From Lunar South Pole landings to Mars orbiters at a fraction of global costs, India has redefined what's possible. GaganOrbit is the next evolution.
We are building the sovereign infrastructure for the next billion lives.
AGRI-OPS
EXTR-SYS
ORB-DATA
AUTO-EXP
INFRA-CORP
Revision
D
Aerospace Standard
Micron-Level
Manufacturing Tolerance
ISO-Certified
Orbital Cleanrooms
Agriculture
Livelihoods Impacted
Space is no longer the exclusive domain of governments. It is becoming infrastructure — the way satellites became invisible scaffolding for banking, navigation, and communication.
India has 150 million farming households. GaganOrbit is building the satellite backbone that makes precision agriculture possible at India's scale.
Identifying plant stress, nitrogen deficiency, and pest infestation at field level weeks before damage is visible to the human eye.
Radar-based moisture readings paired with ground sensors reducing water consumption by up to 35% while maintaining yields.
District-level yield forecasts 60 days before harvest, providing critical data to commodity exchanges and cooperatives.
Satellite-verified loss assessment for crop insurance, replacing slow and error-prone manual surveys with 6-hour response times.
Indian agriculture contributes 18% of GDP. A 10% improvement in input efficiency translates to billions of dollars in value created and millions of livelihoods protected.
The richest deposits are not underground. They're in orbit. We are building the systems that will make these resources accessible.
Mineral detection payloads for mapping subsurface water ice and high-value concentrations at sub-10-metre resolution.
Autonomous drilling and regolith processing systems designed for vacuum, extreme thermal cycles, and abrasive dust.
Immediate geological mapping and environmental compliance for terrestrial operators to fund long-term orbital vision.
Developing In-Situ Resource Utilisation to extract oxygen and water on-site, reducing mission costs by orders of magnitude.
Chandrayaan-3 established India's claim to the resource-rich lunar south pole. GaganOrbit converts this scientific achievement into commercial economic value.
Data centres don't need to be on Earth. We are building the edge computing infrastructure that processes data where it is generated.
Radiation-hardened compute units with AI inference reducing bandwidth costs by 70% and latency from hours to minutes.
India's first private encrypted inter-satellite network for sovereign defence and institutional data sovereignty.
Unified API connecting state governments and enterprises to real-time data streams via GaganOrbit's constellation.
Network of stations across Leh, Shillong, and Hyderabad providing sub-90-minute latency for the Indian subcontinent.
A sovereign orbital data infrastructure is a defence imperative. We build with the security architecture that national security demands.
Pragyan showed what's possible. We're building what comes next: autonomous robotic platforms for the most hostile environments.
120kg semi-autonomous platform with ground-penetrating radar and passive thermal management for extended lunar survey.
In-house navigation and prioritisation systems that operate without real-time human instruction for lunar operations.
Adapting rover technology for defence reconnaissance, mining robots, and disaster response platforms for ground use.
India's first private planetary surface test facility simulating regolith environments for national and international programs.
GaganOrbit is the commercial extension of India's robotic capability, building rover systems intended for actual commercial planetary deployment.
India's space sector can't scale without a supply chain. We are building the backbone that NewSpace companies need to manufacture at speed.
5-axis CNC machining of satellite structures with sub-10-micron tolerances in titanium and carbon composites.
Space-qualified PCB design and assembly with radiation analysis for LEO/GEO environments to AS9100 standards.
ISO Class 7 cleanrooms with thermal-vacuum chambers and vibration tables for complete spacecraft qualification.
Systematically identifying and developing domestic alternatives for high-value components to ensure national self-reliance.
We source, identify, and qualify domestic alternatives for flight hardware, ensuring India's space program isn't dependent on foreign manufacturing.
Gagan — Sanskrit for sky, for the infinite expanse. Orbit — the precise path of execution. GaganOrbit is the intersection of Indian aspiration and engineering certainty.
Nations that control manufacturing control the systems.
Achieving world-class results with constrained resources.
We're Playing a 20-Year Game. Here's the Roadmap.
Generating revenue as India's premier private space manufacturing partner. Laying technical foundations for EO constellations and rover autonomy.
Launching our own 24-satellite EO constellation. GaganRover-1 deploys to the lunar south pole. GaganCloud becomes self-sustaining.
GaganOrbit becomes the AWS of India's space economy. Commercial resource extraction begins on the lunar surface.
Most space startups are single-bet companies. GaganOrbit is a portfolio architecture. Five verticals, each with independent revenue potential.
NewSpace supply chain and satellite AIT services.
Recurring institutional subscriptions for Earth Observation.
Rover systems and ISRU technology licensing.
Hard-won knowledge from the intersection of space technology and Indian industry.
Exploring the technical challenges of bringing hyperspectral imaging to the individual farm plot scale.
Dust, thermal cycles, and the autonomy stack: building what succeeds after 384,000 kilometres.
How GaganOrbit is systematically identifying and qualifying domestic alternatives for flight hardware.
Collaborating with the world's leading aerospace agencies and commercial pioneers.
Strategically distributed infrastructure to support mission-critical orbital operations and terrestrial supply chains.
Aerospace Park
Hub
Mission Control & R&D
High-Altitude
Proving Grounds
Planetary Simulation
Launch
Interface Office
Orbital Payload Integration
We're looking for the boldest minds in aerospace engineering to build the hardware that powers the next century of the global space economy.
Designing the master control protocols for orbital assets.
Developing flight-grade alloys that survive the vacuum.
Your work could be in orbit within 18 months. Join the unit that moves fast and delivers results.
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