BenchmarkAugust2019

TECHNOLOGICAL INNOVATION & SMART SOLUTIONS
Smart Solutions: Enhanced Integrations
Technology: Video Cloud Services
12 to Try: Network Infrastructure
AI Developments: Business Use Cases
August 2019
BENCHMARK
Visual Verification
Does the OPTEX Bridge offer a cost-effective solution?
Tested: Mainstream VMS Software
Assessment: Dynamic Encoding

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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AUGUST 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 evolving technological landscape can be good
news for integrators and installers.
8 Test: VMS for Mainstream Sites (Part 2)
Benchmark looks at VMS packages which are
ideal for mainstream applications, with Axis
Communications’ AXIS Camera Manager and
XProtect from Milestone Systems.
15 SiX Event
For integrators and installers, the SiX event in
Manchester represents an opportunity to find out
more about new and emerging technologies.
17 Get Connected, Take Control
Service-based solutions offer the potential to earn
recurring revenue and deliver enhanced systems.
18 Innovation Focus
Benchmark takes a close look at the OPTEX
Bridge powered by CHeKT, which offers costeffective
visual verification.
20 Smart Solutions: Enhanced Integrations
Integrations offer power when creating bespoke
solutions, and a dedicated platform can add value.
22 Cloud-based Video Services
The time has come for integrators and installers
to reconsider cloud-based video services to
enhance their solutions.
26 Bulletin
New products and news of interest of integrators
and installers seeking to create smart solutions.
29 Time-of-Flight Detection
Time-of-Flight technology can be cost-effective,
and enhances detector catch performance.
30 Sign up for Benchmark E-News
Stay updated with the Benchmark E-News service
and keep informed about tests, assessments,
innovation and smart technologies.
32 Smart Technology: AI Trends
The focus of AI implementations is starting to
deliver some credible business use cases, making
the technology more viable.
35 Service-based Alarms
With end users seeking a more service-based
offering, can next generation intruder alarm
systems meet their needs?
38 12 To Try: Network Infrastructure
Benchmark looks at a dozen products and
services which will be of interest to those
delivering networked solutions.
44 Dynamic Encoding
Can dynamic encoding offer a credible solution to
bandwidth management?
50 Benchmark Innovation Awards 2019
The finalists for the 2019 awards are announced,
with a look at the various products.
58 Benchmark Online
Benchmark’s website is a valuable resource for
those seeking to deliver smart solutions.
20
28
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COMMENT
Editorial Comment...
During IFSEC, a number of interesting
conversations highlighted how the
relationship between integrators or
installers and their end user customers can be
enhanced thanks to emerging technologies
and changing working practices. Several
engineers explained how their business has
grown, simply due to the fact that customers
are increasingly receptive to proposals that
target their businesses or organisations.
For a lot of companies, the way they decide
on security budgets is formulaic. Their insurer
informs them the annual premiums will rise by
£X,000 unless they increase security, and that
figure then becomes the maximum they will
invest in systems or upgrades. There are
exceptions, but this scenario happens in a lot
of cases. Integrators and installers then bid,
knowing others will come in under that cost.
This gives the perception that end users only
care about price and are unwilling to pay the
price for a system which delivers more.
The integrators and installers I spoke to
faced a very similar situation. The potential
customer had a fixed budget and a general
idea of what they wanted to achieve. However,
it soon became clear that any system meeting
the budget would include compromises, yet
for a small amount more a credible and
effective solution could be put in place. It’s a
scenario many of you will be familiar with.
The four of five engineers I spoke to, all in
separate conversations, took a very similar
approach. Firstly, the put together a tender
which created a system within the customers’
budgets. Then they added another document
which outlined the compromises which had to
be made to meet the budget, and put forward
a second proposal which not only removed
those compromises, but also added extra
benefits of a non-security nature. The
proposal focused on the total cost of
ownership over the lifetime of the system, the
potential return on investment created by
efficiencies which the system could provide,
and the potential for future upgrades and
scalability should the need arise.
Interestingly, all presented different
additional benefits, based upon the needs of
There can be no denying the entire solutions-based
security industry is undergoing change. The
technological landscape is developing at a rapid
pace, communications, AI and processing are
creating opportunities, the end user is aware of
smart technologies and bespoke solutions are in
demand. Customers’ expectations are changing,
and that can only be a good thing.
the individual sites. One offered power
management, another monitoring of fridges
and freezers, and one proposed tracking of
company assets.
One integrator told me the facilities
manager at the site called him personally to
point out how the second proposal made
sense, and clearly illustrated why he would be
their choice for a trusted partner. The others
also reported a positive reaction from the
customer, with one actually being asked if
additional services could be added.
The bottom line is simple: all won contracts
at a higher value than the initial budget,
because they offered benefits the user could
understand, and which offered security and
business efficiencies.
The proposal focused on the total cost of ownership, the potential
return on investment created by business efficiencies, and the
potential for future upgrades and scalability should the need arise.
7

BENCHMARK TEST
TEST: VMS for Mainstream
Applications (Part 2)
Milestone: XProtect
Axis: AXIS Camera Station
AXIS Camera Station (ACS) is a VMS package from
Axis Communications. It is aimed at small- to
medium-sized applications and has been optimised
for use with Axis’ own cameras. However, it also supports a number of devices which utilise
ONVIF’s Profile S. This requires a higher licence level and compatibility might be limited in terms
of which camera features are supported by the VMS.
The GUI has been optimised for systems with lower camera counts. The VMS works with all
video resolutions up to 20 megapixels (including 4K UHD) and frame rates of up to 120fps.
Supported video formats include H.264 , H.265 and M-JPEG.
ACS is available pre-loaded onto appliances, or as a service-based subscription model.
The XProtect series of VMS software packages from Milestone Systems
range from an entry-level free-of-charge package right up to an enterpriselevel
edition for multiple sites. When considering packages for
mainstream applications, there are three main choices: Essential+,
Express+ and Professional+. There are Express and Professional versions,
but we’d expect those to be retired in the near future. The ‘+’ versions use
an enhanced code base which includes a number of benefits over the basic versions.
The Essential+ version is free of charge, but only supports 8 cameras on a single server.
Express+ supports up to 48 cameras on a single server, while Professional+ supports unlimited
cameras and unlimited servers. Unlimited users are supported via the free-of-charge Smart
Client on all versions.
The software is compatible with the majority of video formats including H.265, H.264, M-JPEG
and MPEG-4; it can also support 4K devices. The software supports a wide range of cameras,
encoders, I/O devices and other systems including access control.
All XProtect versions include an advanced rules engine for AND/OR programming, hardwarebased
acceleration for decoding, maps functionality and Microsoft Active Directory support.
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.
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 protection, 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
8

BENCHMARK TEST
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
compatibility. Many NVRs only support the
manufacturer’s own cameras and codecs,
sometimes along with a few models from a
limited number of partner companies. In some
cases, future firmware upgrades don’t support
new camera models from other
manufacturers, 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
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.
Axis: AXIS Camera Station
AXIS Camera Station (ACS) is a VMS package
from Axis Communications. It is aimed at
small- to medium-sized applications and has
been optimised for use with Axis’ own
cameras. However, it also supports a number
of devices which utilise ONVIF’s Profile S. This
requires a higher licence level and
compatibility might be limited in terms of
which camera features are supported by the
VMS.
The GUI has been optimised for systems
with lower camera counts. The VMS works
with all video resolutions up to 20 megapixels
(including 4K UHD) and frame rates of up to
120fps. Supported video formats include
H.264 , H.265 and M-JPEG.
The two licensing options are Core and
Universal. The Core licence allows the use of
devices from Axis Communications only. The
Universal licence is required if any third-party
devices are used. It is worth noting that ACS
used to be limited to 32 Core licences,
meaning a higher amount of Axis devices still
required the more expensive licence.
However, from version 5.17, this has been
changed. The VMS is also supported by AXIS
Site Designer, which simplifies the task of
specifying a system.
ACS is available pre-loaded onto
appliances, or as a service-based subscription
model.
9

BENCHMARK TEST
ACS is supplied as a single .exe file; the file
size is slender in comparison with some other
VMS packages, and this makes the download
and installation fast and simple. On starting
the installation wizard, the installation
executable file will check if the server
hardware has the required version of the .NET
framework. If it cannot detect the presence of
the appropriate version, the package will
install it automatically.
With the VMS installed, the software
searches for connected devices. The only
interaction needed is to apply the correct
passwords. Where multiple devices are added
together and all have the same secure
password, it is a simple task to apply the
entered password to all devices which do not
have a known password.
In reality, if you’ve set some base
configurations before attaching the cameras,
Axis’ secure password policy will have forced
a change from the default. It is possible to
change camera configurations from within the
VMS, but most installers will prefer to do this
via the camera interface.
Another option is to use the AXIS Site
Designer tool. While not part of this test, we
have seen a demo of the software and it
greatly simplifies the design and configuration
of the system. Config files can then be loaded
into ACS, making initial set-up a simple and
quick task. For many engineers looking to
implement Axis-specific solutions, it will be a
benefit.
The installation and discovery process is
very simple, as you’d expect with a
predominantly own-brand VMS. Working with
ONVIF devices doesn’t actually change the
process, but the Site Designer tool is Axis
specific.
Once the cameras are discovered and
authorised, adding them to the system gives a
choice of a quick configuration or using a Site
Designer configuration from the already
mentioned Site Designer tool. The quick
configuration option sets retention time,
recording storage and recording mode, which
allows the system to be up and running before
you fine-tine the configurations.
The GUI has menu options for Device,
Storage, Recording and Events, Client,
Connected Services, Server, Licenses and
Security. The layout has a clean, modern
design and is easy to follow. After some of the
established VMS packages which still have
their GUI design rooted in the days when
Windows Servers were considered the
pinnacle of software aesthetics, it’s a
refreshing look.
Much of the functionality of ACS will be selfexplanatory
for integrators and installers who
have worked with any VMS before. Playback
utilises timeline scrubbing, time and date
search and smart search options, and
recordings of interest can be locked to
prevent overwriting.
Alarms and events are managed by Action
Rules. These are simple relationships based
upon trigger events and subsequent actions
to manage incidents.
Implementing Action Rules is a simple way
to create advanced flexibility, allowing smart
control over several system attributes.
Action rules are created by specifying a
trigger event, a subsequent action and a
schedule period during which the rule is live.
Available triggers and actions are shown in
drop-down menus, making the process
relatively fool-proof. If, for example, a camera
has inputs and outputs, these are shown as
options. If it does not, the choice will not
appear in the menu.
ACS is an intuitive VMS, and all the
functionality is easy to access. While it does
favour Axis-only applications, the option is
there to add licensing for ONVIF devices. The
latest changes have elevated it in terms of
performance, but it remains an option best
suited to Axis-centric sites.
Milestone: XProtect
The XProtect series of VMS software packages
from Milestone Systems range from an entrylevel
free-of-charge package right up to an
enterprise-level edition for multiple sites.
When considering packages for mainstream
applications, there are three main choices:
Essential+, Express+ and Professional+. There
are Express and Professional versions, but
we’d expect those to be retired in the near
future. The ‘+’ versions use an enhanced code
base which includes a number of benefits over
the basic versions.
The Essential+ version is free of charge, but
only supports 8 cameras on a single server.
10

Save
the
Date...

