Photon-IV provides defense‑grade network orchestration that unifies LEO, MEO, and GEO satellite constellations with terrestrial infrastructure using predictive AI. Its platform delivers sub‑50 ms handover latency and NATO‑grade encryption, enabling seamless, low‑latency connectivity for aircraft, vessels, remote bases, and autonomous systems.
Funding
Funding not disclosed
Founders
Product
Problem
Defense and aerospace missions require continuous, low‑latency communication across diverse environments, but existing networks struggle to maintain seamless connectivity when moving between satellite constellations and terrestrial links, especially under contested or degraded conditions.
Solution
Photon‑IV offers a defense‑grade network orchestration platform that unifies LEO, MEO, and GEO satellite constellations with ground‑based infrastructure. The system leverages predictive AI/ML to forecast link degradation and mobility events, enabling proactive handovers with sub‑50 ms latency. NATO‑grade encryption secures all traffic, providing resilient command‑and‑control, ISR, and joint‑operation links for aircraft, vessels, remote bases, and autonomous systems. By integrating satellite and terrestrial assets in a single, AI‑driven framework, the platform ensures uninterrupted connectivity for critical missions while supporting Canadian technological sovereignty.
Target Audience
Primary customers are defense forces, aerospace operators, and critical‑infrastructure agencies that require reliable, low‑latency connectivity for mobile platforms and remote sites.
Features
- AI‑driven handover engine that predicts link degradation and initiates seamless transitions between satellite and terrestrial networks
- Sub‑50 ms handover latency across LEO, MEO, and GEO constellations
- NATO‑grade encryption and electronic‑warfare‑resilient architecture for secure, defense‑level communications
- Unified management of satellite and ground assets through a single orchestration interface
- Real‑time monitoring and analytics for mission‑critical link performance