Fog Computing Market
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<strong>Fog</strong> <strong>Computing</strong> <strong>Market</strong> by Type, Stage, End-User Outlook and<br />
2026<br />
<strong>Fog</strong> computing <strong>Market</strong> study provides key insights about market drivers,<br />
restraints, opportunities, new product launches or approval, regional<br />
outlook, and competitive strategies adopted by the leading players.<br />
<strong>Fog</strong> computing also called as fog networking or fogging is used for the architecture provided in<br />
the proximity of the users to provide seamless cloud computing user experience. It is also known<br />
as edge computing, as it facilitates the functions such as storage, computing, and networking<br />
services between the cloud data centers, end enterprise and user devices. Requirement of<br />
managing service offerings at the network edge to enhance the efficiency and avoid the network<br />
bottlenecks, is expected to propel the growth over the forecast period. Proliferation of IoT and<br />
internet enabled devices has led to exponential increase in data generation and access<br />
requirement at the end user leading to significant increase in the traffic generated. Traffic<br />
patterns vary based on the user inclination, however, they are concentrated in the metropolitan<br />
areas across the globe. Inadequacy of the cloud and internet networks to efficiently manage the<br />
data stream across its regional expanse also adds to the requirement of infrastructure in the<br />
proximity of the users.<br />
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Advent of connected technologies such as connected homes, buildings, smart energy,<br />
connected factory operations, connected vehicles, and OTT content are among the prominent<br />
factors anticipated to fuel the demand for fog computing methodologies to avoid the network<br />
bottlenecks.<br />
Low latency requirement and high scalability for real time applications are expected to<br />
provide high traction to the fog computing market<br />
Mission critical applications such as cloud robotics, fly-by wire aircraft control, and automotive<br />
anti-lock brakes require real time data processing. Control and management of the operations<br />
is directly dependent on the information collected by the sensors and the control system<br />
feedback. Event of the control system being run on cloud may negatively impact the senseprocess-actuate<br />
loops or unavailable due to communication failures. However, low latency<br />
requirement of the fog computing can be used to perform the control system processing making<br />
the real-time reaction feasible. This methodology primarily aims at processing the incoming data<br />
in proximity to the data source itself and reduces the burden on the cloud processing, thus<br />
addressing scalability requirements, owing to increasing number of endpoints.<br />
Software segment contributed to around 65% revenue of the fog computing market, is<br />
expected to remain the dominating revenue segment through the forecast period<br />
Overall IT components costs have witnessed substantial decline over the past few years, in<br />
conjunction with considerable advancement leaps in the processing and compactness over the<br />
past few years. Connectivity costs have witnessed consistent price reductions with the advent<br />
of fast communication technologies such as 3G, 4G, and LTE. Software as a Service (SaaS) and<br />
the usability of these in analytics, e-commerce, collaboration, and other business functions has<br />
witnessed increased penetration at exponential rates. Thus, software solution segment is<br />
expected to dominate the market over the forecast period.<br />
The U.S. dominated overall fog computing market share, owing to the high adoption in the<br />
country<br />
Major investment in the R&D activities in the region, primarily in the automotive segment is<br />
expected to fuel the industry growth. The government has introduced a number of initiatives to<br />
revolutionize the automotive technologies, so as to reduce the number of road accidents and<br />
fatalities. Introduction of V2V communication, and V2I communication (or V2X) technologies<br />
are few of the initiatives in the process, which is expected to provide considerable growth
prospects over the forecast period. The exponential rate of urbanization and industrialization in<br />
the Asia Pacific countries such as China, India, Indonesia, Thailand, Malaysia, South Korea, and<br />
Japan are expected to provide growth opportunities to key players in the market.<br />
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Key players operating the fog computing market include Microsoft Corporation, ARM Holdings<br />
PLC, Cisco Systems, GE Digital, Intel Corporation, Schneider Electric Software LLC, and Fujitsu<br />
Ltd.<br />
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