 2019 is an open platform VMS. It is made up of a server package for system
management and a client for connection. The Server package can be used if there isn’t a need
for remote connections to the server, which may be the case in many mainstream applications.
Hanwha Techwin:
Wisenet Wave
Wisenet Wave is an open platform
VMS from Hanwha Techwin. The VMS is available in a single edition and expansions are handled
by licence additions. This means that the feature-set and functionality remains the same,
whether the software is used for small systems with a few cameras of for fully blown complex
solutions.
Wisenet Wave-based systems can support up to 50 servers in total, with a maximum of 128
streams per server and up to 50 clients per server. The VMS can manage video streams in a
range of formats including H.265, H.264 and MJPEG. It also supports AAC, PCM, G.726 and MP3
audio formats.
The software runs on Windows or Linux operating systems. It allows the use of Hanwha
Techwin Wisenet devices; third party devices are supported either via integrations or by way of
ONVIF protocols.
Hanwha Techwin provides a list of supported devices, which offers greater detail of the
functionality that is supported on specific units. The list includes devices from over 250
manufacturers, with almost 4,000 devices directly supported.
Other features include failover to ensure reliability in critical applications and video
transcoding, offering a higher degree of flexibility when dealing with archived footage.
Next Month: Part 2
Benchmark will look at other mainstream VMS software options from a number of
other manufacturers, including Milestone Systems and Axis Communications, to
establish which packages are best suited to the needs of integrators and installers
serving the general surveillance markets, and revealing which packages offer the
best options.
8

BENCHMARK TEST
In the past the mainstream video
surveillance market was very much
hardware-centric when it came to recording
and system management. However, with
today’s evolving technological landscape, the
case for open platform VMS solutions is
becoming ever more compelling.
The leading VMS packages often combine
video management and recording, IVA
implementations, as well as integrations with
access control, perimeter and intruder
detection, building management, business
intelligence and a host of other sub-systems.
In many cases, a VMS can provide an
advanced and flexible security management
solution which is highly cost-effective. The
depth of flexibility and the ability to create
truly bespoke solutions can be deployed in
many different ways.
There are a number of driving factors when
specifying a VMS-based system for
mainstream applications. The systems deliver
simple installation and integration of a wide
range of third party devices. Open platform
VMS packages support the majority of devices
from professional security manufacturers,
with the market-leaders boasting thousands
of supported products. This eliminates
frustrations associated with single-brand
hardware options.
Often hardware-based recorders have
limitations with regards to third party
The growth in VMS deployments for video
surveillance and security management has grown
significantly in recent years, and for good reason.
Many VMS providers take an open platform
approach, ensuring third party devices can be easily
supported. This enables the creation of ‘best of
breed’ solutions. While often considered as an ideal
solution for large and complex sites, VMS systems
have increasingly won favour with integrators and
installers for mainstream applications due to their
highly flexible capabilities.
compatibility. Many NVRs only support the
manufacturer’s own cameras and codecs,
along with a few models from partner
companies. In some cases, future firmware
upgrades don’t support new camera models,
so systems cannot be upgraded as
technologies advance.
Not only will an open platform VMS offer a
vast array of supported third party models,
but because drivers have been created
specifically for the individual devices, all
features should be supported.
Another driver for the deployment of VMS
solutions is the fact that they are scalable and
9

BENCHMARK TEST
upgradable. As the system is software-based,
new developments can be quickly
implemented, ensuring end users can realise
the full potential from their investment.
Many integrators and installers who switch
to VMS platforms find the functionality and
flexibility on offer is far in excess of what is
available from similar hardware solutions.
Additionally, they discover the available
features are also superior to those available
from higher cost hardware-based options.
Cathexis: CathexisVision 2019
CathexisVision 2019 is available in four
variants: Lite, Core, Professional and
Premium. The Lite and Core versions support
48 cameras and a single server. Core allows
an increased number of connections and
includes additional event management tools,
plus is upgradable. The Professional version
supports up to 150 cameras and unlimited
servers, while the Premium package offers
unlimited cameras and servers.
For mainstream applications, the choice is
most likely to be Lite or Core. The main
difference between the two is the number of
simultaneous connections (3 and 7
respectively), and Lite does not support Emailand
SMS-based notifications, or Event Alarms.
Both versions support VMD and ANPR, along
with various event management and alarm
handling functions. Events are managed by
Rules which can be configured for a variety of
requirements.
CathexisVision 2019 is an open platform
VMS. It is made up of a server package for
system management and a client for
connection. The Server package can be used if
there isn’t a need for remote connections to
the server, which may be the case in many
mainstream applications.
The VMS server makes use of a single
executable installation package. This is just
over 350MB in size, which is pretty lean for a
modern VMS.
The smaller file size also means the
installation process, which is very
straightforward and truly is a one-click
process – runs without issues. The installation
time was a fraction over 1 minute 20 seconds.
Once installed, the VMS runs a short
‘optimisation’ program. This gives some
simple set-up choices and manages some of
the Microsoft services. This process takes
around 20 seconds.
Effectively, in just under two minutes, you
have a VMS loaded and ready for
configuration.
CathexisVision uses a mixture of tabs,
menus and contextual menus for navigation. It
does take a few minutes to acclimatise
yourself to the interface, and whilst the vMS is
accompanied by a relatively straightforward
PDF manual, it is arguably quicker and work
your way through the screens, remaining
aware that many of the contextual options will
change depending upon the screen you’re
viewing.
While some VMS packages can seem
overwhelming to new users, especially when
they present a seemingly limitless list of
options, CathexisVision at first seems almost
minimal. However, the menus and
configurations you’re presented with are
always pertinent. We recently saw a VMS
where motion detection needed to enabled,
but the simple tick-box to do this wasn’t on
the motion detection page. It took around 15
minutes to find it. This won’t be an issue with
CathexisVision 2019 as controls are logically
grouped.
Adding and managing devices is quick and
straightforward. If you want to add a single
device you can enter its config details and
search for it. Additionally, by clicking the Scan
button, the VMS runs an auto-discovery
wizard, identifying all attached discoverable
devices. The GUI doesn’t make it clear that
this is an option, but it does work.
There is a camera optimisation wizard
which sets streams from the device, inputs,
outputs and triggers. Once the cameras are
configured you can select the database for
archiving, along with recording parameters for
events and for analytics.
The menus are clean and intuitive, making
the various set-up processes easy to follow. If
the truth be told, the GUI lacks the stark and
modern feel many VMS providers go for, but
the speed of flow of the software more than
makes up for the looks.
The Events menu includes four tabs:
General, Trigger, Action and Resources. The
General menu simply requires the event name
and description if required. It also allows
scheduling to be applied. Where workflows
are used, the event can also be allocated a
priority.
Triggers allows configuration of alarms,
events or other conditions which initiate an
automated event. Either standard or advanced
triggers can be used, and the time of
triggering (when or while) can be set: the
difference is a trigger when an activation
occurs, or while the trigger is active.
Dependent upon the programmed trigger
events, the options change form device to
device.
The Actions tab dictates the results of an
event, and can include device-specific or
10

Save
the
Date...

BENCHMARK TEST
system-based activity, and the final tab,
Resources, enables control over devices that
are related to events.
The Events functionality is simple to
implement and works well, with a good
degree of flexibility.
Management of playback is also good, with
some interesting features such as motion
search and activity trails. These features are
configured via the motion database and use
metadata. Motion search is self explanatory,
while activity trails present a time-stamped
heat map which can prove useful in low
activity scenes.
CathexisVision 2019 delivers a good degree
of functionality in a lean and easy to configure
VMS.
Hanwha Techwin: Wisenet Wave
Wisenet Wave is an open platform VMS from
Hanwha Techwin. The VMS is available in a
single edition and expansions are handled by
licence additions. This means that the featureset
and functionality remains the same,
whether the software is used for small
systems with a few cameras of for fully blown
complex solutions.
Wisenet Wave-based systems can support
up to 50 servers in total, with a maximum of
128 streams per server and up to 50 clients
per server. The VMS can manage video
streams in a range of formats including H.265,
H.264 and MJPEG. It also supports AAC, PCM,
G.726 and MP3 audio formats.
The software runs on Windows or Linux
operating systems. It allows the use of
Hanwha Techwin Wisenet devices; third party
devices are supported either via integrations
or by way of ONVIF protocols.
Hanwha Techwin provides a list of
supported devices, which offers greater detail
of the functionality that is supported
on specific units. The list includes
devices from over 250
manufacturers, with almost 4,000
devices directly supported.
Other features include failover to
ensure reliability in critical
applications and video transcoding,
offering a higher degree of flexibility
when dealing with archived footage.
Wisenet Wave uses a Rules engine
to manage the relationship between
triggers and actions. Triggers can
come from a variety of sources
including the server or connected
devices.
Wisenet Wave is supplied as a
Server and Client bundle (these can
be obtained separately). It is a very
lean package, weighing in at 124MB for both
elements as single executable file. As is
expected from such a lean file, the installation
time is very short at 35 seconds. Establishing
a site merely requires a name and password
to be created, so in less than a minute the
VMS is up and running and ready to configure.
The process of installation and basic
configuration is very straightforward.
Discovering devices works well, although we
did find the range of support wasn’t as great
as some other VMS options. Once cameras are
added, the recording and alarm parameters
are set up via simple menus with easy-to-use
interfaces.
This is also the case when managing
alarms. The VMS makes use of a clean and
intuitive interface and makes use of
contextual menus. As such there are several
ways to access important screens, dependent
upon which part of the software you are
using. If there was a small criticism, it would
be that at times you have to hunt out where
the menus are: they can be contextual or be
found as pull-out side tabs.
Event management can be accessed via the
System Admin menu or from the camera
views. If in the latter, you simply right-click in
the camera view and select Camera Rules.
From the main screen you can access this
functionality via the server contextual menu.
There is the option to Add or Delete Rules.
Clicking on Add opens up a new screen which
is split into two parts: the Event (the cause of
the Rule being triggered) and the Action.
The first step is to specify the trigger. This
can be a camera event, archive back-up
completion, camera disconnect, camera IP
conflict, generic event, input signal from
camera, licence issue, motion detection,
network issue, server status event, soft trigger
12

BENCHMARK
...The Event of 2019
5/6 November
SiX
19
2 November 5/6
Dedicated to Installers & Integrators
In Association with:
sixevent.co.uk
ORGANISED BY Pro-Activ
CONTACT: David Lewis on 0208 295 8309 (david.lewis@proactivpubs.co.uk) or Nick Tiday 0208 295 8302 (nick.tiday@benchmarkmagazine.com)

BENCHMARK TEST
or storage failure. The list isn’t ordered in a
logical way, so you might need to scroll to
find what you’re looking for. It could be
ordered in a more logical fashion using subsections,
which would make navigation a bit
simpler and faster, such as allowing basic
filtering by event types.
Conditions can be set by when the trigger
occurs, starts or stops. Once the camera being
used for the trigger event is selected,
additional options are presented, based upon
the other settings. This ensures that
configurations can’t be applied to devices
which don’t support them. It is a common
feature, but some entry level VMS packages
don’t offer this, which can lead to wasted time
inputting actions that are later rejected.
The weak point in the handling of events is
the lack of an option for fluent use of AND/OR
operations. This makes it difficult to set up
smart scenarios, which many integrators and
installers see as a major benefit of VMS
implementations. We’d consider this function
to be of more value than some of the notebased
features.
Wisenet Wave boasts a number of search
options: timeline, preview and motion search,
alongside the more standard options.
Timeline searches allow a period of time to be
selected. Thumbnail images are then shown,
and these include identifiers for the point in
the timeline where they appear.
Preview searches split longer time windows
into more manageable periods. They can be
useful to speed up navigation when seeking
specific segments of video.
Wisenet Wave’s motion search function
makes use of motion detection to perform any
searches of archived footage. As such, the
video streams to be searched must have
motion detection enabled for this feature to
be active. It’s not as slick as a pure metadata
search, but it still works well. Because the
search uses motion detection algorithms, any
area in the viewed scene which contains a
motion detection mask cannot be searched.
Wisenet Wave does lack some refinements
of other VMS packages, but it can deliver
everything required for the management of
video in a mainstream application.
BENCHMARK VERDICT
Cathexis: CathexisVision 2019
CathexisVision 2019 is an ideal VMS for mainstream applications, and one which we think more
integrators and installers should consider. At first it does have a strange almost minimal feel,
despite offering a full range of functions and features often only found on more costly high-end
products. It includes some high-end flexibility with regard to event management, and together
with an ease of customisation, it as a management option which will be of interest to integrators
and installers creating smarter solutions. The implementation is very installer-friendly, which
aides fast configuration, and because the software is relatively lean it runs smoothly, delivering
consistent performance. Because of this, CathexisVision 2019 is rated as Recommended for use
in mainstream applications.
Hanwha Techwin: Wisenet Wave
When Wisenet Wave first appeared, it had a few rough edges which were only to be expected
as it was a new implementation of a VMS, albeit one where the core code was based upon a
previously established product. Hanwha Techwin has since added some refinements and
generally overhauled much of the operational side of the product, and as such it is a more
dependable choice than before. It is easy to work with, but it could be further improved. It would
churlish to pick fault, as it has come a long way, but it still lacks some of the refinements which
other longer established products have. That said, the installation and configuration process are
straightforward, although we did have a few early freezes during the licensing stage. The event
management options have improved, but still lack some of the more advanced features of other
VMS products. Because of this, Wisenet Wave is rated as Recommended for mainstream
applications, with the proviso that it is suitable for those with a need for basic alarms.
14

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User interface has been simulated for illustrative purposes.
© 2019, Avigilon Corporation. All rights reserved. AVIGILON, the AVIGILON logo, AVIGILON APPEARANCE SEARCH, AVIGILON CONTROL CENTER and ACC are trademarks of Avigilon Corporation.

A Smarter Way
to Monitor Video
Avigilon Control
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Video Security, Transformed
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Images and user interfaces have been simulated for illustrative purposes.
© 2019, Avigilon Corporation. All rights reserved. AVIGILON, the AVIGILON logo, AVIGILON CONTROL CENTER, and ACC are trademarks of Avigilon Corporation.

SMART SOLUTIONS
SMART SOLUTIONS
Today’s innovative security solutions allow a breadth
of additional benefits to be delivered to the end user.
It is typically these advanced added value elements
which can win contracts if they deliver a tangible
return on investment. Via its Smart Solutions
projects, Benchmark looks at the bigger picture to
assess how integrators and installers can deliver
added value and exceed customer’s expectations.
The technological landscape is rapidly
evolving, and the new and emerging
technologies arriving in the industry
promise much for the security sector. The
possibilities offered by AI and deep learning
are enormous, the flexibility of advanced
networking and communications can make
systems even more accessible, and the
flexibility of IoT and smart solutions will add
value to the next generation of solutions.
There are currently a whole host of
developments which will impact on the
security systems sector. However, integrators
and installers must realise the internet of
things, smart homes, intelligent buildings,
connectivity, solutions as a service, business
intelligence, building automation and a hold
host of other more specific trends are not the
future: they are happening today, and end
users are seeking such solutions. If you
cannot offer a system that meets their
expectations, they will look elsewhere.
The growth in other sectors underlines how
much traction these new approaches have in
commerce and industry. Just as other
solutions are bolting ‘security’ on to their
offering, so the security industry must also
offer other services and benefits.
End users will invest in solutions that
deliver business benefits; they always have
and they always will. Those benefits might
include security, business intelligence,
communications, energy control, building
automation or any host of features and
functions. The security sector has the
technology and the skills to deliver those
solutions.
While security will still be at the heart of
everything our industry delivers, the
technologies we use and the systems we
create have the capabilities to be so much
smarter, providing everyday benefits for our
customers. The Smart Solutions projects are
designed to highlight how these benefits can
best be leveraged.
18

