Radar/EW - All Articles

AI at the edge: Making mission-critical intelligence practical

May 07, 2026

Artificial intelligence is transforming how defense organizations, critical infrastructure operators, and industrial teams collect data, interpret threats, and make decisions. As AI capabilities advance, organizations are moving beyond centralized cloud environments and bringing intelligence closer to where operations occur. The result is a growing shift toward AI at the edge, deploying advanced computing alongside sensors, platforms, and operational systems.

Electronic Warfare E-Book

Welcome to our Electronic Warfare e-book, a collection of new and previously published content from Military Embedded Systems journalists and contributors on electronic warfare (EW), systems, requirements, and procurement trends.

Radar/EW - All Articles

AI at the edge: Making mission-critical intelligence practical

Electronic Warfare E-Book

Special operations forces conduct maritime security training during Balikatan 2026

SOF Week to highlight AI, autonomy, electronic warfare, and acquisition pathways

Assured navigation system to be prototyped for U.S. Army by GPS Source

Space-based interceptors to be developed for U.S. Space Force by Anduril team

Improved threat detection system to be developed for U.S. Army by Northrop Grumman

Radar satellite becomes operational for European Earth-observation mission

Space-based interceptor capabilities to be developed for U.S. Space Force by Lockheed Martin

Realizing cognitive EW in a single VPX slot

WILDSTAR 3AE1 3U OpenVPX FPGA Processor for SIGINT, C5ISR, electronic warfare

Multifunction radio frequency system demonstrator to be developed under European project led by Indra

Over-the-horizon radar transmit subsystem ordered for homeland defense from OSI Systems

Autonomous surveillance towers certified for U.S. border monitoring by GDIT

VCNO Kilby acknowledges gap in combat surge readiness, working to reach 80% across fleet

Counter-UAS system for autonomous surface vessels unveiled by Leonardo DRS at Sea-Air-Space

War on Iran forced U.S. Navy to reinvent at-sea logistics, Military Sealift Command official says

U.S. Navy pushing predictive maintenance, data analytics to improve fleet readiness

PRODUCT OF THE WEEK: SundanceDSP’s SOSA aligned, OpenVPX PIC card

Sea-Air-Space 2026 to focus on maritime readiness, autonomy, and industrial base challenges

VCNO Kilby, other top U.S. Navy leadership to headline Sea-Air-Space keynote panel

EXHIBITOR PROFILE: High-performance, ruggedized servers with high TRL for Naval applications

Shipbuilding, uncrewed maritime systems to be highlighted at Sea-Air-Space 2026 by HII

Maritime missile, autonomous underwater systems to be highlighted at Sea-Air-Space 2026 by Kongsberg

Naval shipbuilding cooperation agreement signed by TKMS, Navantia

PRODUCT OF THE WEEK: Annapolis Micro Systems WILDSTAR 3AE1 3U OpenVPX Direct RF

Fleet, infrastructure support for Royal Navy ships extended by Babcock

Electroacoustic, ultrasonic technologies to be highlighted at Sea-Air-Space 2026 by Massa

Maritime engagement in Pacific conducted by Ecuador and U.S. navies

FPGA processing card to increase data processing speeds released by Abaco Systems

Featured White Papers/e-Books

Unmanned

Autonomous systems and unmanned platforms to be displayed at SOF Week by AEVEX

A.I.

AI at the edge: Making mission-critical intelligence practical

Cyber

Continuous monitoring system for coalition tactical networks launched by Curtiss-Wright

Comms

Special operations forces conduct maritime security training during Balikatan 2026