Indian spacetech startup GalaxEye today announced “Mission Drishti,” its groundbreaking satellite slated for a 2026 launch, featuring the world’s first SyncFused OptoSAR architecture.
The company aims to capture clearer and more reliable images of Earth in all weather conditions, both day and night.
What makes Mission Drishti unique is its ability to combine two different ways of taking pictures from space on a single satellite. One system captures detailed visual images similar to photographs taken from orbit, while the other uses radar to see through clouds, darkness, and even heavy rain.
By merging these two methods, the satellite is expected to produce consistent and dependable images regardless of conditions on Earth.
The satellite will also be able to process much of its data directly in space using artificial intelligence technology powered by Nvidia Jetson Orin computing hardware. Instead of sending large amounts of raw information back to Earth for processing, the satellite will analyze images in orbit and quickly deliver useful insights.
This could significantly reduce the time it takes for governments, businesses, and emergency responders to receive critical information.
GalaxEye says Mission Drishti will also test the idea of “orbital data centres,” where multiple satellites work together like a network of computers in space. Such systems could make future satellite networks faster, more reliable, and less expensive to operate.
Company CEO Suyash Singh described the mission as an important step forward for India’s growing private space industry. He said the satellite builds on an earlier demonstration in 2024 and moves the company closer to providing real-time intelligence from orbit.
The announcement comes during the India-AI Impact Summit 2026 in New Delhi, which highlights the government’s push to strengthen artificial intelligence and space technology development in the country. With national programs such as Gaganyaan and the rise of private launch companies like Skyroot Aerospace, India’s space sector is expanding rapidly.
If successful, Mission Drishti could help improve agriculture monitoring, disaster response, environmental tracking, and national security planning by providing faster and more dependable satellite information. As climate risks and global tensions increase, reliable Earth-observation technology is becoming more important than ever.
The mission represents another sign that India’s private space companies are moving from experimentation toward building advanced, real-world space systems.
