Altio Labs provides gigabit‑speed networking hardware and software for defense applications, combining commercial high‑speed silicon with hardened, quantum‑resistant encryption. The platform includes AI‑driven spectrum management that autonomously mitigates interference and adapts links to maintain throughput under jamming or harsh conditions, delivering secure, low‑latency data transfer for military communications.
Funding
Funding not disclosed
Founders
Product
Problem
Military communication systems require both extremely high data rates and robust protection against interception or tampering, yet many existing solutions are limited to low bandwidth or rely on legacy encryption that cannot withstand modern threats.
Solution
Altio Labs builds ultra‑secure, gigabit‑speed networking hardware and software tailored for defense environments. By adapting commercial high‑speed networking advances and integrating hardened, quantum‑resistant encryption, the platform delivers reliable, high‑throughput links that remain secure in contested or hostile settings. The solution is complemented by AI‑driven spectrum management tools that continuously monitor the RF environment, predict interference, and dynamically allocate frequencies to maintain optimal performance. Together, these technologies enable military units to transmit large volumes of data—such as video, sensor feeds, and command information—without compromising security or latency.
Target Audience
Primary customers are defense agencies, military communication units, and contractors developing secure battlefield networks and command‑and‑control systems.
Features
- Gigabit‑rate communication modules built on commercial silicon with hardened, military‑grade encryption
- Quantum‑resistant cryptographic suite ensuring data confidentiality against advanced adversaries
- Real‑time AI spectrum management that detects congestion and autonomously reassigns RF resources
- Adaptive link optimization to maintain throughput under jamming or variable channel conditions
- Ruggedized hardware designed for operation in extreme temperatures, vibration, and electromagnetic interference