We don't do hardware on paper. Below is what we have flown, and what we have run on the ground — eight years of operational heritage, built up one mission at a time. Each entry links to its own page with the full record, the imagery and the verified third-party reading.
A 1U cubesat, built from scratch in four months, that extended ordinary amateur-radio handhelds across hundreds of kilometres — and proved a private Indian company could put a working spacecraft into a 600 km polar orbit.
An APRS digipeater for AMSAT India — and the first commercial use of ISRO's PS4 fourth-stage orbital platform. Designed, built and integrated in six working days.
A high-throughput Ku-band geostationary spacecraft replacing INSAT-4CR — VSAT, DTH and broadcasting backbone for the Indian subcontinent.
A 3,357 kg C and Ku-band geostationary spacecraft replacing INSAT-4A — the workhorse of Indian VSAT, DTH and broadcasting infrastructure for a generation.
A 1,710 kg C-band synthetic-aperture-radar spacecraft for agriculture, forestry, hydrology and disaster management — imaging through the cloud cover that defeats optical systems for half the year.
A joint Satellize–ISRO platform that lets Indian universities, colleges and NGOs fly experimental missions on the PSLV's fourth stage — power and communications shared, payload focus liberated.
Selected programs from across our portfolio — sovereign tasking, sovereign processing, sovereign decisions. Click through to the deep dives.
A satellite-led crop estimation programme for the Kingdom of Tonga — multi-spectral and hyperspectral monitoring of root crops, vanilla and coconut across Tongatapu, Vavaʻu and Haʻapai, plus an archipelago-wide assessment of agricultural potential spanning more than 170 islands, processed inside the kingdom and delivered to the Ministry of Agriculture, Food, Forests and Fisheries.
On 15 January 2022 the Hunga Tonga–Hunga Haʻapai eruption severed the kingdom's sole undersea fibre, knocking 105,000 people off the global network. Within hours, Satellize provided the sovereign satellite picture — and the backbone link that kept Nukuʻalofa connected to the rest of the world.
A dedicated micro-constellation for monsoon and cyclone-genesis tracking across the Bay of Bengal, processed in-country and shared with civil defence within minutes of overpass.
