Embedded systems will lace the military teams with surveillance and advanced data intelligence capabilities, opening newer opportunities.
FREMONT, CA: Embedded systems are constantly contributing to various industrial applications. Its wide range of industrial applications encompasses various sectors, including automotive, aircraft, medical devices, household appliances, and others. Military embedded devices are also among the prominent use cases of embedded systems. When it comes to military applications, embedded systems have different requirements as compared to their other applications. Embedded systems for military purposes must be preceded with the reassurance that they can’t be reverse-engineered. Further, such systems must be prepared against any possible data interception attempts. Military embedded systems must also have a built feature that can withstand harsh battlefield conditions. Based on these requirements, here are the key applications of military embedded devices.
Military intelligence thrives on the capability of collecting useful information and analyzing them to make the best decision possible under a given circumstance. Modern embedded systems help military leaders achieve this goal. Embedded systems can be used to collect information from various sources spanning various countries. Further, embedded devices will facilitate remote control and secure the plethora of devices that are used in military services.
Surveillance Unmanned Aerial Vehicles (UAVs)
According to a report, the global market for military UAVs will grow from $20.7 billion from 2018 to $52.3 billion by 2025. These figures indicate that embedded UAVs will be one of the primary areas of investments for military forces across the globe. The applications of embedded UAVs will help the military forces across the globe with surveillance, reconnaissance missions, as well as for combats.
There has been an increased demand for interoperability between the UAVs and the ground command-and-control stations in the military. With the current rate of innovation, the role of embedded systems will be to secure communication channels between the ground control segment and the UAVs while ensuring the flexibility needed to transfer control to another ground segment. Such a capability will significantly enhance the versatility of UAVs on the battlefield.
The essence of embedded systems in the military can be estimated from the exponential growth in their numbers.
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