SMART SOLUTIONS
Video Search Made Smarter
Increases in processing power and the use of
GPUs in surveillance systems have allowed
video search to move forward significantly in
recent times. The use of new technologies
allows intelligent searches to be carried out.
These have an element of ‘self-learning’ which
enables the system’s search engine to filter
results based upon feedback from the
operator. The intelligent algorithms are fast
and accurate, thus redefining how incidents
can be managed. An example of this is
Avigilon Appearance Search technology.
Appearance Search can be used to
accurately detect the presence of people and
vehicles in video footage, across multiple
cameras. It allows many hours of footage to
be searched, with targets identified and
verified, in minutes.
If a suspect is identified, Appearance
Search can check across all video streams –
live and recorded – searching for other
incidents involving the suspect. The
technology will present a series of snapshots
and the operator can either accept or reject
these, based on their accuracy. These results
are then used to further refine the search and
as the system ‘learns’ more about the
suspect, so it can find appearances across
wider timescales, where the suspect may be
dressed differently.
As a starting point, Appearance Search can
either use a captured image, or filtering can
be applied. Initial filters are simply selected
from the menus. Options include gender, hair
colour and clothing colours.
The technology also incorporates
characteristics of a person's face, enabling the
operator to search for the same person, even
if items such as their clothing change over
time. Appearance Search examines footage
across all selected cameras and returns the
results. The process is fast.
The operator is presented with a series of
matches. Clicking on the thumbnail plays the
related video clip, allowing an assessment to
be made as to whether it is relevant. The clips
are either rejected or accepted, and the
system uses the accepted results to further
refine the search.
Fast and accurate searching allows a rapid
response to incidents by users.
To read all articles from this project, visit: http://benchmarkmagazine.com/smart-search
Add Value with Network Audio
Networked audio solutions offer a complete
all-in-one system that integrates seamlessly
with network-based video surveillance. No
additional hardware is required above the
actual audio components, which simplifies
the installation and configuration processes.
In addition, the systems have minimal
storage requirements.
Fewer components mean lower costs, so
the return on investment for end users is
significantly increased. With a networkbased
solution, all controls are softwarebased,
which is a great benefit when it
comes to system maintenance.
Each speaker can be directly integrated
within the existing data network, and can
then be managed remotely via a PC or
workstation.
Products can be added and removed easily
and effectively. It is always preferable to
seek audio components that support PoE, so
only one cable is required per product to
supply power to the unit and transmit sound
and data.
Audio solutions may make use of
innovative technologies, but they are also
simple and accessible. This simplicity is a
great advantage to the end users and
integrators alike. Indeed, for the latter, audio
installations are very straightforward.
If an engineer possesses the required
skills to install a network camera, they will
also have the skills to install an audio
system alongside it. It is easy to add and
remove speakers as configuration takes
place centrally. For the customer, the
benefits are significant.
Read all articles from this project: http://benchmarkmagazine.com/smart-audio-deployments
19

SMART SOLUTIONS
Access Control and Rules Mapping
The ACT access control
solution has been designed
to deliver a host of
advanced features that
meet and exceed end user
expectations. For the
integrator and installer, the
manufacturer has also
ensured the solutions are
simple to install and
maintain, regardless of an
engineer’s access control
experience.
It was important when
Rules Mapping was introduced to the ACT
Enterprise software that integrators and
installers could deliver the benefits to their
customers without spending additional time
setting the system up. It was also vital that
additional skills, such as writing complex
code, were not required to enjoy the
flexibility on offer.
As a result, Rules Mapping is a simple
‘point-and-click’ method of establishing
varied criteria which, when met, instigate a
series of actions. It is configured via a basic
drag-and-drop interface, which allows the
use of triggers such as system input and
output changes, access control transactions
and system status conditions, as well as
triggers from other integrated system such
as intrusion alarm events.
Rules can be established for security
purposes (if an entry door is forced while
specified users are not on site, instigate a
lockdown in certain departments and notify
the security team) through to business
efficiencies (if all IT team members have left
for the night, disable power to the
department).
Rules Mapping makes access control a
more flexible solution and adds value for the
customer. For integrators and installers, it
enables the creation of bespoke solutions
without the need to write code or carry out
complex programming.
Read all articles from this project: http://benchmarkmagazine.com/smart-rules-mapping
Smart Analytics Tracking
For video surveillance to be smart, it must
make it simpler for operators to deal with
alarm incidents, automatically detecting
suspects using IVA, before deploying smart
tracking technologies to follow them across
an entire site. This can be done using VMS 3D
technology.
3D technology can either be manually
deployed or automated via triggers. These
can include integrated IVA options or other
alarms, linked through system actions.
The basis of 3D technology is powerful
geo-referencing. This allows the system to
be aware of the exact location of cameras
and other devices, and to correlate the data
with absolute positioning devices and smart
system maps.
The 3D technology makes use of
geospatial referencing to deliver accurate
levels of camera control, alarm handling and
target tracking during an incident. There are
three ways in which 3D technology can be
deployed: intuitive PTZ control, manual
object tracking and automated tracking over
multiple devices.
The most impressive function is alarmbased
object tracking with handover. This
responds to IVA alerts, initiating automatic
control of a PTZ camera in response to an
event from an overview camera. Once
triggered, the PTZ camera automatically
follows the alarm object, tracking it without
any need for operator intervention. When
the target reaches the end of the range for
the tracking camera, the 3D technology
automatically hands over to an adjacent
linked camera, which continues tracking.
To read all articles from this project, visit: http://benchmarkmagazine.com/smart-tracking
20

12 TO TRY
12 TO TRY: Video Archiving
Benchmark looks at 12 products and systems of interest for integrators and installers
who are looking to implement smart solutions which include video archiving.
Milestone Systems: Husky X2
The Milestone Husky X2 offers a plug-andplay
experience, providing everything
required for small and medium sized
enterprises to implement an open platform
fully functional VMS. The unit features an
integral PoE switch and input/output panel,
allowing cameras and alarm devices to be
easily and quickly connected without
requiring additional equipment.
The Milestone Husky X2 is supplied with a
pre-loaded free version of the company’s
VMS – XProtect Essential+ – reducing the
deployment costs and making it easy for
integrators and installers to get started.
XProtect Essential+ enables users to
connect up to eight cameras, as well as giving
access to all the essential functionalities of
the software for free.
If there is a need to upgrade, it is simple to
unlock any of the paid XProtect VMS versions
that suit the site’s needs with a simple license
upgrade.
Dependent upon the applied licence, the X2
can support up to 133 devices (based on
cameras recording HD720p video at 25 frames
per second with a throughout of 2Mbps) with
a recording throughput of 566Mbps. Onboard
storage can be configured up to a maximum
of 20TB.
To ensure a robust and reliable system, the
server’s OS is housed on a separate solid
state drive. The server features two GigE NIC
interfaces, and the PoE+ switch supports up
to 16 ports. There are also 4 inputs and 4
outputs.
Eagle Eye Networks: EE
Contract Vault
Eagle Eye Contract Vault from Eagle Eye
Networks is billed as a complete cloudbased
system for recording and archiving
important streams of transactions,
incidents and events. Businesses and
organisations can use the service to
capture audio and video recordings of
critical events and store them in the cloud.
Users have the ability to enter
customised relevant information for each
event, making management a simpler task,
and can start or stop the recording process
with a single mouse click.
Video recordings can be stored over long
terms in the Eagle Eye cloud data centre.
By using descriptions and captured
metadata, the search and retrieval process
is made simpler, according to the service
provider. Users can label and tag
recordings for historical reference, review,
or mark as evidential footage.
Retention periods vary according to
contract and use, but Eagle Eye claim
archives can be maintained for up to 30
years where appropriate.
When access to video footage is
required, clips can be downloaded in MP4
format and shared with other users via a
web browser.
The service is compatible with cameras
from most leading video surveillance
manufacturers.
22

12 TO TRY
HPE: InfoSight
Hewlett Packard Enterprise offers InfoSight, a
cloud-based artificial intelligence
management tool, to HPE ProLiant servers.
Using predictive analytics capabilities based
on real-world operational data, InfoSight
closes performance gaps and frees up
maintenance personnel.
With a growth in critical security systems
making use of networked resources,
businesses and organisations cannot afford
downtime or expending resources to solve
preventable problems, especially those that
impact productivity.
HPE InfoSight solve these challenges by
constantly monitoring infrastructure,
identifying potential problems and providing
insights to facilitate a fast resolution for
problems. It does this via an AI-driven
framework which monitors, collects and
analyses data.
InfoSight gathers operational intelligence
by analysing millions of sensors across a
globally-connected installed base, and uses
behavioural data to provide insights,
forecasting and recommendations, predicting
and preventing problems. The result is higher
efficiency and reliability, creating a smarter,
easier-to-manage infrastructure.
HPE claims that with InfoSight, 86 per cent
of issues are automatically predicted and
resolved before a problem occurs.
Manything: Manything Pro
Manything Pro is a cloud-based service
which can be used to provide back-up
storage in conjunction with local storage on
an NVR. Because the Manything Pro
software is installed on the camera,
integrators and installers can configure the
system with archiving to a local NVR for
security purposes, while cloud-based
footage can be used for remote access and
sharing.
The Manything Pro streams are drawn
from the cameras’ sub-streams and so are
limited to 640 x 360 pixels. The higher
resolution main stream is used by the NVR
for evidential quality recordings. This can
be adjusted if an NVR is not being used,
allowing motion events to be sent to the
cloud in higher resolutions.
The Manything Pro plug-in for the
compatible Hikvision cameras replaces the
firmware with an open platform version,
adding functionality required to use the
service.
Wavestore: PetaBlok
PetaBlok is a high-density storage solution
from Wavestore which is capable of storing
up to 2.04PB of data per high density unit.
When coupled with Wavestore’s
HyperRAID redundancy and EcoStore hard
drive energy saving technology, PetaBlok
delivers an efficient and robust video
management and storage solution for
applications which generate extremely
large amounts of data.
Pre-installed with Wavestore’s VMS,
PetaBlok is designed to provide a simpleto-implement
and cost-effective solution
for the growing number of video
surveillance projects which require multimegapixel
images captured from a high
numbers of cameras which are to be stored
over long periods of time, with a
requirement for fast search and video
replay.
Ideal for high risk projects, where it is
commonplace to store recorded video for
longer durations due to legal compliance,
PetaBlok will also offer a highly effective
option for large-scale applications such as
airports and ports, city centre surveillance,
utilities and other mission-critical sites
where long-retention times, or the
recording of many high resolution
cameras, is required.
These archiving solution can support
multiple sites while being controlled and
managed from a central control room. Up
to 255 PetaBloks can be grouped together
to provide over 520 PetaBytes of storage.
PetaBlok is available in various sizes
from 480TB (8U) to 2.04PB (16U). This
enables each PetaBlok to store images
captured from over 235 4K resolution
cameras in real time, for a period of 120
days.
23

12 TO TRY
Bosch: DIVAR network 5000
The DIVAR network 5000 supports 32 video
channels and represents a cost-effective
investment in a future-proofed IP video
surveillance system that can be scaled as
customers’ businesses grow. Thanks to a
high level of scalability, the complete video
surveillance system is flexible thanks to a
built-in Power over Ethernet (PoE) switch,
connecting IP cameras to the video recorder
with no need for separate power adaptors,
making installation quick and easy. The
PoE switch can supply power to a maximum
of 16 cameras.
Each camera is automatically allocated
its IP address from the recorder to enable
simple plug-and-play operation, reducing
configuration time.
DIVAR network recorders enable easy
monitoring and configuration as well as
simple playback of recorded content.
Reconfiguration of local unit settings
anytime from anywhere via the DIVAR
Viewer app, available on smartphones (iOS
and Android), and via a web browser. The
app can also be used to control the pan,
tilt and zoom functions.
The Bosch DDNS service enables users
to create a name for their recorder, free of
charge, making it easy to find the recorder
without an IP address when navigating via
a web browser.
Axis Communications: AXIS
Camera Station S20 Appliance
The AXIS Camera Station S20 Appliance series
constitutes a series of network video
recorders for reliable high definition
surveillance recording and management. The
appliances are effectively hardware-based
servers running the Axis Camera Station VMS
and are designed to minimise installation
time.
The S20 appliances come in two different
configurations supporting 16 or 24 cameras
(S2016 and S2024 respectively). Each unit
features an integrated PoE switch for the full
number of channels, and the units are
preloaded with all necessary software,
including licenses, to allow the system to be
up and running.
The S2016 appliance can support a total of
8TB (two 4TB drives) while the S24 supports
up to 12TB (three 4TB drives). The recorders
can support resolutions of up to 4K UHD.
Both AXIS S20 recording appliances include
a three year hardware warranty.
Western Digital: WD Purple
Built for always-on, high-definition video
surveillance systems, the WD Purple range of
surveillance-specific HDDs have been
designed with the specific needs of security
applications in mind. The hard drives offer a
supported workload rate of up to 180TB per
year and can manage up to 64 video streams
simultaneously.
Purple drives are optimised for surveillance
needs and have been engineered to cope with
high write cycles as well as the higher
temperatures which are typical in NVR- and
DVR-based security applications.
WD Purple HDDs are available in a range of
capacities from 1TB to 12TB. The drives are
equipped with the manufacturer’s AllFrame
Technology. This is designed to enhance ATA
streaming which not only improves video
playback, but also reduces frame losses and
enables the use of a higher number of drives
in NVRs. Between 8 and 16 bays are
supported dependent upon the model.
WD Purple drives with capacities of up to
8TB include AllFrame 4K technology, ensuring
the drives can also support the use of 4K UHD
cameras.
The 8TB, 10TB and 12TB drives are also
designed to support Deep Learning analytics
in AI-capable NVRs, and feature an enhanced
workload rating of up to 360TB per year, with
support for up to 16 AI-enabled channels for
analytics within the system.
The WD Purple range carry a three year
limited warranty.
24

HIGH-END CAMERA
X TOP PERFORMANCE LENS
THE NEW FUJINON SX800. THE BEST OF BOTH.
With the new SX800, Fujinon combines both in one for the first time: camera and lens. For
long range surveillance at the highest level with 40x optical magnification and constantly
sharp images. www.fujifilm.eu/fujinon. Fujinon. To see more is to know more.

12 TO TRY
Dell: IoT Solutions for
Surveillance
Dell Technologies’ Edge and IoT Solutions
Division offers new solutions and bundles
to simplify deployment of secure, scalable
solutions for edge computing and IoT use
cases. The solutions combine tools from
Dell’s portfolio with technology from Intel
and partners in the Dell Technologies IoT
Solutions Partner Program. This will drive
workloads for computer vision – enabled by
imaging sensors – and machine intelligence
from sensors and control systems.
Cameras provide information-rich data
about the status of sites, but the sheer
volumes of video data create too much
information for operators to cost-effectively
monitor for real-time decision making
purposes. Applying analytics, such as AI, to
these data streams automates actionable
insights.
Events driven by video data and analysed
along with telemetry from other systems
results in even more powerful insights. The
rapid evolution of the IoT market and the
fast pace of innovation means many
customers require IT grade infrastructure.
Surveillance is the first use-case to which
Dell Technologies has applied computer
vision, so customers can monitor events
and automate decision-making.
The IoT Solution for Surveillance is
specifically built to transform and simplify
how surveillance technology is delivered.
Available as a package, the engineered,
pre-integrated solution will provide a
consistent foundation from edge to
distributed core to cloud. It will also be
ready to run on day one with customer data
to speed the return on investment.
Seagate: SkyHawk HDDs
Seagate offers the SkyHawk range of HDDs
which have been design for around-the-clock
workloads in surveillance applications. The
range includes hard drives of varying
capacities up to 14TB, with drives specifically
designed for DVR- and NVR-based surveillance
systems.
SkyHawk surveillance drives are equipped
with ImagePerfect technology. This firmware
allows for higher image integrity and supports
archiving from up to 64 HD video streams. The
algorithm reduces data errors, allows images
to be stored without pixilation and prevents
frame loss when working with multiple stream
recordings.
Secure Logiq: HPS-2U-H
Server
The HPS-2U-H servers boast the same
form factor, storage options and
resilience features of the M series servers
from Secure Logiq, but include an
upgraded Xeon Silver Octa-core
processor and 24GB of 6 channel memory
as well as 10GbE networking for high
throughput applications.
This server range has been designed
for higher camera counts and basic video
analytics applications (such as ANPR), as
well as for projects with multiple client
positions and mobile device transcoding.
With a throughput of 1,500Mbps and a
maximum storage capacity of 120TB, the
server offers RAID 5 with spare storage,
dual 10 Gigabit ethernet NICs, redundant
PSUs and the option of GPUs to enable
suitability with some of the leading VMS
options.
The server makes use of the Windows
Server 2016 64-bit OS (other options are
available). The OS and application
software are stored on solid state drives
to offer enhanced reliability.
Johnson Controls: ExacqVision
S-Series
The ExacqVision S-Series offers additional
video and audio storage capacity to the range
of ExacqVision video appliances available
from Johnson Controls. The storage units are
available in 2U and 4U variants.
The storage units offer a high level of data
recoverability with back-up from exacqVision
recorders to S-Series storage, and feature an
instant search facility, speeding up
investigations. The units allow the
optimisation of network loads, as scheduled
or continuous archiving can be selected
dependent upon the infrastructure. To assist
when storing critical video and audio, userdefined
archiving rules can be set including
retention times.
Each S-Series storage unit can be used to
consolidate archives from multiple video
recorders, and optional dual 10Gbps network
interfaces allow faster archiving.
The storage units can support capacities of
up to 240TB.
26

