Photon-IV receives $350,000 CSA award for satellite-pass AI

Photon-IV Inc. of Cambridge, Ont. received $350,000 last week through the Canadian Space Agency‘s Space Technology Development Program in its latest awards. The funding supports AI Predictor pLEO Networks, an AI-powered system intended to calculate when Low Earth Orbit satellites can link with hardware on the ground.

The CSA project summary says the work may aid environmental monitoring in remote places including the Arctic and support Canada’s sovereign satellite communication abilities, while the project targets better use of Canadian Low Earth Orbit capacity. Photon-IV Inc. is a Canadian space and defence technology company based in Cambridge, Ont. that works on stronger satellite link security and reliable switching between satellite and terrestrial communications.

The company holds qualified supplier status through the Government of Canada’s Defence Drone Initiative. A $250,000 contract from National Defence’s Innovation for Defence Excellence and Security program supports Photon-IV’s work orchestrating defence-grade satellite and terrestrial networks, sitting alongside that qualified supplier status.

Proliferated low Earth orbit means constellations built from many Low Earth Orbit satellites, a category whose numbers are growing. The project title takes pLEO as shorthand for this kind of network. Remote IoT devices lack the ability to model every satellite orbit to determine when they are within reach, so they drain limited battery power on failed connection attempts. These unsuccessful efforts reduce the usable lifespan of IoT devices and can create holes in collected data.

The Predict tool scans each satellite orbit across a pLEO network and uses machine learning to set optimal power scheduling and duty cycling for fleets of IoT devices. The company’s AI models combine orbital data with network data to calculate ideal uplink timing, then deliver that schedule to a client’s fleet of IoT devices.

Photon-IV says its goal is to dramatically extend battery life for devices and erase the critical power constraint blocking large-scale IoT-NTN deployment. The company claims 40 per cent energy savings could stretch battery life three to five times. The company says this lets smaller constellations operate without relying on massive networks such as Starlink or Amazon Leo. Photon-IV contends that smaller pLEO networks become more effective this way than by brute-forcing connectivity with huge omnipresent constellations.

Photon-IV tested its patent-pending prediction technology at the O-RAN Alliance Global PlugFest Spring 2026, working with Keysight Technologies on the xG Testbed in Arlington, Va. That Spring 2026 gathering is an industry event where open radio access network equipment undergoes testing.

On Oct. 23, 2026, Sanal Kamal, Photon-IV’s founder and chief executive, said sensors in remote locations should not spend their time waiting for satellites that are not within reach. “a remote sensor shouldn’t spend its life listening for a satellite that isn’t there”

On Oct. 23, 2026, Kamal said the CSA funding will allow Photon-IV to field-test its prediction technology, including in remote areas such as the Canadian North. He said the company takes pride in building the technology in Canada for locations where Canadians need it most.

In an email to SpaceQ on Oct. 23, 2026, Photon-IV said it could not explain the system’s workings due to its participation in the Controlled Goods Program, while confirming that machine learning and AI are involved. Public Services and Procurement Canada administers the program under the Defence Production Act. The program governs which people and organizations in Canada can examine, hold or move goods and technical data connected to military or national security, and registration demands a security assessment. Any firm dealing with these goods and technical data has to register with the program.