Elsight, a developer of beyond visual line of sight (BVLOS) communication technology for mission-critical drones and robotics, explains how military forces maintain reliable, long-range connectivity for their unmanned systems in contested and complex operational environments. Read more >>
Modern military operations demand resilient, high-performance communication systems to support BVLOS missions and real-time situational awareness. UAVs must maintain continuous connectivity for control and data transmission over long distances to achieve mission objectives.
Traditional military radios, which rely on dedicated frequency bands and line-of-sight links, face limitations in today’s contested, multi-domain battlefields. This creates operational risks, such as spectrum congestion, susceptibility to jamming, and complex deployment, particularly for UAVs conducting surveillance, precision strikes, electronic warfare, and logistics.
Full spectrum connectivity addresses these challenges by aggregating all available communication links, including commercial LTE/5G, tactical private networks, satellite communications, and software-defined radios, into a unified, resilient data pipeline.
Intelligent bonding technology splits AES-256-CBC encrypted packets across multiple networks, ensuring secure, redundant transmission with seamless network transitions and real-time traffic routing. This maintains uninterrupted connectivity, eliminates reliance on any single network, and allows mission-critical communications to continue through alternative links even when parts of the spectrum are compromised or unavailable due to threats.
A communication system logical connectivity layer abstracts the complexity of multiple physical links, prioritizes critical command and control data, balances load, and dynamically adapts to changing electromagnetic environments. This approach enhances UAV reach, reliability, and resilience against interference while leveraging commercial network infrastructure for cost-effective, rapid deployment.
Elsight’s Halo BVLOS system exemplifies full spectrum connectivity by combining multilink bonding, real-time link assessment, data aggregation, enhanced encryption, and mission-specific optimization. Halo ensures uninterrupted, secure communication for military drones, enabling reliable operations across complex, contested, and remote environments.
To find out more information, read ‘The Key to Reliable Military Comms’ here >>