BENCHMARK TEST
Express+ supports up to 48 cameras on a
single server, while Professional+ supports
unlimited cameras and unlimited servers.
Unlimited users are supported via the free-ofcharge
Smart Client on all versions.
The software is compatible with the
majority of video formats including H.265,
H.264, M-JPEG and MPEG-4; it can also
support 4K devices. The software supports a
wide range of cameras, encoders, I/O devices
and other systems including access control.
All XProtect versions include an advanced
rules engine for AND/OR programming,
hardware-based acceleration for decoding,
maps functionality and Microsoft Active
Directory support.
For the purposes of the test we are focusing
on XProtect Expert+, but much of the core
functionality is similar.
XProtect Expert+ software is supplied as a
single .exe file, which is downloaded from the
Milestone website. The file is pretty hefty,
because Milestone offers a single software
executable file which is used for all versions
of XProtect, including the enterprise variants.
Which version is installed depends on the
licence added at the start of the installation
process. The XProtect package does include a
copy of the Smart Client, but even with that
included the file is large.
You will need to ensure that the server has
the appropriate version of the Microsoft .NET
framework installed before adding Expert+.
This is a free Microsoft software package and
is simple to add; unlike many VMS packages,
the XProtect installer doesn’t add it, but
instead shows an error message and closes.
XProtect has never been the swiftest
installation for a VMS: it can take around 20
minutes to complete the install, but
it must be said aside from a few
basic selections at the start the
process is automatic.
The two main elements of XProtect
are the Management Client and the
Smart Client. There are other
elements such as the Mobile Client,
but the Management and Smart
Client are key to configuring the
system. The former is used by the
integrator or installers to set up and
configure the system, while the
latter is the user interface for day-today
operations. The Smart Client is
necessary for the engineer to view
feeds and check displays, etc..
Discovering devices is
straightforward, and is carried out
by adding hardware to the Recording
Server. Hardware is automatically
discovered; there is an option to update
authentication details. Individual devices can
also be added manually.
For some who are new to the Milestone
interface, the Management Client may seem
complex. It borrows it look from the treestructure
of Windows Servers. There are a lot
of options, but if configured one section at a
time it makes sense. Have no doubt about it,
XProtect is flexible, allowing a huge number of
parameters (including those of supported
cameras) to be adjusted from the VMS. It does
take longer than many other VMS software to
configure, but it’s hard to complain when the
functionality has a high degree of
adjustability.
Once you get used to the menu flow, you
start to appreciate just how engineer-friendly
XProtect is. A great example is how the
system deals with alarm events and
subsequent actions. This is done via Rules,
which make use of AND/OR logic. Trigger
events can be simple or complex, but all are
simple to set via drop-down menus and
clickable links. Not only are rules easy to
implement, but errors don’t happen as only
available functions for each device are shown.
Multiple triggers can be set, allowing events
to be filtered by a whole variety of criteria.
The Smart Client interface is intuitive and
simple to use, and does what is required with
regard to video management. At first glance it
may appear to be somewhat minimalist, but it
uses a number of contextual menus, and once
you become accustomed to how the menus
work there is a depth of easy-to-access
functionality and control on offer.
The Smart Client is very different to the
Management Client in terms of appearance,
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
and offers a sleek and modern HTML5-type
feel, echoing many user-facing software
packages. Performance is stable, and if you’re
viewing multiple high resolution streams, it’s
best to use hardware acceleration to ensure
smooth displays. Otherwise, there’s little to
fault with the interface.
XProtect works well. There aren’t any
features you’d need for a mainstream
application which are missing, it delivers a
high level of flexibility, and is a very robust
platform. During the test it didn’t miss a beat,
and delivered the advanced functionality you
will expect from a VMS solution.
BENCHMARK VERDICT
Axis: AXIS Camera Station
AXIS Camera Station (ACS) is unashamedly biased towards systems which use Axis devices,
and much of the functionality – such as support for Zipstream, Lightfinder and other Axis
technologies – is a benefit to those who’ve opted to use the cameras. Being aimed at small- to
medium-sized applications, and optimised for use in such applications, does make it stand
out from the crowd. It can be used with third party devices, but most integrators will select
ACS for the additional benefits, such as AXIS Site Designer. ACS has been well thought out,
and offers a high level of value. As such, it has to be given Recommended status, albeit with
the proviso there are better choices if you don’t have an estate of Axis devices.
Milestone: XProtect
The XProtect series of VMS software packages from Milestone Systems has pretty much
become the standard VMS against which all others are judged. It has flexibility in spades, the
performance is high and operation is reliable and as expected from a leading product. At the
enterprise end of the market, it’s consistently one of the outstanding VMS choices for
integrators looking to create a bespoke solution. For mainstream applications where less
bespoke functionality is required, the VMS is still impressive, and it’s hard to knock the
software, but some integrators and installers might find it overkill. Despite this, it does
elevate security system design and as such it has to ge given Recommended status.
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

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
15

ADVERTISEMENT FEATURE
Axis Communications IFSEC
Show highlights
Learn more at www.axis.com
With no shortage of headlines around the
globe in the last year that serve to
highlight the growing importance of
security, Axis welcomed the start of IFSEC
International in London. Kicking off the
exhibition were a number of exciting
announcements including new products,
partner initiatives and the launch of a Smart
Cities and Smart Buildings whitepaper that
demonstrates how Axis continues to innovate
for a smarter, safer world. The Axis Daily Report
captured on film the highlights of each day as it
unfolded, with discussions on topics ranging
from cybersecurity, sustainability, analytics and
the rise in cloud-based ‘as-a-service’ security
solutions.
Cybersecurity topped the agenda, with
cybersecurity expert Steve Kenny involved in
several speaker events including delivering a
keynote on the topic, being involved in a panel
debate on biometrics, while leading discussions
on the subject at the Axis-hosted consultants’
lunch. Visitors learned about what Axis is doing
to improve its cyber credentials, the importance
of a trusted supply chain and how security
accreditations, such as Cyber Essentials Plus,
demonstrate Axis’ ongoing commitment to
being the best it can be.
New product announcements were as much a
part of the fabric of IFSEC this year as years
past. Axis’s new 7th generation ARTPEC chip is
optimised for network video and delivering new
capabilities including better imaging, enhanced
security, powerful compression and the ability
to run analytics at the edge. Axis also launched
the Axis Camera Station System-as-a-Service,
an exciting opportunity to access the proven
video management software based on a
recurring monthly payment model. Also on the
stand was Axis’ range of integrated IP audio
solutions that add features including public
address, background music and scheduled
announcements to an existing surveillance
system.
Two of Axis’ partners had a presence on the
stand, with Morphean announcing its
technology partnership with Simons-Voss, to
enable its Access Control-as-a-Service, a
solution that utilises door controllers from Axis
Communications. The AXIS A1001 and the AXIS
A1601 serve as the interface between the cloud
and the SimonsVoss’ SmartIntego door locking
system. Milestone Systems presented
demonstrations of Axis Optimiser for Milestone
XProtect, a suite of plug-ins and features that
optimise the usability of Axis cameras in
XProtect.
Axis’ sustainability agenda, along with ethics
and values, was again one of the main
prevailing themes. The ethics and values behind
Axis’ technology are as important as the
technology itself, and the company has a
continuing commitment to put purpose beyond
profit.
The strength of the Axis Communications
brand relies on the strong relationship between
customers, partners and employees. In an era of
heightened conscious capitalism, Axis’ focus on
safeguarding the welfare of people and planet
is key. This was confirmed by Great Place to
Work who recognised Axis as one of the UK’s
Best Workplaces in 2019. Axis Communications
ranked 10th in the Small Business category.
Axis is immensely proud of its people, and
the confidence and camaraderie between Axis
and its partners is evident. Axis’ employees
continue to surprise by their commitment, not
only to each other, but to benefit others as part
of a responsibility to society.
On the final day, the UK Surveillance Camera
Commissioner announced the first voluntary
cybersecurity standard and compliance
certification mark for the manufacturers of
surveillance cameras. Axis played a part in the
development of the standard and wholly
welcomed its introduction.
Whether developing and implementing new
technologies and services or doing its bit to
help the planet and support others, Axis
remains committed to its central focus:
innovating for a smarter, safer world.
16

TECHNOLOGY
Get Connected, Take Control
For many professional system integrators
and security installers, the evolving
technological landscape is creating
additional opportunities when it comes to the
delivery of added-value solutions. Customers
not only expect seamless and immediate
service; they demand it. If user expectations
are to be met, then engineers need to be both
flexible and agile.
SaaS (Software-as-a-Service) allows a high
degree of flexibility, allowing users to pick
and choose which elements of a system are
important to them, prioritising on receiving
the features and support they require. The
solutions are also cost-effective. This is
because the provision is from experts who
maintain, update and deliver the software
functionality. There is no need for dedicated
server space running programs, and
maintenance issues are taken by the service
provider. Finally, the solutions are benefitsrich,
adding value to everyday operations and
increasing business efficiency.
For integrators and installers, the fact that
end users understand and appreciate the
benefits of SaaS is a bonus. When offering
SaaS-enabled systems, the customer will
immediately understand the benefits in terms
of cost-savings, lack of disruption and the
advantage of a subscription-based model.
However, there are a number of other
advantages to this approach for engineers.
Software set-up and configuration is
simplified, and updates occur automatically in
the cloud, so the software is always up to
date. Maintenance and health-checks on the
system can be carried out remotely, and
issues can be identified and dealt with before
a problem arises. The SaaS approach also
generates recurring revenue for the integrator
or installer.
Enhanced control
SaaS can deliver an enhanced level of control
for integrators and installers. This is
evidenced by considering SPC Connect from
Vanderbilt. SPC Connect is a cloud-based
SaaS solution which connects with SPC
control panels to deliver a wealth of benefits
and proactive control over an entire estate of
systems. The intuitive software allows
integrators and installers to manage and
maintain all SPC panels from any location.
The benefits are immediately obvious,
allowing integrators and installers to better
manage their field
personnel. Specific
roles and
permissions can be
granted to individual
engineers, ensuring
a secure hierarchy is
in place, and control
panels can be
grouped to improve
management.
Groups can be
geographical, or by
customer, thus ensuring the right engineers
can access relevant systems.
Remote maintenance and health-checks
allow engineers to carry out regular
assessments of systems, identifying any need
for maintenance and often identifying
potential issues before they become a
problem for the customer. This ensures the
installation company is seen as being on the
front foot by the end user. Also, as systems
become smarter and offer additional benefits
to customers, an engineer can react to
requests for configuration changes
immediately, without visiting the site.
As is the nature with technical devices,
problems will sometimes arise. Using SPC
Connect, the latest configuration file can be
downloaded by the engineer and saved.
Should an error occur, the last correct
configuration file can be remotely uploaded to
the control panel, usually resolving any
problems in a very short time. This is also a
benefit where several sites require the same
or very similar configurations, such as with
chain retail stores of multi-tenanted offices.
Finally, SPC Connect is used to power
mobile apps for end users, ensuring
customers have access and control over their
systems in a way they prefer.
In summary
SaaS is continuing to grow in other sectors,
and as such many business and organisations
expect the approach from their security
providers. Using a cloud-based option such as
SPC Connect delivers the benefits end users
are demanding, and also offers value to
integrators and installers.
Get connected and take control with Vanderbilt’s award-winning SPC Connect
service-based solution. https://vanderbiltindustries.com/spcconnect
17

INNOVATION FOCUS
INNOVATION FOCUS: OPTEX
Bridge Powered by CHeKT
Increasingly, visual
verification of events
and incidents is a
sought-after function.
While sequential
confirmation has its
place, the reality is that
video delivers
information which
provides a higher
degree of certainty as to
what has caused an
alarm event. For sites
which don’t have the
budget to implement a
full video surveillance
system to link to
intruder alarms, the
OPTEX Bridge, powered
by CHeKT, offers a costeffective
solution.
Ever since
the demand grew for
verified alarm activations, integrators
and installers have had two credible choices:
visual verification or sequential verification.
The use of audio as a verification tool was
called into doubt many years, and even now it
remains an option few would consider.
It has to be remembered that the goal
of verification is to allow a remote
operator, who will usually not be
familiar with the site, to assess whether
or not an alarm is genuine or a nuisance
event.
In the intruder alarm sector,
sequential verification became
established as the first choice, not because it
was better than visual verification, but
because it was more cost-effective and
simpler to implement. At the time, video was
predominantly analogue, and creating a
seamless integration with intruder alarms was
costly and time-consuming.
18

INNOVATION FOCUS
In today’s security sector, visual verification
is not only simple to implement, but it also
allows the creation of smarter solutions.
However, it is often dependent upon the
implementation of a digital video surveillance
system. While there is no doubting the
flexibility and scalability available from VMS
software, integrators and installers are often
constrained by budgetary considerations.
Where an end user has limited funds, they
will typically opt for an intruder alarm system
as it represents a good level of protection in a
cost-effective package. While many intruder
detection systems allow the addition of video
cameras, these are usually viewed by the
user, via an app, and are designed for either
self-monitoring or for life-style applications.
The issue is where a commercial or
industrial business or organisation requires a
graded alarm system, along with visual
verification which can be used by a (often
third party) control room or monitoring centre.
OPTEX offers a solution in the form of its
OPTEX Bridge powered by CHeKT.
What is it?
The OPTEX Bridge powered by CHeKT is a data
bridge which can be connected to zones on
any professional quality intruder detection
control panel. It is effectively ‘invisible’ to the
alarm system. It also connects to ONVIF
Profile S-compatible cameras, allowing
images from zones in alarm to be sent to an
ARC or central control room when an event
takes place.
By bridging the two separate systems, it
allows an intruder detection system to be
supplemented by a single camera, a basic
video surveillance system or a combination of
devices, ensuring legacy equipment can be
reused and cost-effective upgrades are always
possible.
The OPTEX Bridge powered by CHeKT also
includes a cloud service which enables
interaction between the site, the ARC and the
user.
Installation of the Bridge is claimed to be
quick and easy. It requires looping of the zone
wiring through the bridge hardware device.
The next step is to add an ONVIF Profile S-
compatible camera, and this is then linked to
the relevant zone. There is no need for port
forwarding or firewall configurations, and
mapping between alarm panel zones and
video devices has been designed to be
intuitive.
Because the Bridge is used for visual
verification rather than monitoring,
transmission of data is quick and simple. This
ensures the delivery of relevant images do not
cause a delay in the handling of alarm events.
There is also an option for a designated user
to receive the images, allowing them to accept
or reject an event cause.
How does it work?
When an alarm activation occurs, the alarm
data is sent to the ARC or control room as
normal. The ARC operator can then view the
associated images, via a cloud portal, within a
matter of seconds. It is important to note that
ARCs will not require additional software or
dedicated hardware to do this. They will then
be presented with images which show the
cause of the event.
Based on the visual verification, they can
either action a police response or close the
alarm.
It has to be accepted that whilst visual
verification is significantly more effective than
sequential verification, it’s not always perfect.
If the operator is unsure as to whether or not
the alarm event is valid, they can access video
devices at the site via a monitoring portal if
authorised to do so.
If there remains any doubt about the
validity of an event, the operator can push the
images and alarm data to the user, via an app.
The operator receives a real-time notification
if the user is viewing the information. This
allows them to wait when they’re aware the
images are being viewed. If there is no
response from the user, they can proceed with
passing the alarm to the police.
When the user receives and views the
images, they can then, via a single button
press on their smart device, send a message
to the ARC to either action the alarm or it clear
it down.
Features and functions
The actual Bridge hardware is a small device,
measuring approximately 82 x 100 x 36mm.
The unit supports four alarm input zones and
one trouble output. It includes a 10/100Base T
LAN port and is powered by a 12V DC source.
Manufactured from white polycarbonate,
the device also includes an SDHC card slot
and an audio output. LEDs are used for status
updates (indicating power, status and alarm
condition).
The Bridge can be wired for zone
passthrough or relay output, offering a range
of options to suit various panels and sites.
In summary
OPTEX Bridge powered by CHeKT allows any
professional intruder alarm panel to be
upgraded to deliver monitored visual
verification, quickly and cost-effectively.
19