ADVERTISEMENT FEATURE
Image Capture and Big
Data management
Historically, security-related video surveillance
has relied upon the capture of video streams
to allow reactive post-event analysis. To
enhance retention periods, camera counts were
kept to a minimum, and strategies to maximise
storage included reduced frame rates, limited
resolutions or increased compression, and timebased
recoding. The latter approach meant stored
footage would be encoded after a certain period,
reducing quality and frame rate, thus freeing up
more space.
This approach was used for many years, as it was
the most cost-effective option. Invariably, users
would be aware an incident had occurred within a
short time span, and as archived footage grew
older, the likelihood of it being required diminished.
While these strategies do enhance video
retention times, they also introduce a level of
compromise which, given today’s demands on
video-based solutions, are not acceptable.
With numerous advances in processing in recent
years, the potential for captured video streams has
grown exponentially. Where once the capture of
suspicious activity was the sole purpose of video
surveillance, today’s systems are delivering realtime
data about the ongoing status of sites,
business operations and procedures, and a host of
other variables. The big data captured by video
surveillance, or through other systems which are
linked to video solutions, is invaluable to
businesses and organisations, for a host of reasons
along with site protection and security.
It is these additional uses of the data which
often add value and benefits for customers,
allowing the return on investment in their solutions
to be a tangible and measurable element. In order
to capture this valuable additional data, the trend
is towards the implementation of a greater number
of cameras, the retention of real-time streams even
when there is no security-related activity, and the
expansion of real-time processing and analytics
deployments.
Traditional constraints relating to video
infrastructure have been removed, and customers
expect to receive smart benefits from modern
implementations. As advanced surveillance
systems collect, process and analyse increased
amounts of data including video, audio, metadata
and geolocation information, the solutions require
ever higher capacities in terms of computational
processing, storage and networking resources.
What was once considered ‘sufficient’ in terms of
video surveillance infrastructures can no longer
cope with today’s demands.
According to research carried out by NVIDIA, 30
billion images per second (100 trillion images per
hour) will be captured by surveillance cameras
across the globe by 2020. With the pursuit of smart
cities and intelligent buildings, much of this data
will also be processed and filtered using AI and
machine learning technologies. This represents a
sea-change in terms of how data is stored,
managed and utilised. Legacy video surveillance
infrastructure simply will not cope with the load.
To address the future growth, HPE OEM
Solutions has created Edgeline Converged Edge
Systems, a purpose-built platform for converging
data acquisition, control and analytics at the edge,
delivering remote management for businesses and
organisations. The platform ensures solutions can
connect to extended networks, capture and analyse
critical data from a wide range of sources, and take
appropriate actions when events or incidents
demand it. Because the data is processed at the
edge, management of information is fast, efficient
and less prone to problems which may occur across
the wider system infrastructure.
The compact, energy-efficient, ruggedised
platforms can support virtually all edge-based
video processing use cases. Customisable, the
platform supports a variety of chassis types, server
arrays, GPUs, CPU cores, memory and storage.
By combining HPE Edgeline Converged Edge
Systems with the use of robust and resilient HPE
ProLiant Gen10 servers for essential centralised
storage and processing, it is possible to create a
secure and resilient platform that delivers the
performance and reliability expected from
advanced solutions, both now and in the future.
As demands for the storage, processing and
management of constantly expanding volumes of
data increase, and as the need for real-time
business intelligence and data mining becomes
more prevalent for businesses and organisations, it
makes sense to utilise the secure and flexible
options offered by edge-based systems.
Build surveillance systems
that keep security threats in
sight with the latest Edge
technology from HPE OEM
Solutions. Find out more at
http://www.hpe.com/
solutions/oem-cctv
27

BENCHMARK TEST
A More Flexible Shock?
Texecom – Premier Elite Micro Shock-W
When Texecom launched the Premier Elite Micro
Contact-W, the miniature form factor and the device’s low
profile offered a wireless contact which could be virtually
hidden in most window and door frames. This made it
suitable for many applications and allowed its use as a
trigger in smart systems too. The range is now completed by
the Premier Elite Micro Shock-W, which allows a high level
of flexibility when mounting shock sensors.
28
TEXECOM: MICRO
SHOCK-W
www.benchmarkmagazine.com
Traditionally, magnetic
contacts and shock
sensors are a staple in
intruder alarm applications,
offering protection for
doors and windows at a
site. While essential when
delivering security to a
building, it’s hard to get
too excited by the
products. In many
installations, shocks and
contacts can be
problematic. They
create issues with
wiring, and even the
advent of wireless
devices doesn’t get
rid of the problem
that few end users
want large detectors
on every window or
door.
Where the Premier Elite Micro Shock-W
makes this problem a thing of the past is its
diminutive size. Sharing the same proportions
as the Premier Elite Micro Contact-W, it can be
easily concealed in uPVC window and door
frames. Even where this is not possible, it is
small enough to be used discreetly in a wide
range of applications.
While best practice is for every external
door and window which could feasibly bear
the brunt of a physical attack to be protected
with a shock sensor, this rarely happens.
However, with the Micro Shock-W, problems
such as the need to run numerous cables, and
users objecting to large sensors fitted in plain
sight are eliminated.
Additionally, because of the diminutive size
of the device, it can be used for a wider range
of applications, including a host of triggering
tasks in smart intruder systems.
Specification
The Premier Elite Micro Shock-W is a
miniature low profile wireless shock sensor
which has been designed to meet Grade 2
EN50131-2-8 requirements; the standard
includes specifications for shock sensor
sensitivity, which the Micro Shock-W meets.
The shock detector makes use of Texecom’s
established and proven Ricochet mesh-based
network, and so forms a part of a self-healing
wireless environment which is both robust
and consistent in coverage. Long-term tests
by Benchmark on the Ricochet wireless
platform have proved it to be stable in a wide
range of conditions.
Measuring 57 x 27.5 x 8.2mm, the size of
the device also makes it ideal for monitoring
secure safes and cabinets, storage units and
drawers, both for security and automation
triggering. It is powered by a single coin-cell
CR2450 battery and has a claimed battery life
of up to three years.
The Micro Shock-W is available in three
finishes: white, brown and anthracite. This
means it can be used with white, wood effect
and aluminium finish door and window frames
with little to no visible impact.
Using advanced accelerometer technology
rather than piezoelectric sensing, the 868Mhz
device features five sensitivity settings,
allowing accurate performance regardless of
the substrate it is installed on. Set-up is
simple, making use of a single button.
The detector is tamper protected, and is
compatible with Premier Elite and Premier
control panels and Ricochet expansion packs.
The sensor features a single push button and
a multi-coloured LED to simplify set-up. It is

BENCHMARK TEST
supplied with a battery, an adhesive mounting
pad with fixing screws, and an instruction
leaflet.
Installation
The installation of the Premier Elite Micro
Shock-W is quick and straightforward, very
much like the installation of most Ricochetenabled
peripherals. The backplate of the
shock sensor simply unclips using a small
screwdriver to open the physical latch, and
can be attached to the mounting substrate
using the provided adhesive pad.
While the pad will be suitable for use in
ungraded systems, we’d still advise using the
supplied screws (which are required for a
Grade 2 system) as well. If the shock sensor is
in a hard to access position, it’s quite easy to
pull it free from the substrate when opening
for battery changes if the screws haven’t been
used!
As with all Ricochet devices, Learning the
shock sensor onto the alarm system is also a
simple process. To quickly access the
Ricochet learn menu, simply press the Omit
key while in engineer mode. With the control
panel in Ricochet Learn mode and an empty
zone selected, the button on the front of the
shock sensor needs to be pressed for three
seconds. The sensor’s LED will turn from pink
to green once the device has been learned.
If there is a need to relearn the sensor, the
battery will need to be removed and
reinserted to force the device into learn mode
again.
It is worth noting that if you mount the
backplate and then take the shock sensor
closer to the keypad to initiate the learning
process, the LED will show as orange as the
device will be in tamper mode. Once fitted to
the backplate, the status will show correctly.
There is a wireless range test which can be
carried out using the shock sensor while the
alarm panel is in commission mode. This can
only be done during the first hour the sensor
is powered up. By pressing the button on the
detector for three seconds, the LED will flash
pink, turning green when the wireless link is
confirmed.
With the Premier Elite Micro Shock-W
learned and mounted, the final step is to set
the sensitivity. This process needs to be
completed within 10 minutes of the device
being learned onto the system.
The process is straightforward. By pressing
the button twice, the shock sensor goes into
sensitivity mode and defaults to Level 2,
which is ideal for detection on framed glazed
windows. Each press of the button steps the
sensitivity level up one. Level 1 is the least
sensitive (for use on wood), and Level 5 is
most sensitive (for concrete substrates). The
levels are indicated by the speed of the LED
pulsing. Once the desired sensitivity setting is
reached, the button is held down for three
seconds. An impact test can now be carried
out, and if further adjustments are required,
the process is simply repeated.
Performance
For the test we added 10 Premier Elite Micro
Shock-W devices to a variety of substrates,
with each set up accordingly with regard to
sensitivity. The detectors were installed in
three buildings with distances of up to 80
metres from the panel, and all showed strong
and consistent wireless links directly to the
control panel.
Shock sensors are either going to detect
impacts or not, and when configured properly
with regard to the mounting substrate and the
type of impact expected, they worked well.
Catch performance was consistent, and only
one unit required a tweak after the initial setup.
There were no false alarms during the test
period, and only one nuisance alarm when
maintenance was carried out near a sensor set
as a separate zone which is permanently
armed (and we forgot to disable it). Indeed,
throughout the test the sensors performed as
expected.
The Micro Shock-W devices ignored a host
of innocuous vibrations and general everyday
conditions.
Verdict
Texecom’s Premier Elite Micro Shock-W
sensors are reliable and stable devices which
will be popular
with integrators
and installers
seeking a
discreet low
profile option for
windows and
doors. Their
diminutive size
makes them ideal
for a wide range of
applications,
including the
protection of other
assets.
Performance was
consistent, and as
such, the shock
sensors achieve
Benchmark
Recommended
status.
29

ADVERTISEMENT FEATURE
For more information contact:
Axis Communications (UK)
Ltd.1 Capability Green,
Luton, Bedfordshire, LU1 3LU
Phone: +44 (0) 1582 283760
www.axis.com
30
AXIS P32 Series – a success story born
from a creative corporate culture
An open and dynamic work environment where
employees are given free rein to create new
ground-breaking products, services and
solutions resulted in a new approach to camera
R&D.
Innovation in all its forms is central to Axis's
activities, as well as vital to its continued growth
and profitable development. The culture of
innovation is closely linked to Axis’ philosophy of
listening to its employees, having faith in their
activities and giving them freedom and
independence. A successful example of this
engaging corporate culture is the development of
the network cameras in the AXIS P32 Series.
The brief was simple: design an advanced highquality
camera but still make it affordable. Axis found
that it could not meet the demanding technical
requirements by designing a camera in the traditional
way. The development team was therefore given free
rein to produce different prototypes within certain
given frameworks. The group had fixed requirements
on quality and functionality, as well as a time limit.
Initially, a prototype was used for a completely
different type of camera model, and then further
developed, which was a new approach.
‘We wanted to learn and benefit from products
with a different design logic,’ said Michael Chen,
Global Product Manager at Axis Communications.
‘Amongst other things, we thought about what
makes the camera impact-resistant and waterresistant.
Then we wondered if it would be possible
to separate these two things.’
Michael Chen was involved in developing the
AXIS P32 Series, then as the supervising
mechanical engineer for the team. In the water and
climate laboratories, thorough testing was carried
out in which the cameras were exposed to snow,
rain and wind.
‘We were allowed plenty of time to test, test and
test again the development of our products to
ensure we had the best possible solution,’ added
Chen.
Cooperation took place with colleagues within
their own department, but also with
representatives from the quality, production, test
and design departments.
‘We saw a lot of collaboration, both within the
group and with other departments, to come up
with the most innovative ideas.’
The result was a camera that contained less
metal and was lighter when compared to
equivalent cameras. AXIS P32 features advanced
functions such as optimised IR, Lightfinder
technology (cameras are extremely light sensitive
and can capture colour images in the dark) and
Axis Zipstream technology, which compresses
video data, reducing bandwidth and storage
requirements. In addition, WDR has been made
possible, allowing the camera to reproduce sharp
images even if there are variations in the light
conditions in a single image.
Axis's corporate culture is characterised by an
entrepreneurial spirit, transparency and diligence,
and is vital for maintaining innovation and
dynamism.
All employees are involved, engaged and take
responsibility for what they do. The employees are
allowed a great deal of freedom under
responsibility, which helps to promote innovation
and creativity.
‘We don't limit anybody, if you want to show
ambition then you get the opportunity,’ stated
Michael Chen.
The common core values form the basis of the
corporate culture. Amongst other things, they
mean being open to colleagues' ideas and
customer needs, working together to achieve
Axis's objectives, and being at the forefront and
creating the best products and solutions.
‘At Axis, there is freedom to talk to whomever
you want to, whenever you want; everyone's door
is always open,’ adds Chen. ‘Everyone wants to
help out. It's what makes Axis such an enjoyable
and healthy workplace where people want to stay
for a long time.’
Amongst Axis's other major advantages is the
independence and how people are allowed to be
curious and think freely without limitations.
‘A developer will not be hampered by limitations
but will instead have the opportunity to see the
big picture. Engineers have free rein when it comes
to their work in order to understand the challenges
faced by customers, to understand the
environments in which the camera will be used
and to develop solutions that are relevant.’
The culture of innovation contributes to
increased profitability for Axis, with satisfied
employees who stay a long time. Staff turnover is
low at 6.5 per cent, while the company is growing
rapidly.
‘There is a long-term approach in this way of
working. It's fun, the experience helps people to
grow, and grow together with their colleagues.
And the result will be successful products and
solutions for a smarter and safer world,’ Chen
concludes.

IFSEC 2019
IFSEC 2019 Surveillance
Camera Day
As part of the National Surveillance
Camera Strategy for England and Wales,
the Surveillance Camera Commissioner
has announced the first Surveillance Camera
Day on 20 June 2019.
The purpose of the Surveillance Camera Day
is to raise public awareness about the
provision and operation of surveillance
cameras and to enhance public debate
surrounding the technology. In doing so, it is
hoped the event will encourage conversations
that will help inform policy-makers and
service providers regarding societally
acceptable surveillance practices and
legitimacy for surveillance camera systems
that are delivered in line with society’s needs.
In recent times there have been media
debates over the legitimacy with regard to
some security practices, often based upon
misinformation or a lack of understanding
about video surveillance is deployed. As a
result of the open day, it is hoped that the
public will be given access to transparent and
accurate information to help them better
understand the benefits and positive aspects
of the use of video surveillance with regard to
security, safety and more efficient
communities and services.
There will be a number of different
elements to the Surveillance Camera Day. The
Commissioner is encouraging surveillance
control centres to open their doors, allowing
the public can see, first hand, how they
operate. To complement the ‘doors open’
initiative, a number of surveillance camera
operators will be publishing a surveillance
camera factsheet, setting out basic facts
about their systems, including what it is
designed to do, how it is used and the number
of cameras involved.
The Commissioner will also be launching a
‘Secure by Default’ standard for
manufacturers at the IFSEC International
Conference in London. Where manufacturers
meet the new standard, it will ensure that the
default settings of a product are the most
secure settings possible. This means they are
much less likely to be vulnerable to cyber
attacks. The standard will involve self
certification.
IFSEC International is Europe's leading security
event and a global stage committed to promoting
the future of integrated security. It is designed to
offer a response to the world’s evolving threats,
inviting every vertical of the security industry to
forge a global agenda. This year the exhibition is
hosting the launch of the first Surveillance Camera
Day, along with the introduction of the Secure by
Default basic requirement standard to enhance
cybsersecurity.
Tony Porter, Surveillance Camera
Commissioner, stated, ‘Surveillance Camera
Day is a world first. The UK is sometimes
referred to as the most surveilled country on
the planet. I want to start a conversation
about how surveillance cameras are used,
why they’re used and who is using them.
Cameras keep people safe, but new and
emerging technology can lead to
infringements of civil liberties. Engagement is
a key strand of the national strategy and I
want people who use cameras to shine a light
on what they do, how they’re using cameras
to protect communities, not spy on them.’
31

