Military Embedded Systems
Topic: CJADC2
Story
From single-band fragility to adaptive spectrum control
March 03, 2026
Battlefield autonomy and distributed platforms demand communications architectures that respond at machine timescales, where conditions unfold. Every design choice that fails to embrace this reality reflects yesterday’s battlefield, not today’s.
From The Editor
-
Flight computer and software pact signed by Palladyne AI for CUAS use
June 30, 2026
-
Airborne command aircraft delivered to U.S. Air Force by L3Harris
June 22, 2026
-
Low-germanium thermal-imaging lens introduced by MKS
June 16, 2026
-
SYSGO will support SAETA II program with European safety-critical software
June 15, 2026
-
Airborne ISR market projected to reach $21.40 billion by 2031, study says
June 26, 2026
-
GUEST BLOG: Space-based sensing -- The backbone of Golden Dome’s next era of homeland defense
June 26, 2026
-
Raytheon closes $1.1 billion AIM-9X missile contract with U.S. Navy
June 26, 2026
-
Radar production and test capacity to be expanded in the Netherlands by Thales
June 23, 2026
A.I.
-
Edge AI platform stages demo for U.S. Air Force
June 30, 2026
-
Simulation and sensor-modeling technology firm acquired by Shield AI
June 23, 2026
-
The military’s real AI revolution is happening in the dirt
June 16, 2026
-
Artificial intelligence tools to be integrated into HENSOLDT MDOcore platform
June 10, 2026
-
Unified storage for the edge revolution
July 01, 2026
-
SOSA aligned card design garners Pacific Defense U.S. Army contract
June 30, 2026
-
Space network technologies garner AiRanaculus $5 million NASA contract
June 26, 2026
-
High-resolution imaging satellites to be built for Vantor by BAE Systems
June 25, 2026