SMART SOLUTIONS
Increasing Success with
Expanded Integrations
Increasingly, end users are seeking and investing in
solutions which not only deliver credible and robust
security functionality, but also ensure added value
can be realised. With demand for greater levels of
flexibility on the rise, it is no longer enough for a
security solution to only offer protection for people
and assets. While this will remain the core reason
for specifying such a solution, integrators and
installers must be able to offer additional benefits.
In today’s rapidly evolving security sector,
integration is the order of the day.
Customers do not want disparate systems
which operate independently of each other.
The evolving technological landscape has
relegated such systems to the past. In the
vast majority of sectors, manufacturers are
working tirelessly to bring systems together,
sharing data and delivering seamless
solutions, all controlled from a single intuitive
interface.
End user expectations are that any modern
smart system will be the same, and this is
increasingly true for security-centric systems.
20

SMART SOLUTIONS
People expect security technologies to
integrate, and for good reason. Video
surveillance complements audio-based
technologies, and both are made more
powerful by adding transactional data such as
access control. A combination of real-time
video with accurate and timely site status data
enables a host of smart features to be
implemented. Add in alarm data, and the
system offers a considerably higher level of
performance.
However, where the real benefits of
integration lie are when the security solution
is combined with other business critical
systems. These might enable power and
energy control, to save the user ongoing costs
in the management of their site. In certain
industries such as retail or entertainment, the
collection and reporting of customer
behaviours could add value, for marketing or
product placement purposes. Also, real-time
data on occupancy and flow could ensure the
site’s management is better able to deploy
staff more effectively.
These integrations can ensure the end user
sees real value from their solution, which in
turn increases the return on investment.
Increasingly, integrators and installers who
offer additional benefits are not only winning
new business, but often see the budgets
increase because the offered services are of a
real value to the customer.
Integrations for success
COSMO PSIM+ is a software-based solution
which adds functionality to security systems
by simplifying integration with other
technology-based systems. This is possible
because COSMO PSIM+ has been developed
at as ‘API-first’ product. Its application
programming interface has been specifically
created to allow the creation of advanced
integrations which elevate security systems
beyond the basic task of protection. However,
the software achieves all this without
compromising on fundamental security
principles.
By understanding the core functionalities of
COSMO PSIM+, it is easier to consider how
the solution can be best deployed to deliver
added value efficiencies for end users. The
first role of the software is the collection of
relevant data, whether it is generated by the
security system or other business or site
management systems. Because of this data
collection role, it is important COSMO PSIM+
is GDPR compliant. For many end users, GDPR
represents an area of importance, so
integrators and installers will benefit from the
fact the software addresses this issue.
As the data is gathered, it is analysed by the
software in real-time, ensuring important
information can be identified and prioritised,
based upon the criteria set by the user via the
system configurations. For example, if the
goal is energy and power management, the
software might compare access control and
intruder alarm data to identify when
departments are unmanned, allowing power
to be switched off.
If an event occurs, the software can push
relevant data and associated information,
such as video streams, event logs,
transactional data or other customised
reports, to operators. They can then use the
data to assess incidents and verify whether
additional action needs to be taken. The value
of real-time situational information is that the
end user saves time and resources by being
notified of issues rather than having to
investigate once they discover something has
happened.
COSMO PSIM+ can also be used to assist
operators, security staff, maintenance teams
or any other authorised individuals to deal
with situations and problems as they arise.
Through the implementation of workflows, the
software can provide guidance or deliver
instructions to specified team members,
ensuring compliance with operating
procedures and best practice is always
adhered to.
Through automated real-time reporting, the
notifications are recorded, along with details
of any actions taken by operators or other
team members. The software can even assess
whether the actions meet requirements for
compliance.
Reports can provide valuable insight to
enable a full and thorough investigation by
the end user. A complete audit trail is also
created, providing customers with evidence
that appropriate processes and procedures
have been followed.
In summary
COSMO PSIM+ simplifies integration and
ensures the user experience is both effective
and consistent. For integrators and installers
looking to deliver smart solutions, it is
effectively the ‘glue’ which brings disparate
technologies into one seamless and efficient
solution.
COSMO PSIM+ is hardware agnostic and the
software is modular. This makes it ideal for
use in a wide range of applications, from large
campus-type environments down to smaller
systems in SMEs which require a specific
feature to enhance the overall level of
performance on offer.
21

CLOUD SERVICES
Cloud Video Services:
Not Fluffy?
When cloud services first appeared in the video
surveillance sector, they didn’t exactly set the
imaginations alight. Most of the services offered
were limited to the storage of streams, and limited
upload capabilities made the offering more costly
than NVRs and DVRs, with less performance.
However, in recent years things have changed, and
increasingly the technology offers a wide range of
benefits and cost-efficiencies.
Across the commercial and industrial
sectors, an increasing number of today’s
critical business and process
applications and associated technologies
increasingly make use of the cloud and
associated services. The growth of SaaS
(software as a service) is accepted by the vast
majority as the norm. Where once people
wanted ‘ownership’ of their systems, today
they prefer to offload the more labourintensive
elements of solutions such as
maintenance, managing upgrades and
investing capital in upfront payments in
exchange for a recurring cost which covers
everything.
In a growing number of sectors, cloud
services are not only expected, but are
demanded by customers. The tide of opinion
and acceptability has turned very much in
favour of cloud-based services, and the
security industry cannot – and many will
argue should not – attempt to buck the trend.
If end users want cloud services, the
traditional arguments such as unreliability,
high costs and fragile infrastructure, could fall
on deaf ears, because many businesses and
organisations rely on cloud services for their
core operations.
While in the past it could have been argued
that video surveillance wasn’t ready for
migration to the cloud, today there are many
arguments for the use of cloud services with
video solutions. While these by far outweigh
arguments against a cloud-based approach, it
doesn’t necessarily mean all cloud services
will be suitable for all sites. As with any
technology, every application needs to be
22

CLOUD SERVICES
considered individually, to assess how and
where cloud services could add value.
When debating the validity of cloud services
in video surveillance, it must be remembered
that much like video technology, cloud-based
services and their associated benefits do vary
considerably.
This variation even extends as far as
considering what providers mean when they
refer to ‘the cloud’. In common parlance, it is
a catch-all term for remote hosting of software
and services which may be provided by a third
party, or could be under the control of the
system operator. As communications
technologies improve, so the notion of
‘private clouds’ are becoming more popular
with many end users.
Private clouds can make use of secure and
dedicated infrastructure, providing a solution
that has many of the benefits of cloud
services – centralised management, real-time
accurate status reporting, simpler
management and maintenance of software
and other IT resources – whilst also providing
the security and assurance of having a wholly
owned and maintained infrastructure firmly
within the user’s control.
However, more often than not, cloud
services in the video surveillance sector are
provided by third parties, and the benefits
very much depend upon the functionality
being offered.
Cloud functionality
Cloud services vary in functionality dependent
upon the level of provision being offered.
Systems can be fully cloud-based, but most
offer a hybrid solution, where a local
hardware-based system is supplemented with
additional services and/or features which are
accessed via a cloud service. In some cases,
the system might operate as expected on a
local level, but additional tools
of tweaks are achieved
through cloud
connectivity.
If that
sounds
vague, it’s because it is! The cloud is merely
the infrastructure used for delivery, a remote
network which can be connected to in order to
add features and functions to a system.
Many integrators and installers will already
be using cloud-based services across their
portfolio of sites, even if they are unaware of
it. Many systems will offer a simple interface
enabling users to remotely manage the basic
configurations of their systems. The interface
will inevitably be cloud-based. Equally, if the
user receives notifications or can generate
reports to share with other authorised
persons, again this will usually be cloudbased.
The cloud is ideal for such purposes as
those accessing the information or managing
system parameters have no need to interact
with the core operational security system
itself. User error is reduced, and site security
is enhanced. With the growing focus on
cybersecurity, cloud services also ensure any
rogue users cannot interact directly with the
system’s OS or software.
By way of an example, if a site has video
surveillance in place to protect loading bays
at a warehouse, the video might be used out
of hours for security purposes. However, while
the site is open for business, the video
streams could offer efficiencies to a logistics
manager. The images would show at a glance
which loading bays are empty, and how many
vehicles are waiting in a holding area.
Restricting access to such footage detracts
from the overall value of the system for an
end user, but equally allowing various
personnel to log in to the security system to
view the footage is a risk. A client-based
connection could be used, but this relies on
the user having access to a device with the
relevant software loaded. Instead, it is easier
and more cost-effective for them to log in to a
23

CLOUD SERVICES
cloud-based service, using any browser, to
see the footage and related data.
Cloud services can also be used to share
information gathered from metadata. This can
be associated with video analytics, enabling
alarm and incident reports to be shared, but
the insights might not have a security
relevance. For example, many cameras
support business intelligence-based analytics,
such as people counting, heatmapping, flow
analysis, etc.. This data has great value for
many users such as retailers, hospitality and
entertainment providers, etc., but having to
interrogate cameras or VMS packages to
access it invariably means it doesn’t get used
as often as it could be. By delivering
supplementary data in push notification
reports via a cloud service, the user enjoys a
simple and automated benefit from their
system.
While considering video analytics, a
growing area is SaaS: software as a service.
With surveillance, this is sometimes referred
to as VSaaS, video surveillance as a service.
While video is streamed and archived locally,
a metadata stream is also sent to a cloud
server where analytics algorithms are applied.
If alarms occur, the data is pushed back to the
locally recorded stream, flagging events.
The benefit of cloud-based analytics is that
the video stream itself is not transmitted,
which on sites with multiple cameras would
soon impact on upload speeds. Instead, a
local appliance – usually supplied by the
service provider – creates a metadata stream.
As this is comprised of alphanumeric data, the
network load is minimal and transfers are fast
and reliable.
With a good implementation, there is little
difference between using a VSaaS IVA service
and localised servers for content analysis. The
bonus for integrators and installers is that
updates, maintenance and licensing all takes
place in the cloud and is managed by the
provider. The capital outlay is also reduced as
the service is paid for on a subscription
model, which also equates to recurring
revenue for the engineer.
The final common option for cloud services
is storage, and this is one that often creates
the biggest debate. Theoretically, video
storage in the cloud is possible. However, in
reality, most properties have limited upload
resources, and as a result relying on the cloud
as a storage solution for anything other than
one of two cameras isn’t a credible option.
However, where small amounts of footage
showing exceptions or alarms needs to be
shared, such as for visual verification, the
cloud offers a realistic and cost-effective
choice.
Typically, such systems are hybrid, with full
resolution streams being captured and
archived locally on servers or NVRs, and
event-based clips for sharing are transmitted
to the cloud, allowing easy access for remote
users.
While these examples of how cloud services
can add value cover most applications, there
are other more specialist cloud applications.
For example, some suppliers use cloud
connectivity to deliver configurations or to
implement additional services, such as DDNS,
without intervention for the integrator or
installer. Another use is the ‘locking down’ of
cybersecurity measures once configurations
are complete. By simplifying installation
procedures and assisting with advanced
system configurations, the cloud services can
enhance system delivery for engineers.
In summary
Judging cloud services is difficult, because
many of the provisions are specific to
individual manufacturers and service
providers. Like most things in technologybased
security, the offerings are constantly
evolving, and the benefits can be significant if
the services are used in the right way.
It has to be accepted that whilst cloud
services aren’t suited to every video
surveillance application, there will inevitably
be a cloud solution of some type which can
deliver benefits. When cloud services are
selected and deployed correctly, in relevant
applications, a credible solution can be
created which will enhance the user’s return
on investment.
24