ADVERTISEMENT FEATURE
Installers to master video system
cybersecurity - more powerful
tech options at IFSEC
A line-up of 2019’s most important advances in video
technology - including powerful and dynamic privacy masking,
a range of exciting new cameras and smarter deep learning
analytics - will be showcased by IDIS at IFSEC 2019.
One of the top priorities - for installers and
end-users - is an issue that’s been
prominent in the news lately:
cybersecurity.
IDIS, which is Korea’s largest video
technology manufacturer, is telling visitors to
its stand (IF1110) that network security, and
the threat of cyber-loopholes, should be taken
very seriously indeed by video surveillance
users.
To inform those involved in level decisionmaking
across the sector, the company has
now produced a cybersecurity advisory video,
which is available via the IDIS website and
YouTube channel. The video explains the
urgent need to strengthen the resilience of
traditional surveillance network processes.
The IDIS team will be reinforcing this
message at IFSEC 2019.
According to the company, end users should
plan for three specific risks: data access
loopholes, data transmission weaknesses, and
threats against the integrity of recorded footage.
IDIS has put effort into addressing these risks
at every stage, from R&D through to
installation. states James Min, Managing
Director, IDIS Europe.
‘We have developed a rich, layered and
comprehensive set of technologies and features
to ensure maximum protection for end users.’
For example, IDIS DirectIP, the cornerstone of
the IDIS Total Solution, closes up widespread
vulnerabilities and serves as a proprietary
mutual authentication system for all IDIS IP
products. DirectIP speeds up implementations
and streamlines cybersecurity by eliminating
the need for engineers to manage multiple IP
addresses and associated passwords during
implementation.
It not only speeds up installation but
mitigates against human error and the common
malpractice of saving passwords in vulnerable
spreadsheets.
Supporting integrators and installers who want
to ensure cybersecurity but don’t have in-depth,
specialist knowledge of routing or networking,
IDIS’s For Every Network (FEN) peer-to-peer
technology lets engineers deploy and configure
secure, multi-site surveillance solutions that
deliver centralised monitoring and control.
IDIS is also highlighting the cybersecurity
essentials for transmission and recording,
together with its own patented and proprietary
technologies which prevent activities such as
snooping, modification and destruction of data.
There’s also a timely reminder about the
continuing importance of video recording
integrity. With its advanced Chained Fingerprint
technology, IDIS authenticates footage so that
it can be submitted to the police and courts as
admissible evidence.
‘We’ve focused on cybersecurity in our
training programmes too, covering devices and
networks,’ states James Min. ‘We’re giving
integrators and installers the tools and
knowledge they need to protect their customers
from video cybersecurity loopholes.’
Privacy masking made easy
As usual, IDIS has also been working hard on
technology innovations that make a difference.
For example, one advance will make life easier
for end users when it comes to submitting video
evidence or requests for footage in compliance
with the General Data Protection Regulation
(GDPR).
The company will launch IDIS Dynamic Privacy
Masking (IDPM) during IFSEC which makes the
blurring and masking of people, vehicles and
sensitive areas much faster and easier.
Importantly, IDPM will be available totally costfree
as a direct download from the IDIS website.
This means that for integrators and installers
who use IDIS platforms, there is no need to rely
on expensive third-party suppliers to do this job,
or to use slow, cumbersome techniques to do it
32

ADVERTISEMENT FEATURE
yourself. Instead, the user simply selects any
faces or objects that need to be masked and
IDPM will handle the task dynamically,
throughout the clip, even if the subjects move
around. IDPM applies the masks without
changing or altering the integrity and
authenticity of the video, meaning masking can
also easily be removed if necessary.
New cameras for speedy set-up
and top performance
It goes without saying that IDIS has also spent
the last year innovating with its award-winning
camera line-up. The selection of models being
introduced at IFSEC includes an easy-to-install 2
Megapixel micro-dome (86pi x 58), designed for
speedy set-up and rapid deployment. It features
in-built IR illumination with a range of 15 metres
and, with no cable whip (pigtail), it offers neater
and quicker installation. The 2MP micro-dome’s
neat appearance makes it ideal for locations
where aesthetics are important, such as highend
retail stores.
The IDIS Light Master PTZ features a powerful
36x optical zoom and an Auto-IRIS with Hall
Sensor for optimum image quality. Integrators
and installers can choose between PoE or low
power 24V AC PSUs. In operation, the camera
benefits from highly accurate auto-return
positioning that ensures the home positioning
index is never lost, even if the camera has been
forced to change angle.
A new range of 5 Megapixel IP cameras will
also be revealed, meeting demand from endusers
for a wider range of high definition options.
The range includes a choice of fixed- and
motorised-focus domes for indoor and outdoor
use, and outdoor motorised bullet-type cameras.
Powerful deep learning analytics
now easy to add
Also launching at the show, IDIS’s DV-2116 ‘AI in
the Box’ will make deep learning analytics more
affordable for small to mid-sized applications,
enhancing security and control room efficiency.
The plug-and-play IDLA-ready appliance
comes embedded with an NVDIA GTX1060 GPU
chipset, allowing the analysis of up to 16
channels simultaneously. Users benefit from
powerful intelligent search functions, tracking
by colour, object and number, plus the soon to
be available Re-ID, which makes it easy to
locate specific individuals within selected time
and location parameters.
The introduction of ‘AI in the Box’ makes
deep learning analytics now easier to adopt
through plug-and-play installation via IDIS
Solutions Suite video management software
(VMS). This allows installation without costly
disruption, and the 97 per cent accuracy proven
in independent testing will minimise false
alarms, significantly improving detection and
monitoring performance.
Visitors to the IDIS stand will also learn about
end-to-end solutions for retail, education and
commercial applications, the flagship plug-andplay
offering DirectIP, and IDIS’s choice of video
VMS including the totally cost-free IDIS Center
and the award-winning modular and scalable
IDIS Solution Suite. Together these advances
offer end-users, integrators, installers,
consultants and distributors new levels of
system-building flexibility, along with significant
cost advantages and enhanced security.
‘Once again IDIS will be at IFSEC showcasing
the most innovative video technology,’ states
James Min, Managing Director, IDIS Europe. ‘For
end-users we’ll be demonstrating how IDIS can
lower the total cost of ownership, and for
integrators and installers we’ll explain how the
implementation of IDIS technology can improve
profitability.’
Don’t miss the IDIS party,
Wednesday 19 June
For a chance to catch-up with industry
contacts – and win a fantastic European break
for two – end users, integrators and installers
are encouraged to come to the IDIS Happy Hour
Party on Wednesday 19 June at 15:00 on stand
IF1110. You might go home a winner when you
try your luck on the ‘lights out’ and ‘buzz wire’
games – and see if your speed, agility and
accuracy match IDIS’ deep learning analytics!
James Min,
Managing Director,
IDIS Europe
For more information about
IDIS’s video solutions, visit
www.idisglobal.com, email
uksales@idisglobal.com or
call +44 (0)203 657 5678.
For up to date news and
information about IDIS’s
technology launches and
activities throughout IFSEC,
follow @IDISglobal on
Twitter.
33

ADVERTISEMENT FEATURE
What’s new with Inner Range?
Come and find Inner Range at
Stand IF1030 or visit
innerrange.co.uk
Access control manufacturer Inner Range
will showcase a host of product
upgrades and enhancements at IFSEC
International 2019, including new apps,
integrations, partitioned systems and an
evidence vault with cryptographic
fingerprinting.
Powerful and budget-friendly
Inception
Inner Range’s award-winning entry-level
access control system, Inception, now has its
own dedicated Sky Command App to control
access remotely. This allows interactive
control and live status of areas, inputs, doors
and outputs, as well as simple or multimode
area arming options. Push notifications can be
sent to smartphones, helping security
managers stay alert to any changes on site.
Inception can also now integrate with the
Milestone XProtect video management system.
The Inception controller becomes the security
and access mechanism supporting the
Milestone system. Multiple Inception systems
can be integrated with a single Milestone
system for multi-site monitoring. Live access
and alarm events can be sent to Milestone,
allowing a wide range of actions to be
triggered within the Milestone system, such as
operators being able to compare video footage
to a user’s photo to grant access.
Award-winning Integriti
Meanwhile, Inner Range’s enterprise-level
intelligent, integrated access control and
intruder detection system, Integriti, has also
been enhanced. IFSEC visitors can see how it
now introduces ‘partitioned sites’, which
allow security managers to create users and
other global entities that only exist within the
partition they were created in. This is
particularly useful for multi-tenanted
buildings because the partitions are
completely isolated and invisible to users in
other partitions.
A new evidence vault for Integriti allows
files to be stored securely without taking up
space in database back-ups. Users can add
MD5 and SHA-256 cryptographic hashes to
ensure files are not tampered with, while
video surveillance footage and snapshots
associated with certain alerts can be
automatically saved to the vault. Fine grain
permissions allow the operator high levels of
control over who can store or retrieve
evidence items.
High Security
For visitors who need watertight security for
critical national infrastructure organisations or
defence and government bodies, Inner Range
will also offer demonstrations of its Integriti
Encrypted High Security system, which offers
end-to-end encryption with Mac authentication.
IFSEC demonstrations
The Inner Range stand will include eight large
screens to demonstrate the manufacturer’s
access control systems and software in action.
Inner Range will also be taking part in the
event’s ‘Show Me How’ series of
demonstrations, with an Inception challenge
for installers and integrators.
Tim Northwood, General Manager for Inner
Range, stated, ‘We’re proud of the fact that
our research and development never stops.
Our products are constantly evolving to offer
more robust safety and security as well as
ease of use.
‘IFSEC is always a great event for us to
catch up with existing customers and show
potential new ones just what our intelligent
access control systems can do. Come and see
for yourself.’
World leader
Inner Range has been a world leader in the
design and manufacture of intelligent security
solutions since it was established in 1988.
More than 150,000 Inner Range systems have
been installed in over 30 countries. Customers
include hospitals and high-security units,
colleges, distribution centres, pharmaceutical
companies, government and critical national
infrastructure sites.
34

The intelligent video analytics module for real-time control of PTZ
cameras. It automatically detects and tracks moving objects
within the surveillance area.

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ADVERTISEMENT FEATURE
Interested in further
information? Get in touch
with the MOBOTIX Sales
Team via sales@mobotix.com
The MOBOTIX Mx6 2nd
Generation Platform
Mx6 cameras use a video security and information systems offer
new, more powerful excellent quality at highly affordable prices.
CPU that delivers up Despite their extremely low system costs,
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second – at the same
MOBOTIX functions, such as hemispheric
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they deliver up to 34 frames indoors, a hemispheric video system with a
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38

SiX
SiX: an essential event for
integrators and installers
For many system integrators and security
installers, the future of the security
industry is dependent upon the delivery
of enhanced flexibility. Increasingly, end users
are seeking features and functionality which
fits with their vision of a smarter future. As a
result, intelligent technologies which provide
advanced capabilities, scalable systems and
bespoke solutions are not just expected; they
are demanded by many businesses and
organisations.
Today’s technologies allow integrators and
installers to not only deliver higher than ever
levels of security and protection to businesses
and organisations, but also enable them to
offer a high level of benefits and added value
which create business efficiencies. By
ensuring end users enjoy a greater return on
investment, integrators and installers taking a
smart approach to business can enjoy an
increased willingness by their customers to
invest in smarter systems and solutions.
Demand for smart and more efficient
systems is high, and everyday there are more
customers seeking such solutions. With many
of the new and emerging technologies having
a significant impact on the security arena, the
flexibility and scalability of systems is
constantly being enhanced. Security is not
just about reducing the risk of crime. It now
includes provision of a range of benefits such
as compliance, asset management, building
control, business intelligence and duty of care
monitoring.
It is vital that system integrators and
security installers realise the value in these
systems and ensure they offer solutions that
meet customer expectations. Developments
in other technology-based sectors are raising
the bar in terms of performance, and end
users expect the same from security.
Attending Six in Manchester later this year
will enable integrators and installers to
network with innovative, market-leading
manufacturers and service providers. SiX
SiX
19
On 5-6 November 2019, SiX, an event specifically
targeted at system integrators and security
installers interested in the design, delivery and
implementation of smarter solutions will take place
at Event City in Manchester. Given the rapidly
evolving technological landscape in today’s security
sector, and the emerging technologies which add
value for end users, this event promises to link
forward-thinking engineers with similarly minded
manufacturers and service providers.
will create the only event dedicated to the
delivery of efficient and value-added
solutions.
The event will include a conference
programme, hands-on sessions and the
ability to meet with manufacturers and
service providers to discuss technology,
implementations, integrations and other
needs when creating and delivering best-ofbreed
security solutions. Registration to
attend is free-of-charge.
2 November 5/6
For event registration, visit: sixevent.co.uk
39

SMART SOLUTIONS
Increasing RoI with Energy
Management
For many end users, the benefit of implementing a smart
solution is a boost to the overall return on investment.
While crime prevention is the ultimate goal, any additional
benefits from the system which introduce efficiencies can
help with regards to authorising the contract.
In the past, there was a lot of talk about the
return on investment (RoI) of security
solutions. However, it was difficult to
ascertain a true sense of the tangible RoI
because losses due to crime are not a
constant, nor are they easily quantifiable.
With today’s smart systems, things are
somewhat different. Because the systems not
only offer protection, but can also deliver a
wide range of everyday efficiencies, the RoI
can now be proven in many use-cases.
By implementing a technology-agnostic
software platform, integrators and installers
can deliver a seamlessly integrated GUI which
not only provides intuitive and unified control
over all the elements of the security system,
but can also provide control and management
of peripheral systems.
Too often, users only interact with a
security system when something negative
happens. Where smart building control is
added, customers use the system on a daily
basis, enjoying the realisation of business
efficiencies. This not only eliminates the
‘grudge purchase’ mentality, but delivers a
genuine return on investment.
One example of this can be seen from a
University in Europe. The University supports
tens of thousands of users across its campus,
with around 80 buildings across numerous
locations. With a duty of care to students and
staff, a significant investment was made into a
security solution. This incorporates
approximately 600 doors protected by access
control, linked with more than 200 video
surveillance cameras.
When the system was designed, the main
objective was to ensure the security control
room operators could access all elements of
the security system as a unified solution.
However, because of the scale of the site, it
also requirements relating to energy and
utility management.
The university management wanted to
implement a degree of monitoring and control
over electricity, gas and water consumption,
as usage figures were high. The best solution
was to integrate relevant management
systems into the security solution. This was
achieved using COSMO PSIM+.
To deliver seamless integration of the
security and energy management systems,
COSMO PSIM+ allowed the relevant
connectivity as it is an API-based technologyagnostic
solution. The single intuitive GUI
ensured that the energy management and
maintenance teams could easily access realtime,
accurate status information about the
systems, whenever necessary.
The real-time monitoring software brings
together data from the complete security
system, as well as from energy monitoring
and operational systems in a single place. The
customisable interface means COSMO PSIM+
delivers an easy-to-use interactive experience
for the customer, providing key features such
as remote access and monitoring with full
control of the site’s existing systems. As a
result, the university management team has
maximised its RoI on the security investment.
Next Month
How the COSMO PSIM+ solution can
create cost-savings for the end user.
40

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Upgrade your monitored alarm
system to visual verification
Whereas the monitoring of intruder alarms
through an Alarm Receiving Centre (ARC) is
generally accepted best practice, CCTV
monitoring remains slow to take hold. Part of the
problem has come down to money; larger sites such
as major depots and warehouses with constant
activity 24/7 can clearly benefit from a fully
functioning CCTV system monitored through a
dedicated Remote Video Response Centre (RVRC).
Smaller sites, while they would benefit from visually
verified alarms, would struggle to justify the
investment of a full-scale RVRC solution.
A similar argument can be made for the ARCs
themselves. They are set up specifically to monitor
intruder alarms, and they do it well. For an ARC to
become an RVRC is simply not practical; not, at
least, without a significant outlay in capital. But
what if there was a simple technology that could act
as the ‘Bridge’ between intruder and CCTV
technologies, and that would enable the ARC to
visually verify alarms without the need for any
substantial investment? This is a challenge that is
being addressed with the new OPTEX Bridge
powered by CHeKT.
The OPTEX Bridge, powered by CHeKT, is a
hardware and software solution that takes separate
intruder and CCTV technologies installed on the
same site, but acting independently, and ‘bridges’
them to create one, seamless, integrated monitored
solution. Intruder alarms can now effectively be
visually verified, without impacting the integrity of
the technology installed, or its Grade.
When an alarm occurs, a signal is
sent to the ARC whose operator can
view images pre and post the alarm
event via a dedicated portal to
determine whether the alarm is
genuine. Camera locations can be
overlaid with a map of detection
zones, thus helping the ARC
operator to quickly and easily ‘see’
where the incident has occurred
and take the appropriate action.
Images can also be sent direct to
the customer’s handheld device for
further verification if, for example,
the alarm is genuine, but the
‘intruder’ is known to the customer
or has a legitimate reason for being
on site.
The OPTEX Bridge provides a
complete audit trail of activity, and
can detect when a camera is not
working (i.e. when it has dropped
out of the network), and report the
fault, thus ensuring security is not
compromised. It can also
communicate with the ARC in the
appropriate ‘language’, regardless
of the make or manufacture of the
technology installed, or the
protocols with which it operates. It will, in effect,
work with virtually any intruder alarm technology
and any ONVIF camera to deliver one seamless
visual verification solution. The ARC software needs
to be compatible, and many of the major ARC
software platforms are already integrated.
The advantages to the ARC are obvious: it gives
them the ability to provide a visual verification
service to residential and commercial sites without
a substantial investment in time or money; the
Bridge can be installed and working within the hour.
Operationally there are benefits too, for the Cloudhosted
platform allows a much stronger
collaboration between the ARCs and the
home/business owners by having the ability to
share video clips to confirm the alarms (as
described above) while respecting any privacy
guidelines.
There are advantages too for the customers and
installers. For the customer, it means realising the
true potential of technology which is already
installed, turning an essentially ‘reactive’ system
into a ‘proactive’ solution. By installing the OPTEX
Bridge, sensors and cameras combine to deliver a
reliable and effective early warning solution,
detecting and reacting to an intrusion before a
potentially damaging and costly event has occurred.
It is also invaluable to those who may have lost
their URN; a visually verified alarm will put them
back on police response. For the installer,
meanwhile, it provides another revenue stream and
ability to add further value to the customer sale.
42

