Concurrent launches Hornet: Rugged Edge Computing System
Concurrent, a leading provider of embedded computing solutions, has launched Hornet, a compact, rugged edge computing system engineered to meet the demanding requirements of mission-critical defence platforms. Featuring a conduction-cooled, baseplate-mounted design and high-performance Intel® and NVIDIA® processing, Hornet is optimised for real-time coordination, data processing, and control across land, sea, and air environments. With built-in support for AI inference at the edge, Hornet enables faster decision-making in mission-critical scenarios—from autonomous systems to sensor fusion and object classification.
Real-Time Power at the Tactical Edge
Hornet is built for edge deployment in environments where size, weight, and power (SWaP) constraints matter most. Whether mounted in a UAV, vehicle-mounted C4ISR system, or naval platform, Hornet ensures synchronised, low-latency data exchange with its 10G TSN Ethernet capabilities—critical for modern, networked operations.
Its rugged construction and MIL-STD compliance make it suitable for extreme temperatures, vibration, and shock, while its broad I/O support enables straightforward integration across a range of defence platforms, minimising complexity and deployment risk.
“Hornet is a system built for today’s defence challenges—compact, powerful, and robust. It enables tactical decision-making by bringing high-performance computing directly to the mission edge,” said Michael Harden, VP Systems at Concurrent.