DEEP LEARNING ADDS VALUE
TO VIDEO SOLUTIONS
Uri Guterman
Alessia Saggese
In this article Uri Guterman, Head
of Product & Marketing for Hanwha
Techwin Europe and Alessia Saggese,
Ph.D., Co-Owner at A.I Tech and
Assistant Professor at the University of
Salerno, provide an overview of Deep
Learning and how the two companies
are working together to introduce
solutions which will add to the value of
video surveillance systems by offering
real-life practical benefits.
Progress in the development of artificial
intelligence and computer vision has been
advancing at such a dramatic rate, that doyens
of the technologies, such as computer scientist
Yann LeCun, have been known to jokingly refer
to work done on the subjects before 2012, as
‘prehistoric’. In terms of object recognition, the
algorithms available at that time were only 75%
accurate. Nowadays, thanks to a deep learning
based approach, we can expect accuracy to be
much higher. In fact, the advances made in the
last 12 months means, we are close to being in
a position to seriously consider incorporating
the technologies into the majority of video
surveillance systems.
It would be wrong to look at Deep Learning as
some kind of advanced video analytics software
platform, as it represents a paradigm shift within
the security sector as to how incidents can be
detected and responded to.
What is Deep Learning?
Unlike most forms of video analytics, the Deep
Learning application developer does not have
to write complicated algorithms for recognising
objects. Instead, a Deep Learning solution has the
ability to ‘learn from examples’. During an initial
training phase, the application is supplied with
large amounts of data representing correctly solved
examples of the challenge at hand, e.g. classifying a
person by age or gender.
A deep network analyses the relationship between
inputted data and the expected output, such as
the gender of a person, and learns how to solve the
problem by analogies. As an example, being able to
correctly establish the gender of a person requires
an AI expert to design, train and validate a deep
network which during the training stage, uses a
database of millions of suitably selected faces, each
of which is tagged with its known true gender. After
several days of learning, the neural network is ready
to be put to work and is likely to have an accuracy of
approximately 98%, which is about the same as the
ability of human beings to do the same thing.
The Challenge
Deep Learning needs the expertise of machine
learning experts together with massive computing
resources, as the Application needs to be able to
cope with ‘in the wild conditions’, such as changing
lighting conditions, shadows, the position of a
face, etc. As a result, anything other than the most
basic of Deep Learning solutions, will need to be
run on servers which have adequate amounts of
computing power and memory. For Deep Learning
to be a practical addition to the majority of video
surveillance systems, it is generally accepted that it
will require an optimised software architecture so
that it is possible for it to be run at the edge. By this
we mean onboard cameras, in the same way Apps
are run on smartphones and tablets.
The Hanwha Techwin Partnership
Reducing the processing requirements of Deep
Learning so that it can be operated at the edge
is no mean feat, which is why Hanwha Techwin
is championing the concept of manufacturers of
video surveillance solutions working closely with
experts in this specialised field, in order to have
access to the latest innovations and research.
For Hanwha Techwin, this means working in
partnership with A.I. Tech - a spinoff of the
Computer Engineering Department – DIEM of
the University of Salerno (UNISA), which has
a dedicated ‘Intelligent Machines for Video
Recognition’ Lab research group. A.I. Tech’s CEO,
Mario Vento, is listed as one of the top ranked
Italian scientists in engineering and is also among
the most cited authors in Italy in the field of
Computer Vision and Artificial Intelligence.
A.I. Cameras
Hanwha Tecwhin is also working on introducing new
Wisenet cameras during the latter part of 2019 which
will incorporate a computer vision chipset allowing
Deep Learning applications to be run onboard the
cameras. These new 4K and 5MP cameras, which
will be additions to our existing Wisenet P premium
camera series, will initially offer more accurate forms
of existing types of video analytics. However, they
will also provide a platform for our technology
partners to use our APIs to introduce ground
breaking Deep Learning applications that integrate
seamlessly with the new cameras.
Do you have some questions about Deep Learning? Email Uri Guterman at u.guterman@hanwha.com
or Alessia Saggese, Ph.D. at saggese@aitech.vision

BULLETIN
Bulletin
Benchmark looks at news and product
launches of interest to those involved in the
design and implementation of smart solutions
Vaion System
Vaion has launched an end-to-end video
solution which features embedded AI
technology to deliver benefits including
smart analytics and enhanced intelligent
search functionality. Vaion's product line
includes cameras, a software-based VMS
and dedicated server hardware.
The devices incorporate embedded video
and audio analytics powered by machine
learning algorithms, along with intuitive
interfaces to simplify operational and
installation processes. The system detect
threats at an early stage to enable timely
and effective responses.
The Vaion product portfolio includes
cameras ( Vaion v cam) with integrated
directional audio analytics, a VMS ( Vaion
vcore) with embedded video analytics,
security appliances ( Vaion v server) and a
hybrid cloud service ( Vaion v cloud).
The system creates instant alerts about
exceptions, and can track people and
objects throughout the site. Analytics are
performed in real-time from all cameras
(including third-party models) at the VMS.
The hybrid cloud approach enables
remote configuration and access, simplified
firmware and software upgrades, and
license pooling.
Paxton10 roadshows
Paxton is to host a series of interactive
roadshows during September and October
2019 to preview the release of Paxton10,
its next generation access control and
video management solution. Attendees will
get a first look at the single platform
solution, which utilises advanced
technology to deliver powerful features in
a simple to use and install system.
Paxton Chief Executive Adam Stroud
stated, ‘We’re really excited to meet our
installers in person to showcase the
Paxton10 system. Access control and video
make up the vast majority of the electronic
security market. The two work best when
combined into a single platform, but most
systems don’t get integrated due to
associated complexity. The time for
Paxton10 is here.’
The nine events will take place at high
prestige venues across the UK.
Attendees will be among the first to see
Paxton10 in action and get hands-on
experience.
TDSi acquired
TDSi has announced it has agreed to be
acquired by Vitaprotech Group, a European
leader in access control and security systems
for critical sites. This acquisition continues
Vitaprotech’s growth strategy, which has
included several acquisitions in the market
over the last two years.
The acquisition aligns with Vitaprotech
Group's and TDSi’s growth strategy to
develop export sales of security solutions. It
will enable Vitaprotech to expand its portfolio,
strengthening the Group's export presence
and to access international distribution
networks in the security sector.
Pelco acquired
Transom Capital Group, a private equity
firm, has announced it has acquired Pelco
from Schneider Electric.
Russ Roenick, Managing Partner at
Transom, stated, ‘The journey toward
creating the next great breakthroughs in
video security begins today through our
investment in Pelco. We have conviction
that the work done over the past several
years to transform the company into a
digitally-savvy security leader with
innovative hardware, software, and service
solutions is nearly complete.’
26

BULLETIN
Hanwha announces
Cortech integration
Wisenet NVRs have been successfully
integrated with Cortech Developments’
Datalog MV. Datalog MV provides local and
remote site monitoring and control of
building, fire, security and energy systems,
and enhances the ability of operators to
manage surveillance systems as part of an
integrated security solution.
Integration with the NVRs means operators
can view live or recorded images on the
Datalog graphical user interface.
When an alarm occurs, images from
Wisenet cameras are automatically displayed,
allowing operators to verify events. Live
images can also be triggered by any number
of user defined events.
ProxyClick achieves
Lenel accreditation
ProxyClick has announced it has received
LenelS2 factory certification and joined
the Open Access Alliance Program
(OAAP). ProxyClick’s secure visitor
management system interfaces with the
OnGuard access control system and helps
companies better regulate visitor access
into and around their buildings.
The integration alleviates
administrative strains for companies
performing manual tasks across
platforms, and also increases the
accuracy in reporting user data. Card
holder management can be streamlined
with specified access-level lifecycles
based around meeting times, for flexible
user provisioning.
Controlsoft integrates
with Aperio
Controlsoft has integrated its Identity Access
platform with the Aperio wireless locking
technology. By upgrading its Identity Access
platform, integrators can add mechanical
doors to existing access control systems.
Aperio requires minimal additional hardware
to upgrade systems to include wireless access
control.
A communications hub provides wireless
connection with up to eight doors, and
delivers a 25 metre transmission range.
Suitable for interior doors, the hub is practical
for hallways with a number of adjacent
corridors.
Johnson Controls
PowerSeries Pro
Johnson Controls has launched the EN Grade
3 compliant PowerSeries Pro intrusion alarm
system for commercial properties of any size.
The PowerSeries Pro completes the
manufacturer’s intrusion product portfolio.
Key features include a high-current
capability, making it suited for large-scale
buildings where high numbers of contacts and
sensors need to be installed.
All the communication, whether internal
between the system components or external
with the monitoring centre, is claimed to be
cybersecure, meeting the highest standards
with AES-128 bit encryption.
The hybrid system can include a
combination of hardwired and wireless
detectors and sensors to provides a Grade 2
system which uses PowerG technology,
enabling multi-channel frequency hopping
with two-way wireless communication.
Traka Body Worn
Camera Lockers
Traka’s body worn camera lockers have
been developed to meet the growing
demand for such devices. With a duty of
care for remote and lone workers, along
with regulation in some sectors, body worn
cameras are becoming common devices
which must been managed effectively.
Enhanced device management results in
a need for fewer cameras needed. The
automated system negates the need for a
dedicated staff member to manually issue
and return devices. Controlled access to the
cameras offer protection and ensures they
are only issued to authorised personnel.
RFID tagging allows each asset to be
individually tagged, enabling the user to
know the status of cameras.
27

BULLETIN
VIVOTEK 360 Degree IVA Cameras
VIVOTEK has introduced
two new H.265 deep
learning-enabled fisheye
cameras, the FE9191 and
FE9391-EV. The two
day/night 12 megapixel
fisheye cameras provide
360 degree views and
include deep learning
technology and smart video
content analysis.
The IVA options include
intrusion detection, crowd detection and loitering detection. These
capabilities transform the cameras from image capture devices to advanced
notification solutions.
Intrusion detection protects any specific area against unauthorised entry.
Crowd detection can calculate how many persons occupy a given space,
triggering an alarm when a defined capacity is reached. Finally, loitering
detection identifies people remaining in a selected area beyond a preset period.
Both cameras are embedded with Trend Micro’s anti-intrusion software to
provide higher levels of network protection.
NorParc
Nortech
NorParc is a Windows-based
counting and parking guidance
system from Nortech, which
provides centralised count
management, monitoring and
guidance control for parking
facilities which) have multiple
entry and exit points.
Nortech’s counting solution
includes a comprehensive range
of high-intensity RGB variable
message signs that use low
profile LED matrices offering
bright, clear messages indicating
available spaces and status
messages.
Each panel can display count
values of up to 5 digits and,
depending upon the sign variant,
there are options to display FULL, OPEN or
SPACE and direction arrows.
The range includes single level internal and
external signs plus self-contained multilevel
information signs.
External signs meet the EN 12966 standard
for visual, physical and durability, and provide
high optical performance. External models are
housed in robust weatherproof aluminium
housing (IP65). Signs are available as single
count displays or multilevel displays with
additional information such as headings,
logos, symbols and individual titles.
Videx GSMPRO
Videx has added new functionality to its
GSMPRO intercom system. GSMPRO is now
expandable to an eight-door access control
system, and enables users to answer calls
from their mobile phone or landline.
GSMPRO is now available with an
integrated backlit coded keypad, supporting
up to 400 access codes and 32 temporary
codes, which can be programmed to expire
after a number of hours. Codes can also be
programmed via a PC or SMS. A new app is
also available for both Android and iOS
devices which simplifies the process of
sending SMS messages.
Vanderbilt Web-shop
Vanderbilt has launched its new webshop,
shop.vanderbiltindustries.com, which
offers thousands of products and is a
practical solution to enable existing
customers to browse and purchase
content. Mobile responsive and
integrated with the company’s main
website, users can view all of Vanderbilt’s
products, news, and resources.
The new webshop includes additional
resources like manuals, software
downloads and technical descriptions.
Morphean offers ACaaS
SimonsVoss Technologies has entered a
technology partnership in Europe with
Morphean. The partnership will utilise
SimonsVoss’ access control system
SmartIntego to extend Morphean’s cloudbased
capabilities beyond video surveillance.
The Morphean platform drives efficiencies
by generating actionable insights from a
multitude of data sources.
The combination of an integrated security
system hosted in the cloud promises greater
security with two factor authentication, along
with a wealth of rich data to help businesses
optimise operations and processes and
realise additional benefits.
28