NETWORK ZONE
NETWORK ZONE:
Selecting a Switch
The benefits of networked security
systems – whether video, access control,
perimeter protection or intruder alarm –
are manifold, and have been well
documented. Technology is moving rapidly,
and end user requirements currently change
quickly as new options come to market. The
rise of IoT connectivity has also focused
minds on IP-connectivity.
For those seeking advanced and smart
solutions, there is something of a constantly
evolving landscape. For critical solutions
where continuity is key, the selection of
appropriate infrastructure, and especially of
switches, is of paramount importance when
specifying a system.
Selection of an inappropriate switch can
create a variety of problems. These can vary
from dropped connections, frozen data
streams and poor performance though to
missed recordings or events, undiscoverable
devices and even total system failures. Where
issues are created, these problems may be
sporadic, which is a headache for engineers
when troubleshooting in the field.
Integrators and installers must ensure their
selected switches are capable of delivering
the functionality and reliability required, and
increasingly can allow the implementation of
cybersecure configurations.
Basic requirements
Before considering the specification of a
switch, it is important to understand the basic
requirements of the security system. How
many devices will be deployed and how will
they be used? Will the system be continuously
Networked systems are the first choice of end
users because of the flexibility and advanced
functionality on offer. Whilst integrators and
installers working in this market are competent in
specifying security devices, is enough consideration
given to the deployed switches?
operating or will it be triggered by events,
actions or transactions? Will certain devices
be inactive during specified periods? All of
these details will impact on the switch
selection. As smart technologies expand the
possibilities from modern security stystems,
integrators and installers should factor in
additional capacity for the inevitable system
expansions and upgrades.
The bit-rate allocation must be calculated to
ensure the correct performance is delivered,
and allowances should be made if this will
change on alarm or during events. Each device
should be benchmarked to ascertain
performance at the specified bit-rate.
The goal should never be to try to force the
system to come in under a pre-defined bit-rate
limit; rather, the best approach is to calculate
what will be needed for consistent
performance and ensure there is some
additional capacity to cope with spikes in
load.
The many stages of designing an IP-based
solution start with security requirements, and
from this device requirements are established.
Then, by using both the security and device
requirements, data transmission details can
43

NETWORK ZONE
be established. These should include
transmission type and the required
bandwidth. Only once this is done can switch
selection be considered.
Layer 2 or Layer 3?
One of the first questions to consider is
whether you require a Layer 2 or a Layer 3
switch. It is not uncommon for Layer 3
switches to be automatically specified
because of an assumption that they must be
superior. The reference is to the OSI seven
layers of networking, in which Layer 2 is the
distribution layer and Layer 3 is the
networking layer. This in itself describes the
fundamental difference between the two.
A Layer 2 switch works in a single subnet
and ‘learns’ the MAC addresses of devices
connected to it. For example, when a VMS
requests video from a specified camera, the
switch knows where that camera is on the
network by its MAC address. Because all the
devices reside on the same network segment,
the switch simply distributes the data packets
based on this information.
A Layer 3 switch differs in that it can route
data packets between different subnets, as it
uses the IP address rather than the MAC
address of a device. While both types of
switch allow the creation of VLANs, a Level 2
switch will not allow connection between two
VLANs but a Layer 3 switch will.
A VLAN (Virtual Local Area Network) is a
way of dividing and segmenting network
traffic within a switch. Some switches are
available with a simple VLAN implementation
feature, allowing the network to partition
different types of traffic. This ensures that
bandwidth is maintained and manages
potential problems which may occur if some
data streams consume all available network
throughput.
A VLAN enables the security network to
remain independent of other network
segments without affecting performance, even
though all data is passing through the same
switches.
Managed or Unmanaged?
The next choice is whether to deploy
unmanaged or managed switches.
Unmanaged devices are typically ‘plug-andplay’
and treat all transmitted data equally. As
such, all data streams are ‘fighting’ for
bandwidth. A managed switch can allow
Quality of Service (QoS) protocols to be
respected. Some unmanaged switches claim
to honour priority tags, but it is best to use a
switch which supports QoS if you need to
prioritise certain data streams.
QoS allows the integrator or installer to set
configurations for specific ports. This ensures
that data being transmitted from critical
devices is prioritised as more important than
data streams from other devices. With the
growth of IoT and peripheral add-ons to
security systems, QoS becomes a more
desirable feature.
Unicast or Multicast?
When specifying a switch, it is important to
consider what transmission type will be used:
Unicast or Multicast? Unicast traffic creates a
one-to-one transmission. If multiple clients
require data, then the relevant data is sent
multiple times which impacts negatively on
bandwidth usage.
Multicast traffic effectively ‘publishes’ the
data, creating a one-to-many transmission.
Multicasting switches must support IGMP
which manages clients to receive data.
IGMP support includes an IGMP Querier
that determines which clients belong to which
groups, and an IGMP Snooper which monitors
the ports on the hardware to determine which
require the data. This allows the switch to
only send data to those ports, reducing
network load. With IPv6, IGMP is replaced by
Multicast Listener
Discovery (MLD).
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NETWORK ZONE
Switch capacity
Determination of the required switch capacity
requires information about a number of
characteristics: number and speed of ports,
uplink requirements, throughput and
backplane capacity.
The number of ports is fairly selfexplanatory.
Each device to be connected
requires an individual port. Ports will also be
required for uplinks to servers or management
devices.
The transmission speed of the ports is
typically a choice between Fast Ethernet
(10/100Mbps) and Gigabit Ethernet (GigE or
1000Mbps). This will depend upon the NICs
(network interface cards) that are embedded
in the devices making up the system.
However, the need to ‘uplink’ to a server must
also be considered.
When specifying a switch, you must
consider both the speed of the data traffic
generated from the field devices coming into
the switch, and the speed of the data coming
out of it to the server or management device.
This latter element is the uplink.
To reduce the chances of data bottlenecks,
uplink ports should support at least 10 times
the speed of the incoming traffic. In simple
terms, if a switch is deployed with 100Mbps
links from field devices, a 1000Mbps uplink
would be required for transmission to the
server.
Fast Ethernet switches are available with
Gigabit Ethernet ports for uplinks. If these are
not sufficient then a Gigabit Ethernet switch
will be required.
The backplane capacity of a switch must be
considered alongside throughput. Network
ports will only achieve speeds relative to how
fast the switch can process data. With low
cost switches, it is not unusual to discover the
devices do not have the backplane speed to
support all ports at full load.
The switch needs to have a backplane
which has the capacity to allow all the ports to
simultaneously operate at full load. Because
of full communication between switch blades,
the common approach is that the switch
backplane should be equivalent to the
number of ports multiplied by the port full
speed, multiplied by two.
Therefore, a four-port switch with port
capacities of 1Gbps would require a backplane
of 8Gbps to be non-blocking.
Other considerations
Often a switch may be located in a hostile or
harsh environment. If this is the case, always
ensure that the switch is hardened and can
cope with extreme environmental conditions.
Power over Ethernet is a significant benefit
for integrators and installers, and is one
genuine cost-saving when deploying a
networked platform. If selecting a PoE switch
you must consider its power budget. PoE
(802.3af) provides up to 15.4W per port, with
up to 12.9W being assured as available. PoE+
(802.3at) provides up to 30W, with up to 25W
being assured as available.
The security market is now seeing switches
available which support PoE++ (802.3bt). This
provides up to 60W per port.
To determine the specification of a PoEenabled
switch, you will need to know the
wattage required by each field device. The
total wattage can be calculated across all
devices connected to the switch, and the PoE
budget must exceed the total requirement.
Also check that the ports can provide the
connected devices with the power they need.
In summary
The selection of a switch is dependent upon
establishing the needs of each application.
Selecting the wrong switch can only lead to a
bad end user experience, no matter what
security solution is installed.
There are manufacturers who specialise in
switches for security, and these are worth
consulting as they have a good working
knowledge of what is required in a security
application. While IT-centric switches will do
the job (if properly specified), integrators and
installers may find the levels of support on
offer lack the specialist knowledge which
security-biased companies can provide.
46

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ADVERTISEMENT FEATURE
NVT Phybridge EC Extender Kits
Benchmark Magazine has selected the
NVT Phybridge EC Extender Kits as a
finalist for the 2019 Benchmark
Innovation Awards. The EC Extender Kits build
on the continued successes of the CLEER
family of coax-to-IP enabling PoE (Power over
Ethernet) solutions. The CLEER family of
switches and extenders allow organisations to
simplify and accelerate their digital
transformation by enabling IP endpoints over
any new or existing coax-based infrastructure.
The CLEER family’s EC-Base Extender, when
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48

INNOVATION FOCUS
INNOVATION FOCUS
Benchmark champions the use of innovative and smart solutions to deliver added
value and advanced benefits to end users. Here we round up some of the innovations
which have caught the eye of our editorial team.
TAKEX PIR-T40NAM
Bosch Project Assistant App
InfiNet InfiLINK 2x2
FLIR Saros
SAST IoT Platform
OPTEX LiDAR Enhancements
TDSi GARDiS
HGH Cyclope Hypervisor
3xLOGIC Vigil VMS
Reconeyez PIR Cameras
49

INNOVATION FOCUS
TAKEX PIR-T40NAM
Accurate and effective
detection remains a
cornerstone of security
solutions. Modern products
deliver increased catch
performance, high levels of
reliability and increased
flexibility. One example is the
PIR-T40NAM from TAKEX, an
external PIR detector with a
range of up to 40 metres.
External detection remains a useful
element inany security solution. Whether
detecting intruderss at the perimeter or
triggering alarms and actions before criminals
can enter a building, providing the earliest
possible warning remains a powerful tool
when fighting crime, allowing action to be
taken before losses or damage occurs.
External detection also offers a host of
other benefits. The devices are used to trigger
actions on surveillance systems or as a part of
smart solutions. With the increased flexibility
of control panels and software-based security
management, credible external detection
devices offer a wealth of possibilities.
The PIR-T40NAM is an external sensor with
a range of 40 metres. It can be used for video
switching and intruder detection applications.
The sensor boasts four selectable
operational modes which allow flexibility
when it comes to positioning the unit. With a
mounting height range of between two and six
metres, it allows freedom when finalising
device locations. To compensate for such a
wide variance in mounting height, the
detector includes modes for low, middle or
high position, and high density.
The sensor delivers vertical curtain
protection. Other features include triple mirror
optics and intelligent signal processing,
ensuring the sensor can accurately and
reliably detect intrusions whilst rejecting
nuisance activations.
As the product designation indicates, the
PIR-T40NAM offers anti-masking protection.
Features have been included to simplify
installation and set-up, which is important
with long-range detection devices, especially
for an engineer working alone.
In Low Position mode, the sensor can be
mounted at a height of 2–2.5 metres,
delivering up to 40 metres coverage. Middle
Position mode reduces the range to 35
metres, but allows a mounting height of
2.5–3.5 metres. The High Position mode
reduces the coverage to 30 metres, but allows
for mounting heights of 3.5–4 metres. A high
position helps eliminate blind spots.
Finally, the High Density mode allows a
mounting position of 2–6 metres. The overall
coverage is extended to 45 metres, but pet
immunity is non-operational. The detection
head can be rotated through 90 degrees.
Aligning long-range detectors can be timeconsuming.
However, the PIR-T40NAM makes
use of precise detection area adjustment
achieved by projecting coloured LEDs onto the
surface of each mirror, allowing fine-tuning.
A geared mirror array allows detection
patterns to be optimised based on mounting
height and operation mode.
50

INNOVATION FOCUS
Bosch Project Assistant App
The commissioning and
handover of a system can
involve a lot of paperwork and
documentation, and for some
integrators and installers it is
a task they don’t relish. Bosch
claims to have an answer with
its Project Assistant App,
designed to simplify many
administrative tasks.
The delivery of documentation is an
important part of system hand-over, but
its not something that most integrators
and installers relish. Any tool that makes the
process simpler and quicker has to be
welcomed.
In an age of digital communications and
data sharing, the generation of plans, reports
and system configuration details can be, to a
large extent, automated. For those delivering
video surveillance solutions, the Project
Assistant App from Bosch Building
Technologies can help and cuts down time on
site.
Bosch Building Technologies has developed
a smart software solution designed to assist
system integrators and security installers: the
Project Assistant App. Previously, the
planning, configuration, installation and
documenting of a video security project
involved a range of different (and often
separate) tools and extensive man-hours to
complete, making it difficult for system
integrators to manage and keep track of
various projects during each phase through to
the final reporting.
With the Project Assistant App,
transparency and efficiency can be applied to
every part of a video-based security project.
From set-up of secure passwords for cameras,
through the assignment of IP addresses, the
pre-configuration of cameras, installation and
configuration on-site, and delivering details of
the installation to the end-user, the process
can be time consuming.
Simple errors and poor communications
during the commissioning process add time
and costs, and can adversely impact on a
clients’ satisfaction with the full security
system.
Project set-up and pre-configuration can
start in the office, before the physical
equipment is in place. Using the app and
project plans, IP addresses and passwords
can be entered prior to attending site. This
can be done on a per camera basis, or
multiple devices can be managed at once.
The Project Assistant automatically enters
the information for each device, without the
need for the hardware to be physically
present. Creating a set of virtual devices
within the app eliminates the need for
unboxing and re-boxing of products for
labelling and pre-configuration.
Bosch claims the app delivers significant
time savings of up to 30 per cent.
Once the devices are physically installed
and connected to a network, the Project
Assistant is also connected to the network via
Wi-Fi or a physical link. By scanning QR codes
on the cameras, the MAC address is identified
and the camera is assigned to a specific
virtual camera.
The Project Assistant makes it possible for
every camera in the project to be contacted,
checked and reported in a matter of seconds,
producing a final client-ready report complete
with field-of-view snapshots.
51

INNOVATION FOCUS
InfiNet InfiLINK 2x2
Advances in communications infrastructure enable
smart security systems to use wireless connectivity
in a point-to-point capacity. As a result, the
implementation of wide area surveillance is
becoming simpler and more cost effective. One
such option is InfiNet’s InfiLINK 2x2.
Wireless connectivity is something most
end users use on a regular basis. They
trust the technology and understand
its benefits based on experience. For many,
wireless connectivity is an expectation. While
they may not have a full understanding of the
issues surrounding the transmission of
multiple high bitrate video streams, it is a
hurdle if integrators and installers need to
challenge those expectations.
Wireless technology has become a
cornerstone of many critical solutions in
security and safety. High capacity links are
available that can provide cost-effective
transmission on campus-type sites or where
‘last mile’ connectivity might prove to be too
costly. In such applications, a growing number
of options are available, and most require
little or no telecoms training to install.
One such option is InfiLINK 2X2 from InfiNet
Wireless. InfiLINK 2X2 is a point-to-point
wireless transmission solution, combining
high-speed capabilities of
up to 280Mbps
throughput, with features
as leading-edge radio
protocols providing
spectral efficiency and
wireless transmissions
over distances in excess
of 90 kilometres.
While the InfiLINK 2X2
has an impressive range,
that doesn’t mean it is
limited to use in city
centre applications. The
wireless solution can be
deployed by many
organisations to provide
Ethernet extensions, such
as simple LAN-to-LAN
connectivity, between two
locations. These could be
separate sites or
buildings on a single site. The application
becomes increasingly cost-effective is there is
a need to cross an obstacle such as a road,
railway or river.
In its most advanced configuration, the
InfiLINK 2x2 provides complete
communications and transmission
infrastructure, enabling businesses and
organisations of various sizes to connect
remote or satellite sites, allowing the
simultaneous transmission of multi-protocol
services such as video, alarm data, voice
communications and other data.
The solution is available in two options:
InfiLINK 2x2 Pro and InfiLINK 2x2 Lite. The
latter has restrictions on throughput which
are governed by the software license. It also
has some performance limitations and does
not support power via PoE.
The solution is available in 4.9–6GHz and
6–6.4 GHz frequency bands and uses MIMO
2x2 (Multiple Input; Multiple Output)
technology. Software is upgradeable
dependent upon licensing, which adds
features and capacity. The solution offers 5,
10, 20 and 40MHz channel widths.
Other features include a gigabit Ethernet
port, flexible uplink/downlink reallocations,
line-of-sight and non-line-of-sight
deployments and advanced Quality-of-Service
(QoS) support. The manufacturer claims that
the solution is an out-of-the-box plug and play
option.
52

