Rugged, AI-ready embedded computing for defense & space. From board-level to IQSat in-orbit intelligence for harsh environments. Built for your mission.
.@SystemsAitech, the CA-based supplier of space-computing platforms, announced an upgrade to its supercomputer that is intended to fuel the next wave of AI applications in orbit.
https://t.co/Hm1sQ8adef
Aitech’s 40+ year heritage + @nvidia innovation = a powerful combination. We’re supercharging our S-A2300 COTS AI Supercomputer and future designs with the NVIDIA IGX Thor platform—unlocking a new era of accelerated, edge AI for space missions.
https://t.co/j0tQgoBvVp
Aitech signed a $63 million production contract with HAL to supply mission–critical avionics computing solutions for India's Light Combat #Helicopter (LCH) program.
It supports avionics systems for 156 helicopters for Display Mission Computer, #flight systems next 5-6 years.
From early development → flight testing → certification → full production. Aitech worked with HAL engineers at every step. We’ve designed, adapted, and sustained avionics computing solutions tailored specifically for the mission—delivering performance where it matters most.
Aitech is at #AOCEurope2026 this week. Visit Booth 5R32 to explore AI-ready rugged embedded computing for mission-critical defense operations
Join Alex Trigoub:
“On-Orbit Intelligence: Autonomous Decision Making for Resilient LEO Defense Operations”
May 19–21 | Helsinki, Finland
.@AitechDefense has launched two new single board computers, U-C8600 and U-C8601, leveraging Intel 14th Gen Core Ultra technology to deliver accelerated AI processing and high-speed connectivity for military and aerospace environments
Find out more 🔗 https://t.co/XnFoMPxnE0
How is AI used in space?
At #SpaceSymposium, this was our most‑asked question. In this reel, Pratish Shah explains why inference AI, not generative AI is used and how it powers missions like our IQSat picosatellite. 🛰🛰️ https://t.co/NA9eHh7N4h
The U-C8600 is optimized for I/O-intensive missions while the U-C8601 is built for compute-intensive workloads requiring maximum PCIe expansion bandwidth.
Less integration risks. Less NRE. More capabilities.
Check out our configurator: https://t.co/zsKjiXvmMu
Airborne and ground platforms need more processing power in less space. Generally, there's no room in the budget, the weight envelope, or the schedule for an external AI card bolted on as an afterthought.
It translates high-speed optical signals into electrical signals, and back again, enabling reliable, high-integrity data exchange between Orion and its Electrical Ground Service Equipment (EGSE) during pre-launch checkout and mission operations.
Our media converter plays a foundational role in Orion's data infrastructure, acting as the critical bridge between the spacecraft's fiber optic network and copper-based systems.
The dawn of a new era of human space exploration has arrived.
Last night, the Orion spacecraft we built for @NASA completed its closest approach of the Moon and the crew delivered a view of Earth few have ever seen. We're proud to support the Artemis program and the missions to come.
In the March/April issue of @MilAero, Aitech's Dan Mor shares insights on how edge sensor processing enables faster analysis and action in modern defense systems, highlighting:
👉 How Aitech’s SOSA‑aligned mission computers enable AI, machine learning, and sensor fusion at the edge, where low latency and reliability are critical.