TECHNOLOGY
Enhanced Protection with Time-of-Flight
One of the most reliable, effective and costefficient
external detection options is the
photoelectric beam. The technology is
well proven and has an impressive track record.
Manufacturers have developed a number of
innovative technologies which enhance catch
performance, reduce nuisance activations and
make life simpler for integrators and installers.
As user demand for the earliest possible
warning of intrusions grows, the role of
photoelectric beams has become more
prominent. While the professional products
available deliver solutions for every type of
application, there are circumstances where
photoelectric beams are found wanting.
Photoelectric beam sensors typically include a
transmitter and receiver. As a result, both
elements must be powered. In many
applications this isn’t an issue, but in some the
receiver might be in a remote location, away
from easy access to power. Whilst there are
some very good battery-powered beam sensors,
at times limited budgets may force integrators
and installers to seek other less costly options.
Reflector-based beams have been around for
some time, but are not used as often as
transmitter/receiver pairs. There is a slight issue
with these sensors, in that if the beam is broken
by an object with a highly reflective surface,
there is a chance the unit will receive the
reflected infrared light and assume the beam
has not been broken.
Reflector-based devices do have positives:
they are quick to install, cost-effective and can
eliminate the need for civil works. However, the
risk of missed activations is too problematic for
many applications. The launch of the PR-30BE
from TAKEX changes things, in that it is a
reflector-based photoelectric beam which uses
Time-of-Flight technology.
Enhanced performance
Time-of-Flight technology accurately measures
the time it takes for a signal (in this case an
infrared beam) to return to the unit once it has
been transmitted. The device ‘learns’ the time
taken for the beam to be reflected and returned
to the receiving element of the detector under
normal conditions. If the signal is not returned,
or if it is returned in a different timescale, then
an alarm is generated.
Time-of-Flight technology is already used in
the sensing sector, usually with laser-based
devices. These typically cost a significant
amount more than photoelectric beams, but the
fact the sensing technology is used for high risk
applications proves its
suitability for security
applications. With typical
reflector-based sensing, a
white van (for example)
passing through a beam
might reflect enough light
back for the sensor to not
detect a beam break.
However, with Time-of-Flight
technology, the shortened
time window in which the
light is reflected will indicate
an alarm condition has
occurred.
The PR-30BE has a 30
metre range. It determines
the distance of any beam
break with a high degree of
accuracy as it measures the
light reception level and
timing, ensuring that
genuine alarms are not
missed. This eliminates problems with
unintended reflections caused by gloss or white
surfaces, while ensuring integrators and
installers still enjoy the benefits of a reflectorbased
sensor.
Because the sensor does not require power at
both ends of the link, installation costs are kept
low. If links need to cross waterways, roads or
runways, this can be achieved with greater costefficiency.
The sensor retains the look and size
of a typical twin beam device, and incorporates a
number of the innovative features from the PB-
IN and PXB flagship quad series.
Environmental monitoring dynamically
optimises performance to match changing
conditions, with a dedicated output enabling a
pre-alarm warning if required. Other features
include response time adjustment, horizontal
and vertical adjustment, and a redesigned
reflector assembly allowing a minimum
operational distance of 0.5 metres.
For simplicity of installation, the PR-30BE
makes use of an audible alignment tone function
together with a dual-ring viewfinder and monitor
output voltage options.
In summary
Reflector-based photoelectric sensors offer a
number of benefits to integrators and installers.
With the use of Time-of-Flight technology, the
PR-30BE from TAKEX also delivers increased
levels of security to ensure there is no
compromise in terms of catch performance.
For more information,
contact TAKEX
www.takex.com
E: sales@takex.com
Tel: 01256 475555
29

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30

ADVERTISEMENT FEATURE
How Ajax Systems develops the
market of wireless security systems
With its radically simplified installation
process and a user-friendly interface, the
Ajax security system stands out on a
market of intricate professional security
equipment. On the one hand, the Ajax products
are easy to maintain over the air and
straightforward to sell together with the security
subscription services. On the other hand, endusers
love Ajax for its clean design, use-case
versatility, and powerful management apps. 67%
of Ajax users purchase additional security devices
within the first six months.
The results are remarkable: over 200,000 clients
in more than 80 countries around the world protect
their houses, apartments, and offices with the Ajax
equipment. And more than 700 response
companies connect Ajax systems to their Central
Monitoring Stations (CMS).
Control center
Hub is the main control panel of the Ajax security
system. It coordinates all of the connected
devices and processes commands. OS Malevich is
the hub’s real-time operating system. It is
protected from any viruses and cyber attacks. It
updates regularly over the air to expand the
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The control panel communicates with the
detectors on a distance of up to 2000 m using
Jeweller radio protocol. The coverage area can be
expanded with the ReX signal extender to up to
16 km² for protecting large sites. Jeweller is a
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and AES encryption. It is resistant to jamming
and code grabbing.
The hub can be controlled on any distance
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service transmits the commands to the system. It
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the system by continually pinging the hub. Ajax
Cloud servers are located in three different AWS
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In cases of emergency, the system transmits
alarm signals using push-notifications (via Ajax
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can manage the hub with the SpaceControl key
fob or the KeyPad keyboard when it is nearby.
Wireless detectors
Extensive range of Ajax wireless devices allows
us to build indoor and outdoor security systems
that react to a variety of triggers: door and
window openings, glass breaking, motion on site,
smoke, temperature, and water leaks. Ajax
detectors ignore pets, they self-diagnose and
operate up to 7 years on the pre-installed
batteries.
The most reliable grade a
wireless security system can get
After testing in five
accredited
laboratories, Ajax
devices
successfully earned
Grade 2
certification for
compliance with
the requirements of
the international
standard EN 50131-
1:2006. Today Ajax
is the most
awarded wireless
security system in
Europe holding the
major awards from the professional conferences:
IFSEC, MIPS Securika, Intersec.
Advantages of Ajax versatility
Ajax security systems cover a large spectrum of
commercial and residential cases worldwide. To
illustrate:
In the Kingdom of Saudi Arabia
The owners of a large franchise of pharmacy stores
needed to protect 70 locations across the country
at once. Each system installation had to be clean.
The devices had to fit the interior seamlessly. The
company’s security department reached out to Ajax
Systems for a solution. As a result, each store was
equipped with a hub, a KeyPad, two MotionProtect
Plus motion detectors, DoorProtect Plus opening
detectors, and two third-party security cameras.
In Ukraine
A prime developer has integrated Ajax security
system into a new residential high-rise. Each
apartment features the Ajax StarterKit connected
to the central monitoring station of an internal
security service. They use Ajax PRO Desktop
application to monitor the premises. So in cases of
emergency, the response is prompt. The building
features several levels of physical security and the
biometric authentication check-points. The
intruders have a hard time breaking in and no
chance to escape.
In Russia
An online retailer used Ajax to build a centralized
security system to control over 400 distribution
centers. Each location features a hub, a
CombiProtect motion detector, a door opening
detector DoorProtect, and a KeyPad keyboard.
Additionally, the internal security department has
installed Hikvision cameras at each spot to
integrate their video streams into the Ajax apps.
For more information please
contact Ajax Systems:
Dominic Watson-Hayes
07954 210645 (North)
Sam Griffiths
07547 520198 (South)
www.ajax.systems
31

SMART TECHNOLOGY
TECHNOLOGY TRENDS:
A Smarter Future
Visit a security event or look through the product
offerings across the industry and you’ll spot a trend:
everyone is talking about AI and deep learning.
Whilst it’s true AI, machine and deep learning offer
a significant number of benefits when creating
bespoke smart solutions, the suitability of those
solutions is dependent upon how the technology is
implemented. Benchmark considers how the
emerging technologies can add real value.
It is not unusual when emerging
technologies surface for manufacturers and
developers to do things for no other reason
than that they can be done. While many of the
resulting systems are clever, they’re not
always practical or even useful. Technologists
love to play, and while we can be impressed
by their creativity, we’re unlikely to spend
money on something that doesn’t in some
way enhance or improve some element of our
lives. This thinking is not only true of
individuals: businesses and organisations
think the same way too.
It’s interesting that when a new technology
comes to prominence, the early stages of
development are often based upon some
vision of the future. Take AI as an example. AI,
and the closely associated technique of deep
learning, aren’t new. However, advances in
processing have made them realistically
affordable, and as a result the technologies
are appearing in mainstream systems.
The future vision for AI development
remains in the robotic realm, and as a result
many of the early commercial projects using
the technology are aimed at that sector: selfdriving
vehicles, robot workers, automaton
processing plants, etc.. However, the
development of any technology accelerates
when a solid business case is made for its
use. Once business and organisations see a
way to harness real-world efficiencies,
demand grows and actual products of value
are created.
In the security sector, the use of AI sparked
a number of ‘projects’, many of which were
clever, but few of these had a realistic chance
of commercial success. In other words, there
was no solid business case.
As an example, at one of the US exhibitions
last year, a well known manufacturer showed
its ‘AI engine’. Using basic object recognition,
it placed a bounding box on moving objects
and gave them a classification: text reading
Person or Vehicle appeared next to the box.
When asked what the technology did once the
object was identified, the answer was they
didn’t know. Such was the race to
demonstrate they had an AI solution, it wasn’t
important it didn’t actually do anything of
value.
AI and security
In the past few years, security manufacturers
started to talk about AI and deep learning. It
was hailed at the core technology for future
developments, with many developers
focussing on how systems would become
autonomous with regard to decision making
and implementing actions.
While much of what was being discussed
certainly fell under the classification of
‘intelligent’, a solid business use case could
not be made for it in today’s market. Many of
the proposals relied on advances in other
32

SMART TECHNOLOGY
sectors which had yet to happen. As a
statement of intent, the ideas made for good
reading, but the use case was lacking.
One area where deep learning could be
applied was for facial recognition. The
analytics involved need to recognise a face
from other objects in a scene (something IVA
can already do quite well, with minimal need
for advanced processing), before comparing
the captured face to large databases of facial
images to identify persons on a whitelist or
blacklist. This latter part of the analytics rule
needs to be completed very quickly to allow
action to be taken. There’s no benefit in
finding out a few minutes after a person has
left that an alarm should have been created.
Because of restrictions in processing
capacity and search technologies, facial
recognition gained a reputation for being
inaccurate. The technology was
underpowered, and as such checks weren’t as
thorough because of time limits. With the
introduction of AI and deep learning, powered
by GPUs, many of these issues have been
resolved.
GPUs maybe more limited than CPUs in
terms of the tasks they can perform, but their
huge amount of cores are ideal for repetitive
tasks, such as matching facial templates.
Deep learning also allows the systems to
learn more about facial features, eliminating
issues when the angle of capture might be
different to a template.
While it is true that AI and deep learning
can significantly improve the performance of
facial recognition, the problem remains that
the bad reputation gained by the technology
is still holding back adoption. This is added to
by pressure from privacy groups who use the
performance of older systems as a reason to
oppose the technology. AI will improve facial
recognition, and increased accuracy will
eventually drive many to reconsider the
technology, but right now the business use
case isn’t strong enough.
Moving forwards
Interestingly, since the start of 2019, many
providers of AI- and deep learning-based
systems have switched their focus to using
the technology to solve genuine problems,
and as a result interest from end users has
spiked. While some of the applications might
not be as ‘intelligent’ as the headlinegrabbing
robotics, the business case is
certainly a lot stronger, and as a result the
proposition is gaining traction.
One area in which deep learning is solving a
genuine problem is with regard to complex
searching. Applications with multiple cameras
can present a challenge when an operator
tries to create an evidence trail after an event.
Searching across multiple camera over a
period of many hours or even many days is
labour-intensive. Often the task is either
abandoned or not done thoroughly because
resources don’t allow it. AI- and deep
learning-enabled systems can quickly and
easily find numerous associated incidents,
ensuring user can realise all the potential
from their surveillance investments.
Another area where deep learning excels is
in identifying unknown exceptions. With IVA,
the algorithms need to know the type of
exception they are looking for, but with AI the
system can ‘learn’ typical behaviours and flag
exceptions to an operator. These can either be
dismissed or highlighted as alerts, teaching
the system which events are critical. The main
benefit here is a reduction in configuration
time for IVA deployments.
Even simple tasks such as identification
redaction for GDPR purposes can easily be
handled by AI and deep learning, saving man
hours while also delivering compliance with
the regulations.
These three examples might not be the
smartest, but they each have a strong
business use case, making them viable.
In summary
AI, machine learning and deep learning all
offer significant benefits to the security
sector, and well considered implementations
will elevate what’s on offer to become true
smart solutions. The only proviso is ensuring
a credible business use case exists.
End users won’t buy solutions because
they’re AI-enabled. They’ll buy solutions
which solve real problems which their
businesses face every day. As such, the
renewed focus in the industry has to be seen
as a positive.
33