INNOVATION FOCUS
FLIR Saros
The linking of multiple technologies to achieve
superior performance is an approach well
understood by integrators and installers
looking to deliver high quality solutions.
Often this involves configuring disparate
devices to work in unison,but
manufacturers now offer combined
devices, such as the Saros range from FLIR
When it comes to security applications,
there is no one perfect technology. If
such a thing existed, it would make
everyone’s lives easier. As a result, while
single technology solutions can offer a degree
of risk mitigation, all have some degree of
compromise. For a critical solution, any level
of compromise can introduce vulnerabilities
that potentially negate the protection on offer.
Saros is a single device that combines a
number of technologies to deliver a solution
which maximises catch performance while
minimising the level of compromise.
Saros devices make use of high definition
video cameras, thermal imaging cores,
integral illuminators, intelligent video
analytics, alarm inputs and outputs and twoway
audio. This enables a high degree of
flexibility and permits numerous combinations
to be deployed, enhancing the level of
protection on offer.
The Saros range utilises its perimeter
protection technologies to deliver accurate
and actionable alarm notifications backed by
verified alarm data. The devices include
multiple Lepton thermal sensors, along with
up to three HD1080p or 4K video modules,
dependent upon the product specification.
The units additionally incorporate IR and
white light LED illuminators, with auto
selection based upon the operating mode and
site conditions.
Both the video and thermal imaging
streams incorporate advanced onboard
analytics. These have the ability to
differentiate between people and vehicles,
ensuring alarm classifications are accurate.
The Saros range enables users to
implement reliable outdoor intrusion
detection in a cost-effective manner by
minimising equipment requirements and
reducing false alarms.
With the
growing focus on
cybersecurity, FLIR
has ensured its Saros
range incorporates
cybersecure design and
engineering to reduce the risk of
remote security attacks. The devices
incorporate end-to-end encryption for set-up,
web connectivity and video stream
transmission. The configurations eliminate the
need for port-forwarding, and device
configurations can be ‘locked down’ when the
initial set-up is completed to deliver a high
degree of tamper prevention.
The Saros range includes six models. The
DH-390 2TB and DH-390 8MP models feature
a single HD1080p video sensor and a 4K UHD
video sensor respectively. Both variants
incorporate two thermal imaging sensors with
a 320 x 120 pixel array with a 90 degree field
of view.
The MH-6180 4MP and MH-6180 16MP
models feature dual HD1080p video sensors
and 4K UHD video sensors respectively. Both
variants incorporate two thermal imaging
sensors with a 640 x 120 pixel array with a 180
degree field of view.
Finally, the MH-9270 6MP and MH-9270
24MP cameras feature three HD1080p video
sensors and 4K UHD video sensors
respectively. Both variants incorporate six
thermal imaging sensors with a 960 x 120
pixel array with a 270 degree field of view.
All devices include real-time video and
backlight compensation. A 16GB SSD is used
for edge storage.
The video cameras use 3-9mm lenses with
autofocus and motorised zoom.
Saros delivers a range of complementary
benefits while ensuring installations are
simple and cost-effective.
53

INNOVATION FOCUS
SAST IoT Platform
For forward-think integrators
and installers, IoT is not a
technology of the future.
Today, many businesses and
organisations have embraced
IoT, and is using it to good
effect. SAST seeks to link it
with security-centric video
surveillance technology.
Many in security think IoT is a peripheral
set of technologies, systems and
devices which they can decide
whether or not to embrace. This blinkered
thinking is very far from the truth. A number of
business es and organisations are reliant on
IoT technology, so integrators and installers
face a simple choice: if they want to win
contracts, they have to integrate with IoT.
The inertia IoT has gathered means, like it
or not, it is increasingly becoming a part of
the smart security sector. If the industry
attempts to side-step its influence, it will
quickly see business being lost to those who
embrace IoT and deliver the benefits and
added value it offers.
Security and Safety Things (SAST), a spinoff
from Robert Bosch, has announced its
vision for a new IoT platform focused on the
security video camera segment.SAST
describes its project as a ‘global platform for
the next generation of security cameras’. The
start-up, which is a subsidiary of Bosch but
operates as an independent business, has
been created to harness the potential
available from innovative IP-connected
security cameras.
Changes in the way surveillance is deployed
includes an increase in internet connectivity
and processing at the edge. Both of these are
results of the increased use of next generation
processing, advanced video compression and
stream management. The impact is that edgebased
video analytics are becoming
increasingly viable for business applications.
Within the evolving surveillance market,
SAST claims specialised software applications
will represent a significant growth segment,
with accelerated implementations during the
next five years.
One of the drivers for growth will be
enhanced processing power. This has already
played a significant part in enabling the
introduction of intelligence at the edge for
video surveillance, and given the drive to
implement even faster processing in the
future, including increased use of GPUs and
neuron chip sets, the smart functionalities will
become more prevalent.
Whilst the initial focus of the IoT platform
willbe the video surveillance sector, the
platform is being built to embrace open
connectivity, and will be ready to support
additional IoT systems.
SAST has outlined four stages which it
defines as core to the creation of its IoT
ecosystem. These are a new camera OS, tools
for developers, ready-to-use AI-enabled
applications and an integrator portal.
SAST intends to create a universal camera
operating system (OS) based on the Android
Open Source Project. A single OS will simplify
tasks, as a single API and codec can be used.
Developers and designers will be aided by a
set of tools such as analytics and performance
tests available via SAST, making use of
common KPIs.
An app store will present a front-end for the
platform, enabling integrators and installers
to download specific applications. Apps will
be AI-based and tested for conformity.
54

INNOVATION FOCUS
OPTEX LiDAR
Enhancements
The rise of LiDAR detection is
growing in the security
systems sector, with an
increasing number of
integrators and installers
embracing the accuracy and
flexibility on offer. OPTEX has
enhanced its long range RLS-
3060 series via a new
firmware upgrade which
boosts performance.
OPTEX, the manufacturer of detection
solutions, has launched enhanced
versions of the product firmware and
configuration software for its REDSCAN RLS-
3060 laser scanner series. The upgrades bring
greater functionality to the existing models,
ensuring that they offer advanced
performance with additional flexibility for a
variety of applications.
Version 8.0 of the RLS-3060 series firmware
and REDSCAN Manager feature a number of
upgrades for the long-range, 190 degrees 2D
LiDAR series. Both the RLS-3060L and RLS
3060SH (the latter includes an integral heater
for harsh environments) now offer more
flexibility in managing dry contacts with the
option to switch from normally open (N.O) to
normally closed (N.C).
The new firmware version also brings a
number of features to the standard model 30
metre radius RLS-3060L that were previously
only available in the higher-end RLS-3060SH
model. Four detection areas can now be
independently adjusted on an analogue
connection, while up to eight areas can be
adjusted on an IP connection. The shape of
the detection area can also be customised to
better match the layout of the site. The Area
Allocation or Masking function will enable
users to precisely define a number of
independent detection zones to allow for
varied needs.
Another feature which has been made
available for the standard laser scanner model
with the upgraded firmware is the
Indoor/Outdoor Loitering Detection Mode.
This function detects loitering and similar
suspicious behaviour by monitoring people
and objects, generating an alarm condition if
they stay in the selected detection area for a
longer period that the user-defined time
window.
For the more advanced RLS-3060-SH laser
scanner model, which is designed to operate
in harsher environments, the upgrades enable
a Detection Range Expansion mode. This
extends the detection range from a 30 metre
to a 50 metre radius.
When used in horizontal mode, this setting
allows the creation of a pre-warning zone from
30 metres to 50 metres radius, in which larger
objects such as vehicles can be detected.
When the LiDAR detector is set up in a
vertical detection mode and mounted at 3.6
metres, the laser scanner can detect a
standing or squatting person over a range of
100 metres, giving benefits when the sensor
has been deployed for perimeter protection.
The RLS-3060L and RLS-3060SH are
certified as integrated with a number of
leading VMS solutions.
55

INNOVATION FOCUS
TDSi GARDiS
With remote control and management
becoming an expectation of many users,
emphasis is on the delivery of stable,
intuitive interfaces that enable simpler
configuration, monitoring and control. TDSi
claims to deliver all of this with its GARDiS
software package.
Access control
differs from
other security
technologies, in that user
interaction with the system is
more common during periods
when events or incidents are not being
managed. Because the collection and
management of real-time data delivers
information about personnel status, the data
can be used for other applications alongside
security. Indeed, the flexibility of the data
collected and managed by access control can
be of great value in terms of site management.
In order to realise the benefits of this data,
access control systems need to facilitate easy
processes for integrators and installers, as
well as enabling simple management of
authorised persons and departments. For the
end user, the generation of reports and ability
to track activity across a site ensures full
flexibility at all times.
GARDiS access control management
software improves accessibility to connected
systems. Suitable for use by integrators and
installers, as well as end users and IT
managers, it boasts ease of installation across
a number of Windows versions, with a
graphical user-friendly interface developed to
accommodate the needs of users.
TDSi states it answered demands for a
simple and straightforward platform requiring
minimal training. In recognition of this, the
software’s installation wizard reduces
complexity during the set-up.
GARDiS is a web-based application which
runs as a service, ensuring it is always
operational. The software has been followed
by a selection of hardware products designed
to integrate with the Cloud-hosted solution.
Aiming to deliver a different approach to
security system operation, GARDiS provides a
core Security-as-a-Service (SaaS) model,
which delivers opportunities with regard to
recurring revenue.
The user interface has been designed to
ensure switching between the various
functions is a simple process with minimal
load times. Supported by a help system
including short video demos, it reduces the
time spent contacting customer support.
The Dashboard is the default opening
screen, and provides a view of events. Basic
icon-based controls simplify actions and
settings.
The People menu is where users are added
and details or permissions are edited. The
information includes departmental
designations, vehicle registration, periods of
employment, along with information about
the credential and access permissions.
Access tags and tokens are managed via the
Credentials screen. Adding and deleting
credentials is straightforward.
The next two screens, Organisations and
Sites, allow configurations about the
customer business.
Field devices are managed via the
Equipment screen. This uses a wizard to
simplify the addition of ACUs, and adds these
to the system, allowing door control
information and communications options to
be established.
Door options include setting open times,
enabling free access and/or egress, and
control of the strike. Access Levels allows
permission groups to be established.
The Event Management screen allows a
range of system events to be selected, either
as live system events or as notifiable alarms.
These can be linked with alarms.
Finally, the Reports menu allows
customisable reports to be generated,
enabling users to quickly create audit trails or
data for muster lists, along with a host of
other reports.
56

INNOVATION FOCUS
HGH Cyclope Hypervisor
An increasing number of high
risk sites are seeking the
earliest possible warning of
intrusion. Where sites cover
large areas with lengthy
perimeters, the complexity of
solutions can be an issue.
HGH offers CYCLOPE
Hypervisor, a GUI designed to
simplify the management of
more advanced solutions.
With the evolving threat landscape
faced by many commercial and
industrial sites, the concept of wide
area surveillance has never been more critical.
If large and open sites are at risk of multiple
intrusions, it is important security teams and
the relevant authorities are alerted as quickly
as possible. Often, an early warning is the
best way to ensure effective actions are taken.
Sites which represent significant challenges
for integrators and installers include critical
infrastructure sites, prisons, ports and
maritime facilities, airports and airfields,
remote utility plants, border areas, etc.. The
combination of large areas and lengthy
perimeters makes protection costly and
difficult to implement.
HGH Infrared Systems offers the Spynel
range of 360 degree infrared sensors, and
these make use of CYCLOPE automatic
detection software. CYCLOPE Hypervisor is a
GUI enabling remote management and
supervision of devices from a single operatorfriendly
display.
CYCLOPE Hypervisor makes use of the
functionality inherent in the CYCLOPE
intrusion detection software provided with the
SPYNEL 360-degree IR security cameras.
Offering management for distributed sites,
CYCLOPE Hypervisor centralises data from the
security sensors over a network to offer a
global geolocation-based interface.
CYCLOPE Hypervisor is ideal for use in large
critical infrastructure applications with
complex security architecture, including if
multiple Spynel sensors are located on one or
several sites.
All detected threats are listed and shown
with geolocation data on maps, displayed on
a single screen. By merging relevant
information from various devices, the GUI
enables early warning of security breaches for
faster and more effective reactions.
Collected information includes geolocation
data related to threats and connected sensors
on vector smart maps. This assists remote
operators who may not be familiar with all
sites. Each map can be centered on a selected
Spynel sensor, ensuring a focus can be
maintained on areas of interest.
Data is displayed in a tabular format, listing
the recent detected events with information
such as the incident ID, location and a timestamp.
Threats can include infrared
thumbnails of activity.
Bookmarks can be created, enabling rapid
investigations of relevant data. Incident
information can be filtered, and targets and
field devices are shown on the map. Operators
can configure audible alerts based upon
predefined detection criteria.
CYCLOPE Hypervisor delivers 360-degree
surveillance without dead zones, enabling
situational awareness.
CYCLOPE Hypervisor can be used with the
range of Spynel sensors. The Spynel X has a
detection range of eight kilometres and offers
360 degree coverage. The Spynel-S offers
panoramic coverage, with a detection range of
six kilometres. The Spynel-C sensor has an
image resolution of 12 megapixels, and
delivers full panoramic coverage. The Spynel-
U features a range of two and one half
kilometres. A panoramic video camera can be
fitted as an optional extra. Finally, the Spynel-
M is a cost-effective panoramic option with a
detection range of 700 metres.
57

INNOVATION FOCUS
3xLOGIC Vigil VMS
The VMS is a cornerstone of
smart security solutions, and
despite the roots of the
software being video
surveillance, today’s
packages can manage the
whole range of security
technologies. Vigil from
3xLOGIC combines VMS and
access control to deliver
added value for users.
The flexibility and scalability of VMS
software has been proven, and the fact
that the vast majority of foward-thinking
integrators and installers are using the
technology as the basis of bespoke and smart
solutions speaks volumes about the power it
can deliver.
Where once security technology was
restricted in terms of potential due to
hardware-based technological limitations,
today the industry is capable of delivering
solutions which not only protect businesses
and organisations, but also make their
operations more efficient and help them
reduce waste and enforce compliance.
VMS is considered a video-specific offering
(the V does stand for Video) but today, VMS is
a misnomer. While the software does offer
video management, that is one part of the
functionality available from these systems.
VMS systems offer flexibility and scalability,
allowing smart functionality and advanced
alarm management to be supported.
VMS packages allow integration with access
control, alarm and detection equipment, plus
a whole host of business intelligence and IoT
sensors and solutions.
One example is Vigil from 3xLOGIC, which
combines video management with access
control functionality. 3xLOGIC has made Vigil
available in the UK and Europe. Vigil is an
enterprise grade VMS which is linked with the
manufacturer’s range of NVRs and PoEenabled
cameras. To simplify installation, the
VMS uses wizard-based guides to define
network parameters, system identification
information and camera profiles.
There is an increasing demand from
businesses for integrated VMS and access
control. Recognising this trend, Vigil can be
integrated with 3xLOGIC’s Infinias access
control system, which has been designed to
be easily scalable.
Connections between the Vigil and Infinias
are wireless. System configuration is carried
out through the software with a cloud-based
programming tool. Video is automatically
linked with access events and alarms.
The combined technologies offer a high
level of functionality. A result of its intuitive
set-up process is reduced technical resources.
As a result, Vigil opens up a new revenue
stream for integrators and installers who work
with small to medium-sized enterprises.
Vigil enables users to monitor server
connectivity, camera status, storage details
and server settings, and the RapidStream
technology and SubStream motion detection
functionality ensures high resolution video
streams with reduced bandwidth demands.
Users can identify points of interest within
recorded streams by creating a SmartSearch
mask. Data can be archived automatically.
The Infinias range includes Infinias CLOUD,
a cloud-based management application,
delivering security features to enable
seamless management. Scalable to manage
anything from single door control to campuswide
installations, Infinias CLOUD is designed
to deliver flexible security.
58

