INSIGHTS

 

Software Defined Radios (SDRs) for Tactical UAV and Robotics Communications

Modern unmanned systems—from Group 1 drones to ruggedized unmanned ground vehicles (UGVs)—require more than just robust hardware. They demand agile, secure, and scalable communications...
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Mesh Network Topologies and Architectures Explained

Choosing the right mesh network topology is critical for organizations deploying drones, robotics, or tactical communication systems. Network architecture directly influences how reliably devices...
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Inside Software Defined Radio Architecture and Waveform Development

Software Defined Radio (SDR) plays a pivotal role in modern tactical communications by enabling highly flexible and adaptable wireless systems. Unlike traditional radios with...
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Mesh Radio Networks—How They Work and Why They Matter

Mesh radio networks have emerged as essential infrastructure for tactical communications across drones, robotics, and other autonomous systems. In environments where traditional radios fail—due...
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What is Blue UAS? The Ultimate Guide to Secure Drone Compliance

Blue UAS is a comprehensive Department of Defense (DoD) initiative designed to rapidly vet and scale secure commercial unmanned aerial systems (UAS) technology for...
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Blue UAS Framework: Comprehensive Overview for Defense Drone Manufacturers

The Blue UAS Framework is a comprehensive initiative established by the Defense Innovation Unit (DIU) to rapidly vet and scale commercial unmanned aerial system...
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