ADVERTISEMENT FEATURE
The Frontline of Security:
Protecting Your Perimeter
www.avigilon.com
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correlation during investigations.
The Avigilon H4 Video Intercom is another
tool to verify visitor identity and authorise
access at points of entry. The H4 Video
Intercom integrates a 3MP camera with a highperformance
intercom and features
exceptional wide dynamic range, low-light,
noise reduction and echo-cancelling
technologies for clear viewing and two-way
communication with visitors. Combined with
ACC software, this secured entry system
enables operators to quickly and easily
identify and communicate with a visitor before
remotely granting access.
Perimeter Protection That
Makes A Difference
Securing your perimeter can be critical to the
protection of your site. By deploying video
security cameras that allow you to clearly see
people and events at the edge of your site, as
well as an access control system to limit entry
to authorised individuals, you’ll gain greater
situational awareness while mitigating the risk
of intrusion.
34

SMART TECHNOLOGY
INTRUDER DETECTION: Delivering
Smarter Systems
Many people talk about disruptive
technologies and their emergence in
today’s technological world. Certainly
the speed of change in current development
has seen a significant number of disruptive
technologies emerging simultaneously,
predominantly as a result of enhanced
capabilities being made available by modern
processing options.
The security sector, and specifically the
intruder alarm sector, now faces a disruptive
technology in the form of smart building
systems which promise to provide security
along with a host of management options.
Adoption figures show that some end users
are moving to these smart systems. The new
adopters of these technologies include
existing security system owners.
A need for integration?
For many years, the intruder alarm was, by
design, kept separate from other systems in a
building, regardless of the type of premises
being protected. Standards were drafted
which enforced that isolation and adherence
to the standards was pushed partly by
insurance industry requirements and partly by
police first response restrictions.
Just as much of the technology used in the
security industry has changed in the past 25
years, so have practices in the insurance and
law enforcement worlds. While some end
users still require graded alarm systems which
are compliant with standards, many are
looking at alternative solutions. They want to
specify levels of protection based upon their
own risk assessments.
This isn’t bad news for the graded alarm
market; many end users still consider
professional systems, but importantly they
want smarter systems which integrate with
other devices and deliver specific business
benefits.
The big issue is when a user is seeking a
smart security system with added benefits,
they have plenty of choice. The arguments
that traditional alarm systems meet standards
and is installed an approved company doesn’t
always sway the purchasing decision. This is
not because standards and inspectorate
Demand for smart systems is evident across a wide
range of markets, and research underlines this isn’t
going to slow down in the immediate future. When
considering commercial or industrial applications,
end users are ready and willing to invest in smarter
technologies. Businesses and organisations have a
hunger for flexible systems which offer integration
and connectivity; all benefits available from the
leading smart intruder detection systems.
recognition have no value, but because the
system on offer doesn’t meet their
expectations!
In a world where the IT and IoT giants are
setting the technological agenda, going
against what they are preaching will always be
a difficult ask for a security company. This
isn’t helped by the fact that as well as facing
competition from other installers and
integrators, there are also a whole host of
other brand-name technology players that all
claim to deliver security alongside other
benefits for the user.
35

SMART TECHNOLOGY
On top of this, many utilities providers and
cloud service companies have identified
security is always on the wish-list of those
seeking smart solutions and are subsequently
bundling some level of protection in with their
products. Users are attracted by the added
value on offer from these systems, and if
security is mentioned it’s another box ticked.
Meeting demands
Ignoring customer demands is often a trait
that disrupted industries suffer from.
Installers and integrators of intruder-based
security systems must accept a growing
number of customers aren’t making decisions
based only on security; they’re making buying
decisions based upon a recognition of smart
system benefits. Security is one of those
benefits, and at times it won’t be the one that
really swings the buying decision. Businesses
want to automate workplace devices and
appliances, and they’d prefer a system that
did that as well as protecting their property.
It must be accepted hat many businesses
don’t want to pay for security, because in
effect they’re buying a system to stop them
becoming a victim of crime. However, if the
system also delivers business efficiencies, the
idea of the system being a ‘grudge purchase’
goes away.
This might sound like bad news for the
intruder alarm sector, but it’s not. It’s actually
good news if installers and integrators
present their product options in a way that
appeals to the user.
The critical difference
There is a difference between a smart building
system that includes security and a security
system that includes smart functionality. This
is very much down to the platforms upon
which the systems are based.
It is important to realise that despite the
growing popularity and demand for smart
building systems, users do have some
concerns about the options. These are
longevity of the various platforms, wireless
connections being dropped, a requirement for
multiple software packages or apps to
manage different system elements, lack of
technical support and complex installation
and set-up procedures.
Smart building systems are typically based
upon a central hub which makes use of device
apps, cloud services and various edge
devices. They usually make use of WiFi and/or
3G/4G links to communicate. The focus is on
simplicity, ease of use and expandability.
Security systems are typically based upon a
graded intruder alarm panel which makes use
of device apps, cloud services and edge
devices. However, connectivity is usually via
secure wireless or supervised hard-wired
connections. The focus is on reliability,
efficiency and consistent around-the-clock
performance.
The difference, while subtle, is actually
important to many end users. They understand
that security systems have a longer track
record, more robust connectivity, a higher
degree of reliability and offer consistent
performance in a range of different conditions.
One of the negatives they have about security
systems is that the investment is in a solution
that only does one thing: offer security.
However, with the next generation alarm
systems currently available, this isn’t the case.
Today’s smart alarm systems offer a wealth
of additional functionality, including features
which increase business efficiency. If end
users are aware of this, their opinion of
intruder alarms as being a ‘grudge purchase’
quickly changes.
Smart security systems make use of robust
and resilient proprietary signalling technologies
to ensure that if, on a rare occasion,
communication is affected, the user is made
aware of that fact. Smart security systems
handle all connected devices via the control
panel, so there is only one interface required.
Because all communication is handled by the
control panel, the system is secure and informs
the user if any attempt is made to tamper with
it, either physically or electronically.
Interestingly, when you compare the costs of
smart building system peripherals with smart
security system peripherals, the latter are
competitively priced and often are lower cost
than the alternatives.
All these benefits, however, will not help
persuade end users of the power of next
generation alarm systems unless integrators
and installers take the time to explain to them
the added value benefits which are also
available. Selling today’s smart systems as
nothing more than alarms undersells their
potential.
In summary
There is no doubt the technological landscape
is evolving and businesses and organisations
have demands that are very different to those
of just a few years ago.
Security systems are well placed to join the
disruptive technologies in offering users
greater choice, and currently offer a superior
option to smart building systems.
However, unless these systems are sold
correctly installers and integrators could miss
an opportunity to grow their businesses.
36

PROMOTIONAL FEATURE
Enhancing time-to-insight with IVA
Video is a great enabler, delivering a rich
depth of information which can be used
intuitively by operators and those
investigating incidents. However, the
management of IVA- and alarm-related data is
critical. Smart systems utilise a variety of data
to filter events and apply criteria when making
decisions on how to best handle a situation.
As a result, partnering with HPE makes sense
as the company has a wealth of experience in
this sector.
CUDO Communication, a video surveillance
technology provider, delivers a range of
intelligent video surveillance solutions. As an
HPE OEM partner, CUDO was able to offer
competitive differentiation and deliver the
performance, scalability, reliability and
support customers demanded from their
security analytics systems.
Additionally, HPE has committed to invest
$4 billion in intelligent edge technologies and
services over the next four years, cementing its
place as an innovator in this growing sector.
The goal is to drive development in sectors
such as AI, machine learning, edge computing
and smart automation.
Turning data into intelligence requires
serious processing power, which is why HPE
entered into a joint venture with NVIDIA to
help push the high-level analytical processing
used by artificial intelligence (AI) and deep
learning to the edge, thus creating video
analytics which accelerate time-to-insight. This
approach also reduces the need for data
transfer, which can be bandwidth-hungry.
Edge-based processing also mitigates the risks
of data loss or corruption.
The partnership with NVIDIA resulted in the
high performance of HPE’s Edgeline Converged
Edge Systems. These systems are designed
specifically for high-level data acquisition,
making use of enterprise class analytics to
deliver appropriate control actions directly at
the edge, in real-time. This is achieved by
leveraging the full power of NVIDIA Tesla
accelerated artificial neural networks to power
AI and deep learning capabilities.
HPE’s Edgeline Converged Edge System
hardware processes video data in real-time at
the edge, thus eliminating any data
management issues which may be caused by
network problems or bandwidth restrictions.
The edge-based servers are more than capable
of handling today’s advanced and complex
intelligent video analytics solutions, including
those which use AI-based technologies.
Edge-based management and processing is
a perfect solution for intelligent video analytics
and AI-enabled processing as it negates any
need for transfer of significant amounts of
video data to a central location, ensuring a
quick and consistent time-to-insight for users.
The approach also delivers cost savings
relating to networking and data storage,
ensuring the solution is both effective and
cost-efficient.
The use of HPE’s Edgeline Converged Edge
Systems enhances the performance of today’s
more complex video analysis solutions,
allowing the use of AI-enabled technologies
through the provision of advanced processing
options. This delivers a greater level of benefits
for the user, significantly increasing their return
on investment. By keeping the processing at
the edge, potential system latency is
eliminated, as are risks associated with data
transfer including tampering and sabotage.
To further assist its partners, HPE runs the
Channel-to-Edge Institute (CEI), a partner
program designed to support those supplying
HPE solutions along with their own Edge
products and services. In order to offer support,
CEI has three elements. The first is training and
support with regard to business use cases,
delivering insights into how the technologies
can be deployed. This is backed up by education
about return on investment, highlighting how
business outcomes can be improved. Finally,
HPE works with its partners on joint go-tomarket
campaigns and sales enablement.
As the use of AI technologies and deep
learning increases, the demands on
infrastructure will intensify. Ensuring the
hardware is both capable and robust is of
increasing importance where video solutions
perform critical roles.
Accelerate actionable
insights from video
surveillance data with robust
IT infrastructure, advanced
services and deep industry
expertise from HPE OEM
Solutions. Partner with us
and achieve faster time-toinsight
with edge analytics:
http://www.hpe.com/
solutions/oem-cctv
37

12 TO TRY
12 TO TRY: Infrastructure
Benchmark looks at 12 products and systems of interest for integrators and installers
who are looking to implement smart solutions on network-based platforms.
Promise Technology: Vess
A6120 Servers
Altronix: NetWay5B
Altronix has expanded its range of
networking products with the NetWay5B
five port hardened switch. The compact
switch is designed to mount in virtually
any Altronix enclosure and combines
multiple IP devices over a single Ethernet
cable. It is especially suitable where
multiple IP access controllers are
deployed.
NetWay5B switches feature five
10/100/1000 data ports with
speed/activity LED indicators, and are
powered via PoE or 12V DC/24V DC
power supplies.
The BR1 mounting bracket enables the
fixing of additional sub-assemblies to the
enclosure’s side wall. It is compatible
with the NetWay5B, PD4UL, PD8UL,
PDS8, LINQ8PD, ACM4, MOM5 and VR6
to allow more devices to share enclosure
space.
The NetWay series also includes
switches with varied capacities.
The Vess A6120 series of servers have been
specifically designed as building blocks for
the deployment of a complete video
surveillance system. Claimed to be reliable
and easy to configure, the series includes
two main server specifications. Vess
Orange servers are designed for running
intelligent video analytics, while Vess Black
servers have been designed for managing
the whole surveillance system.
The modular approach allows integrators
and installers to design and build bespoke
infrastructure for each application, ensuring
the price/performance ratio is as specified.
The Vess A6120 range is fully
customisable, delivering a variety of
performance criteria based on the
individual needs of each user. The servers
are supported by a range of PCI or PCM
cards to enable a mix of data and network
connections to suit specific applications.
Add-ins include 1G Base-T, 10G Base-T, 10G
SPF+, SAS expansion, extension RAID
boards as well as graphic cards.
Ogier Electronics: ESL3100-SC
The ESL3100-SC is a compact point-to-point
wireless bridge/repeater from Ogier
Electronics. Operating in the 31GHz band, with
a selectable choice of 16 operating channels,
the links deliver interference-free operation
over ranges stated to be in excess of eight
kilometres using built-in antennas.
Designed for use with IP-connected video
surveillance systems, the links feature IP66
protection from moisture and dust ingress,
heatsinks and optional sunshields to allow
operation in harsh environments.
The link is based on 802.11g radio but
operates in the interference-free 31GHz band.
The link features data-rates up to 54Mbps in
standard mode and includes configurable
features for enhanced throughput. A number
of encryption features are supported.
38

