An Orbital Intelligence Ecosystem

Incubated at the Space Technology Innovation & Incubation Centre (STIIC), IIST, under the Department of Space

Scaling Orbital Intelligence, One Satellite at a Time

Orbitrik develops onboard deployable software stack that enables real-time computation, adaptive intelligence, and in-orbit decision-making, even in environments with strict energy, power and computational constraints. It brings together self-supervised learning, lightweight AI modules, smart data prioritization, and compression to form a unified onboard intelligence stack. By shifting decision-making to the onboard computers, Orbitrik reduces reliance on constant uplinks, lowers bandwidth demands, and accelerates response times. This hybrid approach combining onboard autonomy with coordinated ground control makes space missions faster, more resilient, and better equipped for dynamic scenarios. We at Orbitrik are rethinking how we design, operate, and scale orbital missions, making satellites not just observers, but intelligent agents in orbit. 

Your Satellite’s AI Copilot

Intelligent Satellites, Transformative Applications

Proactive Natural Disaster Detection

Agriculture

Greenhouse Gases Emission Monitoring

Advancing Orbital Intelligence Across Sectors, One Satellite at a Time

Orbitrik's autonomous intelligence systems aim to tackle critical global challenges across natural disaster response, agriculture, climate monitoring, maritime security, defence, and infrastructure. By enabling real-time intelligence directly in orbit, we envision to empower faster decisions, efficient resource use, rapid disaster response, and breakthrough scientific discovery, all without relying heavily on ground-based processing.

AI + Science

Maritime and Military Applications

Precision Infrastructure Monitoring

Early-Stage. In active development. More soon.

Engineered for the extremes: Mission-ready AI that thrives under computational, energy and power constraints.