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AI, Quantum Technology to Drive India’s Next-Generation Satellites

AI, Quantum Technology to Drive India’s Next-Generation Satellites
AI, Quantum Tech to Power India’s Next-Gen Satellites and Strengthen National Security: ISRO Experts at National Space Technology Conclave 2026 · theprint.in

Experts at a space conference in India discussed how new technologies could improve future satellites.

They said artificial intelligence could help satellites study information while still in space.

This could make decisions faster and help with planning and disaster management.

Quantum technology could make banking, military communications and other sensitive networks safer.

Inter-satellite links could help satellites communicate with one another.

The experts also discussed protecting navigation systems from false signals.

Another speaker warned that space junk can damage working satellites and make some orbits dangerous.

India is participating in international efforts to keep space safe and usable.

Students at the conference also met scientists and space-industry leaders.

Key facts

Event
National Space Technology Conclave 2026
Organizer
Chandigarh University
Location
Chandigarh University campus near Chandigarh, Punjab
Featured technologies
Artificial intelligence and machine learning, quantum technology, and inter-satellite links
Security focus
Secure navigation, spoofing countermeasures and India’s Space-Based Surveillance programme
Sustainability concerns
Space debris, collisions, uncontrolled re-entry and risks to astronomical observations
Launch figure cited
Chandigarh University’s senior managing director said the PSLV had delivered 399 foreign satellite launches by 2026, compared with 35 before 2014

Quotes

Dr. Nilesh M. Desai

Former Director of Space Applications Centre (SAC), ISRO

““Artificial Intelligence and Machine Learning, Quantum Technology and Inter‑Satellite Links (ISLs) will play a transformative role in India’s upcoming satellite systems.””
theprint.in
““Space sustainability has emerged as one of the most critical challenges for the future of space exploration and utilisation.””
theprint.in

Sources

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