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Network enabled capabilities (NEC) and electronic architectures in modern-day military vehicles fundamentally change the way in which the military conduct its operations. In-vehicle electronic (vetronics) architectures consist of the integration of a variety of safety-critical, deterministic and non-deterministic sub-systems through gateways and backbone networks. This assimilation provides the military...
Intrusions on the vetronics architecture often target specific applications. Intruders exploit vulnerabilities in the architecture and try to halt services or make them behave abnormally. The traditional security approach relies on the fortress model. That is, like a fortress, a preventive wall is built to ensure that the system is not penetrated. Survivability addresses the issue of security on the...
Military vetronics consists of a variety of sub-systems which perform a myriad of functions. These sub-systems are connected together using gateways and backbone networks to provide the crew, the military and decision makers with realtime data, enabling information sharing. This integration of the vetronics architecture provides greater functionalities than an individual sub-system. However, this...
Vetronics in modern day military vehicles have evolved to include network enabled capability (NEC) allowing the use of electronics architectures to integrate different sub-systems. Integrated vehicle electronics (vetronics) offer improved performance, efficiency and new capabilities at the subsystem, system and system-of-systems level. However, this integration is associated with magnified risk and...
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