Astrogate Labs

Optical/laser transmission delivers far higher data-download bandwidth than traditional radio-frequency links, per CEO Nitish Singh.

Laser communication is harder to intercept or jam than RF signals, a key advantage for defence and secure-data customers.

Astrogate's proprietary laser communication system is pitched as delivering markedly more bandwidth at a fraction of the cost of conventional systems, built to withstand harsh space conditions.

Astrogate's laser communication systems consume markedly less power than comparable radio-frequency systems, a benefit for power-constrained small satellites.

Astrogate targets the growing market of small satellites/CubeSats, a class of nanosatellites with a standard 10x10x10 cm form factor, distinct from larger competitors' focus on bigger satellites.

Sees significant opportunity among commercial companies operating Earth observation remote-sensing satellite constellations, a segment India has one of the largest fleets in.

As a deeptech startup needing patient capital for long development cycles, Astrogate treats government bodies as early anchor customers ahead of full commercial rollout.

Development of Astro-Link, Astrogate's laser-based satellite communication terminal, begun in 2021, targeting data rates up to 1 Gbps and beyond.

Passed space-grade certification tests as part of preparing for flight heritage.

Building a network of ground stations sited for clear-sky conditions, including installations in Australia and expansion plans in the Middle East.

CEO Nitish Singh previously spent three-and-a-half years at Team Indus (India's Google Lunar X Prize contestant) leading mission planning and operations, where he identified the RF data-downlink bottleneck that led to Astrogate.

In-house-developed pointing and tracking system that keeps the narrow laser beam aligned between fast-moving objects hundreds of kilometres apart, to micrometre-level precision.

Collaboration with US space-transportation/logistics company Momentus, which helps navigate satellites in space, to demonstrate laser communication technology.

Partnered in 2021 with the University of Tasmania to set up an optical ground station.

SatSure made a strategic equity investment and partnership to integrate Astrogate's Astro-Link terminal with KaleidEO's upcoming optical microsatellite mission.

Collaborated with Indian defence organisations between 2022 and 2025 on secure ship-to-ship laser communications.

Satellite operators buy Astrogate's optical communication terminal and integrate it into their satellite before launch, giving Astrogate an upfront hardware sale.

After launch, customers subscribe to Astrogate's ground communication service to receive their satellite data, creating a recurring revenue stream alongside the upfront hardware sale.