INNOVATION FOCUS
Reconeyez PIR Cameras
As wireless connectivity and cloud service
provision grows in other commercial
sectors, so end users in the security
market are seeking simple-to-deploy, flexible
solutions to their risk-based problems.
Whether seeking protection for temporary
threats or in locations which lack essential
infrastructure, the appetite for batterypowered
cloud-connected systems is evident.
Reconeyez is launching into the security
market with a battery-powered alarm system
that provides video verification. Claimed to
provide a new high quality and flexible
solution for outdoor security applications, the
company has stated it places a particular
emphasis on mobile and temporary security,
as well as permanent outdoor-based asset
and infrastructure protection.
The new PIR with integral camera delivers a
standalone system. It has been designed to
be used where there is no available mains
power, as the PIR cameras work with a
battery-powered 2G/3G/4G bridge to send
alarms and images back to a control room.
These can then be used for visual verification
purposes.
Some of the key features of the standalone
system include high quality images streamed
from the PIR cameras. The devices make use
of integrated Artificial Intelligence (AI) to
reduce false alarms and differentiate between
target objects. The devices makes use of
predefined image classification categories,
and only flag footage as an alarm event if the
images contain people, cars, trucks, bicycles
or buses.
The detection range is quoted as being up
to 35 metres.
The wireless transmission is carried out
over a proprietary mesh network which the
manufacturer states improves radio
communications between the PIR cameras
and the transmission bridge. Making use of
Cloud-based alarm monitoring and
maintenance software, the devices can have
optional integration into other software
platforms.
Battery life is quoted as 400 days or up to
50,000 events.
The PIR Cameras incorporate separate
camera sensors for day and night image
capture, with a bank of IR illuminators to
provide high image quality regardless of the
ambient illumination levels.
Verification of alarms is increasingly demanded by
end users, and as such integrators and installers
can secure more contracts by delivering a simple
but effective system to meet those needs.
Reconeyez is a new name in the security sector and
is seeking to provide a system that assists in terms
of visual verification of alarm incidents.
Reconeyez is promoting the PIR cameras as
being installable in two minutes. The
manufacturer states integrators and installers
simply need to insert the battery and the
system starts to monitor the protected area.
As devices use proprietary low power mesh
technology, this simplifies the installation
process.
Estonian-based Reconeyez’s parent
company, Defendec, has been supplying the
same technology since 2009, with
deployments in 24 countries.
59

ARTIFICIAL INTELLIGENCE
The Importance of GPUs for
Artificial Intelligence
The benefits on offer from Artifical Intelligence,
Machine Learning and Deep Learning are
numerous, but performance is often dependent
upon the use of suitable hardware. Using GPUs
(graphics processing units) is increasingly common,
with many hardware providers offering devices with
enhanced processing, and the chipsets can also be
added to legacy systems. What is a GPU, and why
do they matter?
For many integrators and installers, the
developments being made in Artifical
Intelligence, Machine Learning and Deep
Learning enable the creation of ever more
innovative and bespoke solutions. The
potential is limitless, and as processing power
increases further (as it inevitably will), the
opportunities which will be opened up by
these technologies can only increase.
Faster computational speed and resources
equates to the ability to run more processes
and algorithms simultaneously, which in turn
enables the creation of more ‘intelligent’
systems. However, smart systems only make
sense – and appeal to customers – if they
have a convincing use-case. Without a
demand from businesses and organisations,
the best technologies will not impact on the
security solutions market.
The technologies in question will
predominantly be added into products and
systems at the manufacturing level.
Integrators and installers are unlikely to ever
have to work with the coding or processors on
offer. Their challenge is to understand the
benefits on offer, and to sell those to the end
user.
Sadly, simply stating that a system uses
Artifical Intelligence or Deep Learning isn’t
going to persuade an end user to increase
their budget, as these generic terms mean
little to them. As with most emerging
technologies, the real-world benefits which
can be realised for businesses and
60

ARTIFICIAL INTELLIGENCE
organisations are what will excite the
mainstream market-place.
End users won’t buy AI or Deep Learning
because it’s something ‘new’. The benefits are
what the customer will pay for. However, this
does not mean integrators and installers
should not bother about gaining an
understanding of how the technologies work
in harmony with appropriate hardware.
Indeed, a level of knowledge is important to
ensure that benefits and features are not
under-utilised or oversold.
Which technology?
To understand why GPUs are important, it is
worth considering the various technologies.
Often the terms Artifical Intelligence, Machine
Learning and Deep Learning will be used
interchangeably. Whilst the technologies are
linked, they are different.
Artifical Intelligence (AI) is the overarching
technology. Both Machine Learning and Deep
Learning are part of the AI landscape. AI
seems to have risen to prominence in recent
years, but the pursuit of AI has been on-going
since the 1950s.
AI is simply the delivery of systems and
solutions which can apply intelligence to a
problem. That sounds vague, because it is!
The clearest definition of AI is where a
machine uses all available and relevant data
to maximise its chances of success in a given
task. By using reasoning and probability, AI
allows a machine, system or solution to
participate in the decision making.
AI relies on the system ‘learning’ about its
environment and the various actions which
take place, either normally or as a part of
‘exceptional’ activity. There are two main
types of learning associated with AI: Machine
Learning and Deep Learning.
Machine Learning is very common in the IT
world, and many systems are based upon this
approach. Machine Learning is used by social
media, search engines, on-line services and
data management systems. It works by
running data through a variety of algorithms
and uses the results to ‘predict’ things in a
given environment.
Deep Learning is superior to Machine
Learning, and uses numerous layers of
algorithms (which is where the ‘deep’
reference comes from). It can understand an
environment and make decisions based upon
what it has learned.
A good way of understanding the difference
between the two is that Machine Learning
systems will search through millions of
options to quickly find a solution in a given
environment, based upon what it has been
programmed to do. Deep Learning systems
will use gained knowledge and experience to
61

ARTIFICIAL INTELLIGENCE
understand the environment, and will filter
past events to decide how to act accordingly.
It is important to realise both processes
require a high level of computational power.
Machine Learning involves a high degree of
searching and filtering, and Deep Learning
runs multiple processes, simultaneously, to
ensure it ‘understands’ the status data from a
given site or system.
Not only does the hardware require the
capacity to manage these computational
tasks, but it also needs to ensure it has the
processing power to carry out everyday tasks
too: video processing, data recording and
searches, access control transactions, alarm
and event handling, etc..
The cost-effective way of delivering such
performance is via hardware acceleration. This
is a process whereby the server ‘offsets’ some
of the tasks to additional hardware elements,
thus freeing up its core resources to other
tasks. GPUs are well suited to this role and
ensure the CPU (central processing unit)
manages a reduced workload.
CPUs and GPUs
The CPU has, for a long time, been the driving
force in servers and PCs. Over the years, CPU
performances have increased, and while that
does mean today’s servers have higher
performance levels, the workload we expect
them to manage has also increased
significantly.
If you consider video, the servers of the
past managed PAL video streams with much
lower resolutions than is standard today.
However, in order to ensure the video footage
wasn’t degraded by limitations in the
hardware, the streams were often forced to
limited frame rates, or quality was restricted
by a bitrate overhead.
Because the cameras were only used for
security surveillance, the numbers of devices
were often kept to a bare minimum, and
additional processing was typically limited to
motion detection.
Despite these elements resulting a low load
on the server hardware, restrictions were
required to ensure consistent performance.
Since then, processing capabilities have
increased and modern servers provide a lot
more power in terms of processing. However,
HD1080p has become the de facto standard
for video, and the increased use of 4K UHD,
multi-megapixel and 360 degree video has
further impacted on loads. Increasingly,
cameras are being deployed with higher levels
of IVA, adding to the work a server must do.
Video is used not only for security, but also
for safety, site management, traffic control,
process management, etc.. The result of this
is increased camera counts, which in turn
creates more video data. Additionally, these
higher numbers of cameras are using
advanced video analytics in order to automate
management tasks, which again increases the
load on the server’s processing capacity.
Mobile viewing is another task which has
grown significantly in popularity. However, it
also can create a lot of processing load, as
video inevitably needs to be transcoded to
make it suitable for remote viewing. In some
systems, mobile viewing can have such an
impact that essential core services become
unstable or fail, compromising on the
credibility of the entire security solution. By
offsetting much of this processing work,
modern systems remain stable and efficient.
The emphasis placed on GPUs needs to be
considered in a balanced way. While it is true
they offer a remedy to systems which might
otherwise grind to a halt, the CPU remains
very important to a server’s suitability for
security use.
The CPU contains millions of transistors
which perform a variety of calculations.
Standard CPUs have up to four processing
cores. The benefit of CPUs is that they can
carry out a huge range of tasks, very quickly.
The GPU is more specialised, and is
designed to display graphics and carry out
specific computational tasks. GPUs have a
lower clock speed than CPUs, but have
significantly more processing cores. This
allows it to carry out mathematical operations
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ARTIFICIAL INTELLIGENCE
over and over again. The processing cores run
simultaneously, making it ideal for handling
repetitive tasks.
GPUs might lack the diverse abilities of a
CPU, but they make up for it in terms of
speed. A CPU can perform up to four
computations per clock cycle, while a GPU can
perform thousands.
GPUs were designed for 3D game rendering,
but the performance can harnessed to
accelerate computational workloads. A GPU
can manage huge batches of data, performing
basic operations very quickly. NVIDIA, the
leading manufacturer of GPUs, states the
ability to process thousands of threads can
accelerate software by 100x over a CPU alone.
GPUs excel in carrying out multimedia
tasks: transcoding video, image recognition,
pattern matching, content analysis, etc..
These are therefore tasks which are better
passed to the GPU than managed by the CPU.
While much of this might sound like the
GPU has arrived just in time to save the
struggling CPU, the reality is that GPUs have
nowhere near the flexibility of CPUs. Indeed,
they were never designed as a replacement.
The best value in terms of system
performance, price, and power comes from a
combination of CPUs with GPUs. Indeed, many
of the tasks which a GPU carries out are done
because the CPU makes the decision to hand
them over. Some explanations of the
difference between CPUs and GPUs neglects
to point out that with CPUs, most hardware
would be very limited. The two types of
processors co-exist in order to ensure optimal
performance in an advanced hardware set-up,
and matching the two components is best left
to the experts.
A legacy option?
Is there any option of an upgrade if an end
user has invested in hardware for their
security project, but because there was no
need at the time, hadn’t allowed for the
introduction of GPUs to accelerate
performance? There is, but caution is
required.
It’s already been mentioned that GPUs were
designed for the gaming industry, where the
ability to render accurate high-quality
graphics is necessary. Serious gamers have,
for many years, invested heavily in high
performance PCs, and as the performance of
games increased, so the upgrades market
also blossomed.
The most common way to add GPUs to PCs
was via graphics cards. These simple PCI
cards can be added to hardware, boosting
graphics performance. The same is true of
security servers. By adding an upgraded
graphics card, the GPU performance can be
used for hardware acceleration. Implementing
this is usually very easy. Many VMS of other
software packages include a simple ‘use
hardware acceleration’ tick box.
If adding a GPU via a graphics card is very
simple, and switching on hardware
acceleration is often a case of simply checking
a box in a menu, why do integrators and
installers need to exercise caution if going
down the route of upgrading a legacy server?
The answer is one of expectations. If a
system is lagging when under load, it stands
to reason that deploying a GPU upgrade will
boost performance, and it probably will.
However, the question mark is over how much
it will boost the performance by.
Any enhancements can be affected by other
hardware components. For example, if the
CPU is extremely overloaded, not because the
system is throwing too much work at it but
because it is woefully inadequate for the job,
then adding a GPU might not make a
significant difference, because the CPU will
still be struggling. If memory limitations are
causing issues, then adding a GPU might not
have a significant result.
CPUs and GPUs work together and rely on
other hardware components too. If the various
elements are mismatched, the benefits of
GPUs might not be obvious.
In summary
AI, Machine Learning and Deep Learning are in
their infancy in security, but the technologies
promise much. The important point for
integrators and installers is to ensure they
have the right hardware to cope with the high
workload.
64

INNOVATION AWARDS
Rewarding Innovation
INNOVATION
AWARDS 2019
At Benchmark, we passionately believe that the
future of the electronic security sector lies in the
creation of innovative and smart solutions. In order
to allow installers and integrators to create such
solutions, it is vital that manufacturers deliver
innovation that both enhances the technological
capabilities of their products, and allows those
developments to be implemented in a realistic
fashion. In order to highlight such advances,
Benchmark runs its Innovation Awards scheme,
which recognises and rewards innovative thinking.
Here we highlight the finalists in the 2019
Benchmark Innovation Awards.
The security industry has never before
enjoyed the sheer breadth of
technological options that it does today.
The security systems market is advancing on a
daily basis, and alongside developments from
security innovators we can also benefit from
the constant advancements being made in the
IT, communications, AV and consumer sectors.
The impact of these innovations is immediate,
and we can leverage what is on offer as and
when they happen. In short, innovation has
become our watchword.
As advances in technology deliver ever
greater levels of functionality, so the ability to
integrate security elements increases. This is
further added to by interoperability with other
functions such as business intelligence and
smart management. The result is that security
systems offer a more valued proposition for
all concerned, bringing together enhanced
security with truly beneficial solutions.
Through on-going innovation, and by
embracing the new and emerging
technologies, manufacturers can assist
installers and integrators who wish to adopt a
more holistic approach to system design. This
allows the solutions to encompass the
inherent flexibility that new technologies
offer.
Defining innovation
The Benchmark Innovation Awards scheme
recognises and rewards innovations which
deliver real benefits to installers, integrators
and end users.
Innovations must bring value; it’s not
enough for a manufacturer to add features
simply to expand a list of functions. If there is
no tangible benefit for installers and
integrators, or their customers, developments
cannot be considered as innovative!
Devices or systems must either deliver a
new concept or different approach which is
both effective and realistic, or should include
a specific feature or function which ranks as
innovative.
Also, with an increasing focus on
integration and interoperability, devices or
software which add functionality and bring
together other established systems are
coming to the fore.
Innovation is the lifeblood of the security
systems sector, and is vital for a credible and
profitable future.
66

