Cyber
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India and South Korea have signed new defence cyber agreements. The partnership strengthens military information-sharing, infrastructure protection, and defence industrial cooperation as both countries expand secure technology links across the Indo-Pacific.
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Astrolight has commissioned Greece’s Holomondas optical ground station for CubeSats. The site will support high-speed laser communications under ESA-backed Greek connectivity work.
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Raytheon will develop software-defined radar capability for future naval sensors. The work supports multi-mission operation and improved spectrum sharing for U.S. Navy systems.
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Keysight and SRC UK are collaborating on electronic warfare test and simulation modernisation. The partnership will support open, software-defined EWASP adoption while helping defence customers preserve threat libraries and legacy test assets.
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NATO is preparing a cross-border sensor-to-shooter test on its eastern flank. The work will examine whether allied sensors, command networks, and effectors can exchange targeting data quickly enough for modern multi-domain operations.
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China-linked botnets expose edge-device weaknesses across UK defence supply chains, with routers, IoT devices, VPN traffic, third-party access, and unmanaged infrastructure offering hostile actors routes into sensitive industrial networks.
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Greenerwave and Telespazio France have signed a strategic agreement to distribute low-power, multi-orbit SATCOM terminals across European defence and government markets. The partnership links sovereign communications, GEO/LEO resilience, antenna manufacturing, and operational continuity for critical missions.
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The Pentagon is seeking AI-enhanced target recognition for close-in counter-drone systems, initially focused on remote weapon stations including CROWS. The effort links computer vision, sensor fusion, prototype testing, land and maritime firing, and future small-arms integration.
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HAVELSAN has introduced ADVENT-AI as an artificial intelligence layer for its naval combat management system. The upgrade targets anomaly detection, tactical picture generation, electronic warfare conditions, navigation support, monitoring, and naval gunfire prediction for existing and future platforms.
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Army AI cyber work compresses acquisition cycles for defensive tools. The exercise points toward faster pilots for military cyber systems, where vendors must prove secure deployment, realistic testing, auditability, operator control, legacy integration, and support models before autonomous tools move into operational use.