12 TO TRY
ComNet: ValueLine
ComNet’s ValueLine selection of switches
delivers cost-effective Ethernet and optical
fibre transmission products delivering high
levels of performance for applications where
budgetary constraints are in place. The range
includes managed switches, media convertors
and video/data multiplexers.
The CWGE26FX2TX24MS is a managed
switch which supports 22 10/100/1000BASE-
T(X) ports, along with 2 gigabit combination
ports. The latter can be user-selected as either
10/100/1000BASE-T(X) ports or 100/1000FX
SFP ports. A further 2 100/1000FX SFP ports
are also included. The SFP ports use ComNet
SFPs for fibre and connector type.
The CWGE26FX2TX24MS supports multiple
Ethernet redundancy protocols to protect
security applications from network
interruptions or temporary malfunctions. It
does this by redirecting critical transmissions
within the network.
Other variants of the switch are available,
allowing the right capacity device to be
specified for most application needs.
Siklu: MultiHaul range
The MultiHaul series of products from Siklu
delivers a point-to-multipoint transmission
solution for applications with a need for
shorter range wireless video, audio and
data transmission. The Siklu MultiHaul
products operate in the widely available
and license-exempt 60GHz V Band and
deliver high data throughputs.
Range for transmission is quoted as 400
metres in point-to-multipoint
configurations, and the MultiHaul series of
links also make use of advanced beamforming.
The link is made up of a Base Unit and a
number of Terminal Units; up to eight
Terminal Units can be connected to a single
Base Unit. The throughput is 1.8Gbps.
The devices make use of plug and play
installation, which is combined with Siklu’s
zero-touch configuration. The manufacturer
claims that MultiHaul networks can be
deployed rapidly and cost effectively by a
single person.
The products use narrow beams to
provide virtually interference-free
operation, and dynamically adjust upload
and download capacities to balance the
load, enhancing overall performance.
AES encryption, port isolation and 802.1x
deliver a secure connection.
AMG Systems: Skywave III
Skywave III is a digital IP transmission system
based on 802.11 a/n WLAN technology,
adapted for wirelessly transmitting video and
telemetry data in the 5.5GHz to 5.8GHz bands.
The system can support various
configurations from basic point-to-point links
through to multiple camera applications.
AMG claims the system is easy to use, with
simple installation and configuration
procedures which require no specialist
telecoms knowledge.
Two system design options are available,
using either network-based cameras or legacy
analogue cameras with IP video encoders and
decoders. If using IP-based cameras, no
additional hardware is required. Both IPconnected
and analogue devices can be used
to create a hybrid system.
The Skywave III AMG8150 point-to-point
device has a 150Mbps data rate with 95Mbps
data throughput and 70Mbps compressed
video throughput. The link has a line of sight
range of 1.2 kilometres.
The links are PoE compatible, adding to the
ease of installation, and are equipped with a
wireless signal level indicator. With regards to
security, the wireless devices support WEP,
WPA and WPA2 encryption for secure
transmission.
The antenna are weatherproofed to IP66.
39

12 TO TRY
Barox: RY LPITE-802GBTME
Switch
Barox, the manufacturer of switches, media
converters and IP extenders designed for use
in security-related video applications, has
released a new Layer 2/3 DIN rail-mounted
industrial managed switch, which has been
designed to meet the increased demands of
PoE video applications.
The Barox RY LPITE-802GBTME is a
ruggedised, high-quality switch for use in
10/100/1000Mbps Ethernet networks in
compliance with IEEE802.x.
The switch features eight ports with PoE,
PoE + and PoE ++. One feature of the switch is
that it enables the creation of more fault
tolerant rings using two or more ports. For
example, a two-port bundle can be used to
provide 120W (Max), configured as Port 1
60W/Port 2 60W, or Port 1 90W/Port 2 30W,
etc..
In the event of a network interruption, the
ring closes automatically (in less than 20ms),
to maintain the availability of the system.
For the backbone, two SFP 100/1000Base
SX/LX/ZX bays can be used for multimode or
singlemode fibre. The switch can also be used
as a standalone device for point-to-point
connections or connection modules.
The supplied management software allows
the switch to be deployed in systems with
high functionality demands, such as when
used with PTZ dome
cameras, LED illuminators,
wipers and heaters, etc.,
negating the need for a
network injector.
As well as active PoE
performance management
and reporting, an automatic
camera reboot function
allows problematic edge
devices to be power-cycled
to wake them.
The switch features high
backplane performance for
smooth transmission at full
port occupancy, and jumbo
frames of up to 9600 bytes
are supported at 100Mbps.
Other functionality
includes integrated network
monitoring, graphical
network overview, device
discovery, error handling,
network diagnostics and
security protection to guard
against unauthorised
access.
Secure Logiq: HA Servers
Secure Logiq offers a cost effective
‘Analytics Optimised’ range of servers. The
HA Series fulfils the requirement for an
Enterprise server range with improved
processing capabilities, designed and
optimised for video analytics. The Logiqal
Benchmark software allows an accurate
prediction of the processing benchmark
points for each analytic to provide the best
solution.
Taking advantage of i7 Extreme edition
processors enables a higher clock speed
more suitable for intelligent video analysis,
as opposed to Xeon processors which are
more suited to high-end video processing.
The HA series server range is optimised
for video analytics as well as the video
processing and storage function. An
optional GPU upgrade adds additional
processing functionality. GPU offload
improves performance as well as adding
multiple 4K monitor outputs for use as a
workstation.
Server based analytics have operational
advantages over camera-based solutions.
HA Series servers include the expected
level of mission-critical resilience,
including dual redundant PSUs, OS and
application on two SSDs with RAID1,
hardware RAID and healthcheck software.
Seagate: Exos Enterprise HDDs
While much of the focus in the security
market is on surveillance-specific HDDs
such as the SkyHawk and SkyHawk AI hard
drives from Seagate, the company also
offers enterprise level drives. As modern
security solutions increasingly gather
additional data which can be used to add
value for business intelligence and site
management, that data needs to be
securely stored and managed. Surveillance
specific HDDs are not the best tool for this
task.
When creating data-specific arrays,
Enterprise level HDDs can deliver enhanced
capacities, high performance and an
expected level of reliability to ensure data
is preserved and available when needed.
The Exos X16 enterprise drive is designed
for maximum storage capacity and rackspace
efficiency. The 16TB HDDs are
protected with Seagate Secure. This locks
the drive and encrypts data if the hard drive
is removed from the system.
40

12 TO TRY
NVT Phybridge: FLEX24
The FLEX24 managed switch from NVT
Phybridge makes the transition from legacy
systems to IP-based surveillance and IoT
devices a simple, secure and cost-effective
option for integrators and installers. When the
switch is paired with FLEX adapters, the
enterprise-grade switch delivers fast Ethernet
and PoE over multi-pair UTP cable with up to
610 metres reach: the total distance is more
than six times the achievable distance of
standard Ethernet switches.
This reduces the cost of installation as
additional hardware, such as network
extenders and associated PSUs and cabinets
are not required.
The FLEX24 delivers robust power
management capabilities and a simple to use
GUI interface, ensuring it is both simple to
configure and use. The switch takes
advantage of Modern LAN principles,
protecting legacy infrastructure and
eliminating the need to ‘rip and replace’ any
established multipair UTP cabling.
The FLEX24 switch allows greater flexibility
with regard to network design and enables
advanced interoperability and easy integration
into the overall LAN. For integrators and
installers, this assists with the creation of an
independent secure, robust and easy to
manage network for security and safety IP
endpoints, along with any IP-connected edge
devices such as VoIP telephony, process data
collection, print servers, etc..
Buffalo: TeraStation NAS
Buffalo, a provider of network attached
storage (NAS), USB storage, wired and
wireless networking solutions, has launched
additional models of its network attached
storage rackmount devices. The new models
are the TeraStation 51210RH and TeraStation
5410RN.
The 12-bay model (TS51210RH) is now
available in a partially populated
configuration with four 12TB NAS-grade hard
drives for a total storage space of 48TB, or
fully populated with twelve 12TB drives for a
total capacity of 144TB.
The 4-bay rackmount model (TS5410RN)
can be supplied as a partially populated
option with two 8TB hard drives for a total of
16TB disk space and two free expansion slots.
The Buffalo TeraStation 5010 range has
been built for small and medium sized
applications which require an easy to set-up
and cost-effective 10GbE NAS solution. The
TS5010 series supports iSCSI at enterprise
level network speeds, and can run multiple
concurrent services seamlessly with minimal
performance degradation. The TeraStation
5010 NAS series also supports hybrid cloud
backup services.
Allied Telesis: x930 Switches
The x930 series is made up of Gigabit Layer 3 stackable switches. The high-performance
and scalable devices have been designed to support demanding network requirements,
delivering resilience and reliability for network core and distributed solutions. The switches
offer the ability to stack up to eight units using VCStack, which enables multiple switches to
appear as a single virtual chassis. In use, the virtual chassis acts as a single switch,
simplifying network management.
The x930 switches support load-sharing, and hot-swappable power supplies ensure
maximum uptime while supporting minimal maintenance disruptions. Deployments can be
with Gigabit copper and fibre with 10G and 40G uplinks. Network and device management
can be automated with Autonomous Management Framework (AMF) functionality.
PoE switches are included with the range.
41

ADVERTISEMENT FEATURE
Easy privacy masking, advanced
analytics & powerful cybersecurity
as standard with IDIS
The latest video tech innovations from IDIS are
designed to make life a lot easier for users and
installers – most notably with simpler privacy
masking, plug-and-play advanced analytics and a
range of cybersecurity measures now provided as
standard. So it’s not surprising that they got an
enthusiastic reception at IFSEC.
Cybersecurity and the risk of loopholes is
now a top priority for everyone says the
company, which is Korea’s largest video
tech manufacturer.
To inform decision-making IDIS has now
produced a cybersecurity advisory video, which
is available via its website and YouTube
channel. It makes useful viewing and explains
the urgent need to strengthen the resilience of
traditional surveillance network processes.
Users should plan for three specific risks:
• data access loopholes
• data transmission weaknesses
• the integrity of recorded footage.
IDIS has put effort into addressing these risks
at every stage, from R&D through to
installation. says James Min, Managing Director,
IDIS Europe.
‘This means that we can give users a rich,
layered and comprehensive set of
technologies and features to ensure maximum
protection.’
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 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 also highlights 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.
And it’s giving 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’re making cybersecurity a key feature of
our training programmes too, covering devices
and networks,’ says James Min. ‘We’re giving
installers the tools and knowledge they need
to protect their customers from video
cybersecurity loopholes.’
Privacy masking without all
the hassle
When it comes to submitting video evidence or
meeting requests for footage in compliance
with the General Data Protection Regulation
(GDPR), users can be left struggling because of
the need to apply privacy masking. IDIS
42

ADVERTISEMENT FEATURE
IDIS Deep
Learning
Analytics
& AI in
the Box
Dynamic Privacy Masking (IDPM) is designed
to make life a whole lot easier.
IDPM makes the blurring and masking of
people, vehicles and sensitive areas much
faster and easier. Importantly, it is being
made available totally cost-free as a direct
download from the IDIS website. Now users
don’t need to rely on expensive third-party
suppliers to do this job, or to use slow,
cumbersome techniques to do it themselves.
Instead, they simply select 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
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Easy deep learning analytics are
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Also launched at IFSEC, IDIS’s DV-2116 AI in
the Box makes 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
robust and calibration-free object detection
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powerful. intelligent search functions; and
tracking by colour, object and number.
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% accuracy proven in
independent testing will minimise false
alarms, significantly improving detection and
monitoring performance.
James Min, Managing Director, IDIS Europe,
says this latest innovation has the potential to
make surveillance much less labour intensive
– and more effective – for a wide range of
users.
‘Our high accuracy analytics can process
vast amounts of data, without break, in a way
that human operators can’t. This means that
high-resolution video streams can be
automatically monitored to spot suspicious
behaviour or distinguish potential threats
from every day activity.’
IDIS’s Deep Learning Engine, which powers
the new DV-2116 AI in the Box solution, can
recognise potentially significant movements
and characteristics of people and vehicles,
while ignoring activity that isn’t relevant. The
technology can quickly check through hours
of video to find specific individuals. It also
becomes more accurate over time due to its
self-learning characteristics.
‘This is very exciting as it means that time
critical activities - such as investigating
incidents - will become increasingly efficient
as our analytics are embedded in operations,’
adds James Min.
James Min,
Managing Director,
IDIS Europe
Find out more
For more information about
IDIS’s video solutions go to
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 follow
@IDISGlobal on Twitter.
43

ASSESSMENT
ASSESSMENT: Automated
Transcoding Options
Increases in processing power have enabled smart
technologies to be introduced to a wide range of
security devices. In the world of video surveillance,
these include intelligent video analytics, suspect
tracking and AI-aided searching, but smart
technology can also make a system more efficient.
Increasing video resolutions can have an impact on
bandwidth, but a smart system can offer a solution.
The growth is smart technologies has been
a positive for many in the video
surveillance sector. Decreasing costs for
hardware, coupled with advances in
processing power, have allowed integrators
and installers to deliver high level security
features (IVA tools such as line crossing,
intruder detection, object tracking, loitering,
etc. ) along with a host of other benefits such
as business-based analytics (people counting,
heat mapping and queue monitoring) through
to ANPR and facial recognition.
One of the impacts of this change towards
bespoke and smarter solutions is that end
users are happy to invest in greater camera
counts. This is because the additional devices
deliver business and site management
efficiencies. When a business case can be
made for additional coverage, budget is easier
to find if there is a clear and recognisable
return on investment for the user.
Invariably, when a bespoke smart solution
is deployed, the flexibility and ease of
integration from an IP-based infrastructure
makes a networked platform the obvious
choice. With the growth in use of higher
resolution cameras, plus demand for higher
camera numbers, this does mean installers
and integrators need to be aware of
bandwidth constraints.
44