INNOVATION AWARDS
Video Hardware
FLIR: Saros
DH-390
FLIR’s Saros
dome cameras
include patented
and patentpending
technologies to
deliver accurate,
actionable alerts,
and verified
alarm data for
outdoor
commercial perimeters. The cameras integrate multiple
technologies in one device, including two thermal sensors
supported by onboard analytics, plus the choice of an
HD1080p or 4K UHD video camera, IR and visible LED
illuminators, two-way audio and digital input/outputs. The DH-
390 features a thermal resolution of 320 x 120 with a 90-
degree field-of-view.
Hikvision: Thermal Smart Linkage Tracking
Hikvision’s Thermal Smart Linkage Tracking Systems makes
use of a single fixed thermal imaging camera and a videobased
PTZ camera. The PTZ camera uses smart processing to
track multiple moving targets, triggered by the fixed thermal
camera which delivers an overview of the protected area. There
are a number of models with differing detection ranges.
Edesix: VB-300
The VB-300 series of body-worn cameras are WiFi-enabled
devices. With a 130 degree horizontal field of view, day/night
recording capability, RFID touch-assign enabled and integrated
pre-record functionality, the VideoBadges can record footage of
ongoing incidents. Video and audio footage is kept securely on
the camera with no removable media card, and is encrypted.
Hanwha Techwin: Wisenet XNP-6550RH
The Wisenet XNP-6550RH PTZ camera features a 55x optical
zoom, gyro sensing for accurate stabilisation, optical Defog and
integral IR LEDs with an effective range of up to 500 metres. The
optical Defog uses an optical low pass filter which accepts a
higher light range in front of the camera’s image sensor in order to
reduce the influence of fog. Other features include adaptive IR
technology, auto-tracking, integral video analytics, dynamic
streaming and dual SD/SDHC/SDXC memory slots.
IDIS: Super Fisheye 5MP Compact
The Super Fisheye 5MP Compact camera (DC-Y6513RX) is a
compact 360 degree camera designed for wide area protection
applications. Features include Smart UX Controls for high
accuracy and ease-of-use, smooth de-warping on the camera
as well as on desktop applications, protection against video
loss via built-in Smart Failover technology, and an intelligent
codec. Intelligent video and event trigger functions utilise
motion detection, active tampering and trip zones.
Video Software
Milestone: XProtect+ 2019
XProtect+ 2019 extends the usability of the Smart Client, with
support for one- and two-way audio in the Mobile and Web
clients. This includes communication directly from a phone
with the Push-To-Talk function. All software packages in the
XProtect+ range include Milestone’s Rules Engine, support for
H.265 video formats, hardware-accelerated video decoding,
centralised management and Active Directory support.
Bosch: BVMS Pro 9
BVMS Professional provides seamless management of digital
video, audio and data. The network-based system offers
optimum results with Bosch devices, leveraging the proprietary
capabilities of the cameras and recording solutions. The
system is equipped with embedded resilience, allowing day-today
operations to continue should the management server or
recording servers fail. Edge-based video content analysis and
advanced recording technology reduce the cost of ownership.
Johnson Controls: TrickleStor
The VideoEdge TrickleStor feature provides an integrated
camera-NVR connectivity solution protecting against video loss
by recording video locally . By recording directly onto SD cards
when a connectivity failure to the VideoEdge NVR takes place,
video is protected. TrickleStor automates the process of media
database repair, reducing the risks when a network
communication failure event occurs.
Mobotix: Mx6 Second Generation Platform
MOBOTIX offer its second generation Mx6 camera line with a
new platform that includes the integrated MxBus functionality.
The MxBus technology is based on an extended camera board.
This two-wire cable system is encrypted against cyberattacks
and expands camera functions by including practical additional
modules such as the MX-GPS-Box, a reliable time server for a
complete video system. Mx6 cameras without MxBus can also
process and use the data from an MxBus module connected to
a camera within the same network.
IPS: VideoManager 3D VMS
VideoManager VMS makes use of 3D technology, which
enhances the management suite’s operational feature-set.
The software’s 3D technology automates tracking and camera
handover, meaning operators can follow suspects without a
need to manually control PTZ-enabled cameras. The cameras
automatically use IVA to track suspects, and if the target
moves from one
camera’s protected
area to another, the
system automatically
hands over.
VideoManager includes
VMD and sabotage
detection, and IPS
intelligent video
analytics can be added
via licence upgrades.
67

INNOVATION AWARDS
Access Control Hardware
Paxton: PaxLock Pro
PaxLock Pro is Paxton’s third generation of electronic door
handle, offering a robust, wireless and aesthetically pleasing
product suitable for a wide range of sites. It can be installed to
operate as part of a networked access control system or as a
standalone device. It is available in two options for internal
and external facing doors. Simple to install, it is compatible
with DIN standard locks so replacement of an existing door
handle creates minimal disruption.
Nortech: FeeMaster Smart Range
The FeeMaster Smart system provides a simple, cost effective
means of managing revenue collection while simultaneously
controlling short-stay, long-stay and seasonal parking access.
The FeeMaster system is also ideal for controlling access for
staff, long stay and seasonal parkers due to the ability to
validate smart cards for any given duration of time.
Pacom: 8003 Controller
The 8003 controller is an intelligent IP-enabled hybrid
controller that provides flexible intrusion detection and access
control for up to eight doors. As an access control device, the
8003 can support up to 8 doors, each with an IN and OUT
reader, enabling anti-passback. The 8003 controller can
operate standalone for smaller or remote environments or can
be easily incorporated as part of a fully integrated access
control system for larger buildings or multi-site applications.
Comelit: VIP Mini HF WiFi
The VIP Mini HF WiFi features an integral WiFi port and gateway
for forwarding video entry phone calls to smartphones and
tablets running the Comelit app. All functions and
programming can be performed from a graphic menu, using
eight soft-touch keys. The unit is powered by PoE, and includes
an induction loop with T position for users of hearing aids.
ASSA Abloy: Aperio H100
The H100 door handle offers integration with a number of
third-party systems. Available in online and offline versions, it
can be retrofitted without drilling for doors with a thickness of
30–80mm. The H100 is battery-operated and supports iCLASS,
Mifare, Mifare Plus, Desfire SE and EV1 card technologies.
Access Control Software
Vanderbilt: ACT Enterprise
The latest release of ACT Enterprise includes a number of
updates to enhance the solution. To help with integration, ACT
Enterprise integrates seamlessly with the company’s SPC
intrusion system. ACT Enterprise is also supported by intuitive
smartphone apps delivering real-time monitoring, system
management and user administration. To facilitate smart
functionality, one of the headline additions is rules mapping,
allowing triggers to implement actions.
Qognify: Qognify ACI
Access Control Insights (ACI) is designed to analyse access
control system data to deliver operational insights, detecting
abnormal behaviours and identifying critical events.Utilising
machine learning data analytics, Qognify ACI detects unusual
card holder activities associated with potential fraud, theft or
other risks, alerting the system operator of threats. All
functionality is delivered without changing legacy access
control systems.
Evva: Xesar 3.0
The Xesar system is an innovative electronic access system
which is fully scalable, allowing use in residential
developments, educational facilities and office buildings. Xesar
can be simply and securely managed, either from within a
locally installed network or via the cloud. The Xesar system can
be created from a number of modules. These include cylinders,
escutcheons, readers, door handles, cam locks and padlocks.
BQT Solutions: Net2 Integration
BQT offers a software integration between its miPASS Access
TMS software and Paxton’s Net2 access control software. The
integration enables the seamless addition of BQT biometric
readers to new or legacy Net2 systems, facilitating a smooth
transition from less secure card technologies to more robust
options like fingerprint biometrics and BQT’s own miPASS
credentials.
TDSi: GARDiS
GARDiS access control management software boasts ease of
installation across a number of Windows versions, with a
graphical user-friendly interface developed specifically to
accommodate the needs of a wide variety of users. The
software’s installation wizard reduces complexity during the
set-up. GARDiS is a
web-based
application which
runs as a service.
This ensures that is
always operational.
The software will be
enhanced with a
selection of
hardware products
designed to fully
integrate with Cloudhosted
security
solutions.
68

INNOVATION AWARDS
Site Protection Hardware
Takex: PIR-
T40NAM
The PIR-T40NAM is
a long-range
external PIR with a
maximum range of
40 metres. The
sensor boasts four
selectable
operational modes
which allow
flexibility when it
comes to
positioning the unit.
With a mounting
height range of
between two and six
metres, it allows freedom when finalising device locations. The
PIR-T40NAM delivers vertical curtain protection. Other
headline features include triple mirror optics and intelligent
signal processing.
OPTEX: OPTEX Bridge powered by CHeKT
The OPTEX Bridge powered by CHeKT combines remotely
monitored intruder alarm systems and ONVIF cameras to
create a visual verification platform. The solution has been
developed to be compatible with most intruder alarm systems,
and any ONVIF camera, as well as being integrated with most
ARCs’ monitoring software platforms. The Cloud hosted
platform allows collaboration between the ARCs and the users
by sharing video clips to confirm alarms.
SICK: Visionary-T DT Sensor
The Visionary-T DT sensor is a configurable, plug-and-play 3D
detection sensor. The device makes use of single-snapshot
Time of Flight technology for a range of detection, notification
and security applications. The sensor uses integral image
processing, ensuring it can be added to installations without
additional IT-based infrastructure.
InnoSent: iSYS-5021 with Tracker
The iSYS-5021 is a 24GHz radar system. InnoSent has
developed it with the aim of fusing together radar and
cameras. The integrated Smart Tracker detects multiple
moving objects within the detection area. It combines radar
detections with tracked data and allows the anonymous
monitoring of relevant events. The targets are recorded even if
a person stops moving, changes postures or starts crawling.
Raytec: Urban-X
Urban-X is a range of high-performance general area
luminaires designed for industrial applications. Urban-X
delivers several performance advantages compared to
traditional lighting, such as a lumen output up to 14,000lm.
The range achieves powerful illumination through the use of
Platinum SMT LED technology. High thermal performance
ensures the luminaires run cool, providing long-life.
Site Protection Software
BT Redcare: Redcare Ultimate
Ultimate is claimed to be BT Redcare’s best alarm signalling
system yet, suitable for every level of risk. It uses a private IP
connection on the Redcare network, backed up by two 4G
SIMs. Resilience is ensured as the panel includes battery backup.
Real-time monitoring means any problems with the
connection can be notified in 90 seconds. The service can
deliver alarm and fire signalling, as well as monitoring of
business elements.
Pyronix: ProControl+
Pyronix has added voice push notifications to both the iOS and
Android versions of the ProControl+ app. When an alarm
occurs, if the system is set or unset, or if an event is triggered
by any life safety devices integrated with the system, the user
receives a voice push notification. The feature adds value
without any additional cost. When combined with cameras for
video verification, users can also see what is happening.
Teleste: S-AWARE
S-AWARE provides users with a smart platform to centralise
system information and manage daily operations. Data from
various sources can be collected, identified, analysed and
distributed in a single, easy-to-use, web-based graphical user
interface. S-AWARE can be deployed as a standalone product,
or integrated with Teleste’s S-VMX video management
solution. It stores and records information from all system
components and tracks events to generate reports for analysis.
Reconeyez: Video Verification System
Reconeyez offers a battery-powered alarm system with video
verification, providing a flexible solution for outdoor security,
with a particular emphasis on mobile/temporary security. The
standalone system can be used where there is no mains power
and the PIR-managed cameras work with a battery-powered
2G/3G/4G bridge to send alarms and images back to a control
room for verification purposes.
Texecom: Texecom Cloud
Texecom Cloud delivers enhanced system management
options to integrators and installers. The cloud platform
enhances day-to-day remote management. Benefits include
remote maintenance and healthchecks across the full portfolio
of systems, remote access to systems via any web-connected
device, access management, reduction in time of on-site
configurations, flexible reporting and a number of additional
benefits which enable additional value and add-on services.
69

INNOVATION AWARDS
Intelligent Systems
Business Intelligence
Herta: BioFinder
BioFinder makes it possible to search for a specific subject,
through facial recognition, in one or various recorded videos.
By working with GPU architecture, it processes all the images
at a high speed, making it possible to locate a specific subject
more rapidly. BioFinder delivers forensic analysis and the
classification of information.
Avigilon: AI Appliance
The AI Appliance adds patented Avigilon self-learning video
analytics and Appearance Search technology to almost any IP
camera. When connected to Avigilon Control Center (ACC)
software, integrators and installers can create powerful AIbased
solutions, with automatic alerts of potentially critical
events and the ability to search for and locate a person or
vehicle of interest across an entire site.
Axis: AXIS Guard Suite
AXIS Guard Suite encompasses motion, intrusion and loitering
analytics for Axis network video products. It detect threats and
instigates configured actions. The analytics are suitable for use
in a range of locations. The analytics can be used with Axis
network video products running firmware 7.x or higher. They
are available at no extra cost for Axis Q-line products and at a
low cost for other compatible products. The applications
support multiple profiles, allowing trigger settings for different
times of day.
Davantis: Daview Mini
Daview Mini offers a comprehensive security solution for small
sites, centralising video analytics and alarm verification,
enabling system operators to take immediate action. The
appliance is quick and easy to install and features intuitive
software. The system is compatible with devices using the
ONVIF protocol. The appliance features relays for activating
external devices, and perimeter protection is enhanced thanks
to a SmartWalk function which aids configuration.
Genetec: Streamvault Appliances
Streamvault is a complete line of secure, ready-to-deploy
security infrastructure solutions designed to help integrators
and installers design a system that meets project
requirements. With Security Center, the Genetec VMS product,
pre-loaded, Streamvault appliances simplify deployment and
maintenance, and unify a site’s security operations.
Briefcam: Briefcam Protect
BriefCam’s video content analytics platform adds value to
video surveillance system investments by making captured
video searchable, actionable and quantifiable. Using a fusion
of computer vision technologies, together with patented Video
Synopsis technology, Briefcam enables video system operators
to review hours of video in minutes, rapidly identifying people
and objects of interest. The software provides robust
detection, classification and recognition.
A.I. Tech: AI-PARKING-DEEP
AI-PARKING-DEEP is a video analytics solution for parking
management. Using deep learning techniques, it is able to
analyse car parks, including indoor and outdoor areas, to
assess if spaces are empty or occupied. The solution is aimed
at parking management, and delivers occupancy rates for
parking areas. It can operate in enclosed spaces or on streets,
and can inform users about parking spaces.
Allgovision: Flow Map
The Allgovision analytics packages offer a diverse number of
modules, including a host of business intelligence options. The
AGV-VA-FLOW module implement flow mapping, allowing
footfall traffic is a surveyed area to be quickly and easily
mapped. The analytics module produces a movement trend
map which highlights the percentage split for various
movement paths taken by people in the monitored zone, over a
defined time period.
Anyvision: Better Tomorrow Platform
Better Tomorrow is a state-of-the-art platform that enables
one-to-many recognition on-demand. The platform can either
be based in the local premises or in the cloud. It can be used
for recognition of persons of interest, as well as recognition of
humans or other specified objects. Other features include heat
mapping. The technology can be applied across multiple sites,
and results can be filtered by adding variants as required.
SAST: IoT Platform
SAST offers a global platform for the next generation of
security cameras. It has been created to harness the potential
available from emerging innovative IP-based security cameras
and devices. With surveillance technologies being deployed
using internet connectivity and processing at the edge, the
increased use of next generation processing and advanced
video
compression
and stream
management
requires a new
approach. The
SAST IoT
platform is
designed for
edge-based
video analytics
as well as
business
applications.
70

Available colours:
White
Black
Internal or external version available
PaxLock Pro
Robust, Secure, Wireless Access Control
Designed in black or white, with anti-scratch coating to maintain a high quality
look and feel. PaxLock Pro is available for internal or external facing doors,
making it suitable for a range of buildings and applications.
Standalone
or Networked
Compatible with
DIN Locksets
IP55 Rated
for External Use
IK10
Impact Rated
5-Year
Guarantee
Full information:
paxton.info/3599
New and improved
Net2Air Bridge
• Improved aesthetics
• Enhanced, low profile design
• Easy to install

INNOVATION AWARDS
Infrastructure
Seagate: SkyHawk AI 14TB
SkyHawk AI HDDs are available in 14TB
variants and have been designed for use in AIcapable
surveillance systems. Traditional
SkyHawk drives are optimised for
predominantly write-based performance but
the AI models are configured for higher
workloads, such as the in-depth searching
and logging that AI-enabled systems perform.
The drives also include data protection
coverage as they are supplied with a two year
Rescue Data Recovery Services plan bundled
with every AI drive.
ComNet: CTS24+2
The CTS24+2 is a managed layer-2
commercial grade Ethernet transport system
and provides up to 24 ports of 10/100TX
Ethernet and two ports of 10/100/1000TX or
1000FX transmission. The CTS24+2 series
allows for flexibility in combining standard
copper, optical and extended distance
Ethernet in one device. Optional PoE supplies
of 400 or 720 Watts are available. Up to three
8-channel modules can be fitted to each
chassis: the modules are CAT5/6 10/100 Mbps
Ethernet, 100FX optical SFP, or CopperLine
Coax or UTP interfaces.
D-Link: DIS-700G
The DIS-700G Series Industrial Layer 2+
Gigabit managed switches are designed to
withstand temperature variations, vibrations
and shocks, making them ideal for security
applications. The rugged switches feature a
hardened design combined with high
availability network features which are vital
when considering surveillance and wireless
connectivity. The switches provide high
throughput and reduced response time which
is critical for security-based video, voice and
data applications.
NVT Phybridge: EC Extender Kit
The NVT Phybridge EC Extender solution is
designed to upgrade the downlink capabilities
of a standard Ethernet switch, delivering
10/100Mbps symmetrical (full duplex) data
and PoE over coax. The solution offers
enhanced range with distances of up to 1.2km.
IP-based IoT devices can be connected to the
existing coaxial infrastructure, delivering
optimal performance while saving costs and
time. Cost savings can enable system
designers to transfer budget and resources
towards higher-quality applications and
devices.
InfiNet: InfiLink 2x2
InfiLINK 2X2 is a point-to-point wireless
transmission solution, combining high-speed
capabilities of up to 280Mbps throughput,
with a range of features and benefits such as
leading-edge radio protocols providing
spectral efficiency and wireless transmissions
over long distances. The wireless solution can
be deployed to provide Ethernet extensions,
such as simple LAN-to-LAN connectivity,
between two locations where physical cabling
might be cost-prohibitive.
72

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The Paper will bring subscribers (including CEOs,
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