Network Orchestration

WHAT WE OFFER

AI‑Driven NTN–TN Handover
Seamless handover between LEO satellites and terrestrial networks is enabled by advanced AI/ML, which predicts link degradation and mobility events, then switches connections proactively to keep communications stable and low‑latency for aircraft, ships, remote bases, and autonomous platforms.

Secure Defense Connectivity
Secure, defense‑grade architectures deliver encrypted, highly available links for command and control, ISR data, and joint operations, unifying NTN and TN assets into one intelligent, EW‑resilient fabric suited to contested environments.

Mission‑Specific System Design
End‑to‑end communication systems are designed and tuned to each mission, from link‑budget analysis and waveform selection to routing and edge integration, supporting UAVs, maritime patrol, border surveillance, and remote critical infrastructure.

AI/ML Testbeds and Prototyping
AI‑driven testbeds simulate orbits, mobility, interference, and traffic loads so teams can trial algorithms, validate NTN–TN performance, and de‑risk deployments while aligning with the latest wireless and ML research.

Vision

Our vision is to create a world where resilient, intelligent connectivity keeps every mission online, from remote terrain to the edge of space. By fusing Non Terrestrial Networks and Terrestrial Networks with advanced AI and machine learning, seamless and secure communication becomes an invisible superpower for defense, aerospace, and critical infrastructure teams.

Photon IV strives to help Canada and its partners achieve true technological sovereignty in space and communications, freeing vital operations from fragile or foreign controlled networks. The long term ambition is a sovereign, multi orbit, multi domain network fabric that is secure by design, adapts under threat, and empowers both national security users and the communities they protect.