ASSESSMENT
When considering the implementation of
networked video surveillance systems, one of
the major considerations has to be bandwidth
management. There are many opinions about
the best way to manage the load placed on a
network by streaming video, but the reality
remains that in order to minimise bandwidth
requirements, you have to reduce the amount
of data being transmitted. That is somewhat
ironic in today’s market, given the main
reason for end users investing in HD and 4K
UHD video is to improve the quality of the
video image, which is achieved by generating
more data.
Not only do increases in video resolution
add to the load, but additional cameras-based
tasks can create vast amounts of data
packets, all requiring bandwidth and storage.
With finite network resources, in many
applications the only answer is to take steps
to manage the load.
Basic management
End users demand and expect detailed images
and real-time video. Combined, these two
elements will cause the video to consume a
greater amount of bandwidth. Some of the
more commonly used approaches to
bandwidth reduction are based on techniques
hailing from the analogue video era (ironically
when bandwidth was not an issue, but
recording multiple video streams to one
device was).
These approaches include recording at a
lower resolution than that being viewed (this
used to be achieved by recording video fields
instead of frames) and reduced frame rates.
It should be noted that these approaches
will introduce unwanted compromises with
regard to video quality. Any integrator or
installer delivering a credible solution should
be wary of such basic steps.
Where HD or 4K UHD video has been
specified, such an approach is unacceptable.
Both video formats are established standards
which have been created outside of the
security industry.
If the available bandwidth isn’t sufficient for
the number of cameras being deployed, the
use of smart technologies can provide a
solution.
A smart approach
It may seem like a small point, but the best
results come when integrators and installers
stop thinking about bandwidth reduction, and
consider smart bandwidth management
instead. The goal is to utilise the available
resources to ensure delivery of the best
quality video possible — when it is required.
This means the goal for the engineer is to
ensure the full resolution and specified frame
rates can be achieved for any critical security
video footage. The key word here is ‘critical’.
Basic surveillance cameras will use up
bandwidth resources regardless of whether
the captured footage is critical or not. This
means much of the bit-rate budget is used
delivering information that does not include
data of value.
45

ASSESSMENT
By way of an example, if one part of a site
had a bandwidth budget of 40Mbps and
includes 10 HD cameras, common practice
would be to ‘share’ the bit-rate between
devices. If one camera captures footage of an
incident, it might be the case that the other
nine cameras are capturing nothing of
importance. The result is 90 per cent of the
bandwidth budget is being used gather video
of no real importance.
The challenge is to ensure cameras
delivering images of no great importance do
not use significant amounts of bandwidth,
thereby allowing those with important
information to increase detail and quality by
using an appropriate level of bandwidth.
Because of the unexpected nature of security,
it’s impossible to know which cameras will
capture critical video at any given time, so the
issue requires a dynamic solution to regulate
the bandwidth dependent upon what is
happening in the scene.
Recent increases in computational
processing capabilites have delivered many
benefits for video surveillance. Analysis and
on-the-fly action triggering have made the
automation of many features simpler to
implement. A growing number of
manufacturers are using this capability for
bandwidth management, in the form of
dynamic encoding.
Dynamic benefits
Dynamic encoding controls video processing
according to information within the viewed
scene. As the scene content changes, so the
encoding configurations are automatically
adjusted. These can include resolution, frame
rate and even GOP settings.
In many applications, the interpretation of
what is important video data will be based
upon movement. If the scene is static or only
includes limited motion such as trees
swaying, it will usually contain nothing of
interest. However, if someone enters the
viewed area, movement is detected by the
encoding algorithm and the video is treated as
important. In short, if an exception occurs,
dynamic encoding increases the base
resolution and frame rate, either for the whole
scene of the region of interest.
It is vital to understand dynamic encoding
will not suit every application. Just as other
video analytics and smart processing are not
ideal for every site, the same is true for
dynamic encoding.
Because dynamic encoding makes use of
exceptions, it is not suitable where scenes are
busy and contain a high level of motion. In
such circumstances, dynamic encoding will
not create significant efficiencies.
Dynamic encoding engines differ from
manufacturer to manufacturer, in terms of
which parameters are adjusted and how the
changes are applied to the video stream.
However, results are often best when the
viewed scene is typically static, relatively
clean and well lit at night.
Most manufacturers state bit-rate savings in
terms of percentage decreases. To make
46

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ASSESSMENT
sense of these figures, it is important to
establish what is being compared.
Some of the more dramatic comparisons
will consider dynamically encoded H.265
video against standard H.264 video. To get
the best idea of the difference, ask for figures
where the same compression codec is used.
If the tested camera view contains little or
no movement, this allows dynamic encoding
to be significantly more efficient. However,
even small amounts of motion can vary the
balance and impact on bit-rate savings.
Dynamic encoding can also be adversely
impacted by rain, fog, noise and
environmental scene change.
The methods use to illustrate bandwidth
differences are typically honest, but may not
be a true relection for all sites. The best way
to assess the savings that you are likely to
make is to carry out a field trial.
The reality
For many, the important question is what sort
of bandwidth savings can be achieved with
the use of dynamic encoding? Benchmark has
carried out several trials using various devices
from a number of leading manufacturers,
testing the algorithms using a variety of realworld
scenes in various conditions.
With the preservation of image quality as
our main criteria, scenes with a low level of
movement (occasional foot and vehicle traffic)
saw average bandwidth reductions of up to 53
per cent in good conditions. With medium
levels of motion (more frequent foot and
occasional vehicle traffic), this fell to an
average of 37 per cent.
Rain did have an impact on the performance
of dynamic encoding. In scenes with low
motion the reduction was on average 18 per
cent during a rain storm; the busier scene saw
reductions fall to 7 per cent as the lowest
figure. However, a typical rain shower saw
reductions of 22 per cent and 15 per cent for
each scene. In short, the application of
dynamic encoding was worthwhile.
At night, with a low level of illumination
(around 3 lux at the viewed scene), the
general savings were roughly 20 per cent for
low level motion and 14 per cent for medium
activity. However, when infrared lighting was
used during darkness, the savings increased
to 49 per cent with low motion, and 34 per
cent with medium levels of activity.
It must be remembered that these figures
will be particular to the circumstances during
out test and the conditions at the site.
Dynamic encoding will be more effective is the
viewed area is a sterile zone, and the
technology will be less effective if the area
has a higher level of motion, or if the video
stream is noisy during periods of low light.
In some applications, such as retail
establishments or in public areas, where there
is some degree of motion present at all times,
the savings will be significantly lower, if even
measurable. However, many cameras include
dynamic encoding as a core feature, allowing
integrators and installers to experiment and
see if it adds value.
In summary
In the right circumstances, dynamic encoding
works well and delivers significant bit-rate
savings. With an increasing number of
cameras including this functionality, it is
always worth testing a camera to see what
savings are achievable.
For many the debate will be whether it’s
worth specifying better cameras to enjoy the
benefits of high quality dynamic encoding.
The answer is simple: where site conditions
are right and bandwidth requires careful
management, the technology does offer a
solution, and often the camera upgrade cost
will be less than upgrading the infrastructure.
48

PROMOTIONAL FEATURE
IP data switches vs. Video IP
switches – an explanation
The trend in CCTV to convert and integrate
existing analogue CCTV systems into IP
networks is accelerating, and a new trend
in IP is emerging, one that demands careful
consideration, as barox explain.
Today’s PoE IP cameras are demanding
more and more power to be supplied via
network switches. A 60W network device is
now common, but network designers face
limitations on the availability of switches that
can cope with that demand. In addition, IEEE
standards for 60W are not yet completely
ratified, leaving the world of video IP
networks to forge ahead independently with
the requirement for its own specification of
high-performance switches and components.
Power & agility
IP cameras need to stream their video frames
continuously and steadily, otherwise the eye
immediately perceives the change. In
comparison to the needs of traditional data
networks and due to the synchronous nature
of high-resolution video streams, to cope with
modern IP cameras, video IP network switches
need to be powerful, dynamic and fast.
Megapixel cameras output large ‘jumbo’
video frames, often around 9600Bytes, that’s
up to 6 times larger than normal frames. So
for video network installers, the problem is
most network switches only support frames
with a 1 Gigabit connection, but IP video
cameras negotiate at 100Mbits. As a result,
the switches discard the jumbo frames and
data is lost, creating green/empty frames.
Video network design
Megapixels, 4K, 8K cameras …in the future
we’re heading towards the need to cater for
even greater data rates. A switch might be
labeled 24 Gigabit but can it handle that
amount of data? Conductivity is determined
by the so-called switching fabrics (SF). A
switch with 24Gbits has twice the SF i.e.
48Gbits.
A comparable criterion for evaluating a
switch is the forwarding rate (FR). Many
access switches and Top Hat DIN rails are
exempting switches, not built for Full Wire
Speed on all ports, because switches in the
industrial world only usually need to handle
small amounts of data. When video is
connected to these switches, the device is
overwhelmed.
Another consideration is the bottleneck
uplink. For a switch, this should also be
designed for video. As an example, a 24-port
1/100/1000TX switch must be used with a
minimum uplink of 10Gbits.
Conclusion:
Why buy a general purpose low cost 24 port
switch which is likely to fail when only
partially populated due to the switching fabric
not being able to handle the traffic?
Power budget – choosing the
right switch
IP cameras behave differently compared to
other PoE devices, for example, on day/night
switching current peaks are generated, or
when PTZ domes move there is a short-term
increase in power demand. In these
situations, the network switch must cope with
the demand and not fail.
Typically, 75% of the switch power is used
purely for PoE, the remaining 25% is required
to cope with peak currents and for the switch
CPU. So for example, a 24-Port Switch with
Class 3 consumers equates to 24 x 15.4W =
370W. However, effectively the switch needs
to be specified as 370W / 0.75 = 500W, i.e.
the remaining 130W is needed for the reserve
of peak currents/switch CPU.
In the event of a power failure, a fullyfeatured
video switch must be able to timedelay
port-by-port. Otherwise all cameras
could receive peak power at a stroke.
Example: All Domes are required to pre-set to
their Home position at the same time, this
generates enormous peak currents, impacting
the power supply again and again. At the
same time, modern video browsers should be
able to ‘ping’ PoE devices directly and, if
necessary, remove the PoE supply to
successfully reboot cameras.
For more information about
the barox range of
professional video switches,
customers can contact Clear
Vision Technologies on
01580 212999, email
info@cv-tech.tech, or visit
www.cv-tech.tech
49

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.
50

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.
51

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
Cloud-hosted
security solutions.
52

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.
53

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.
54

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.
56

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BENCHMARK – driving innovation
and smart solutions in the security industry
The Benchmark website is a supplement
to the printed monthly magazine, and
includes a variety of tests and
assessments of the latest technologies,
including videos where relevant, as well as
guides to product selection, independent
technology-based articles and information
about the latest influential products and
systems comprising security and smart
technologies.
TESTS AND ASSESSMENTS
All tests and assessments are fully independent, and
manufacturers have no involvement in the process.
Additionally, Benchmark makes no charge, financially or of any
other kind, for inclusion in tests. All products are selected by
an independent team. In short, it’s the only way you can
ascertain the truth about product and system performance in
real-world applications! Tests are carried out by an
independent team of experts, telling you the whole truth about
the performance you can expect.
DRIVING INNOVATION
Benchmark believes that the future of the security sector lies
in the creation of innovative solutions which deliver credible
security, flexibility and smart value-added benefits. With
unrivalled technical expertise, Benchmark ensures you are upto-date
in an increasingly technical environment.
LONG-TERM SYSTEM EVALUATIONS
The Benchmark website now includes information from the
newly launched long-term system evaluation. There are many
theories about how systems can deliver added value;
Benchmark sees what is and what is not possible by creating a
long-term system to investigate the various possibilities.
@benchmarkmag
STAY UP TO DATE
Benchmark is always testing and assessing
new products and technologies. Keep up to
date with the latest reports by following
Benchmark on Twitter.
www.twitter.com/benchmarkmag
www.benchmarkmagazine.com

thepaper
Business News for Security Professionals
Pro-Activ Publications is embarking on a revolutionary
launch: a FORTNIGHTLY NEWSPAPER dedicated to the
latest financial and business information for
professionals operating in the security sector
The Paper will bring subscribers (including CEOs,
managing directors and finance directors within the
UK’s major security businesses) all the latest company
and sector financials, details of business re-brands,
market research and trends and M&A activity
FOR FURTHER INFORMATION
ON THE PAPER CONTACT:
Brian Sims BA (Hons) Hon FSyI
(Editor, The Paper and Risk UK)
Telephone: 020 8295 8304
e-mail: brian.sims@risk-uk.com
www.thepaper.uk.com

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