ISRO Gaganyaan Mission Case Study

Award-Winning Innovation

Our award-winning Spatial AI Globe, pioneered for the first time in India, along with our unique Defence AI Lab delivers 10x research speed and outcomes. This groundbreaking technology represents a quantum leap in India's space exploration capabilities.

Geospatial AI automates data analysis, dramatically reducing the time and resources needed to unlock deeper insights from complex satellite and sensor data, enabling faster decision-making and more accurate predictions.

ISRO's AI-Powered Applications

• Water Precipitation Prediction Water precipitation levels are being showcased through predictive modeling. The system allows us to use various AI algorithms on satellite, sensor, and other data sources to train advanced predictive models, with intuitive visualization for effective understanding and learning.
• Natural Disaster Prediction Prediction of natural disasters and cataclysmic events using historical satellite data captured over time, enabling early warning systems and disaster preparedness.
• Temperature Forecasting Temperature predictions over time across global locations to predict climate change patterns through comprehensive analysis of past data.
• Air Quality Monitoring Air quality prediction and real-time causality prediction of environmental changes to examine specific events and their impacts on atmospheric conditions.
• Spatial AI Research Understanding and advancing research in the detailed field of Spatial AI, a pioneering technology that is rising across the world in importance and transforming how we analyze geospatial data.

The Gaganyaan Mission

Scheduled for March 2026, the test flight will validate critical systems ahead of India's human spaceflight ambitions. This uncrewed mission marks a major spaceflight milestone, testing life support systems, crew escape mechanisms, and orbital maneuvers that will pave the way for crewed missions.

The integration of AI and machine learning technologies ensures enhanced safety protocols, real-time monitoring, and autonomous decision-making capabilities during the mission.