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The next frontier in secure, high-speed data processing.
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Concept Render
Gaia 1.0 is our flagship orbital datacenter module. Engineered specifically as a modular payload, it provides the secure hardware infrastructure required to run high-performance compute workloads at the space edge.
A secure infrastructure loop connecting sensors, orbital compute, and end users in real time.
Routine Observation covers disaster or defense event or sensor tasking.
UAV and terrestrial sources route through ground stations before uplink.
Relay constellation moving data between sensors, the hub, and the ground.
Runs inference on incoming data, reformats it into usable output, and can cue sensors to retask based on what it detects.
Can issue new instructions back to the hub.
Response is executed on the ground or in the field, closing the loop back to the event.
Our iterative approach to scaling high-performance compute in low-earth orbit.
A modular, bus-agnostic compute payload designed to integrate seamlessly onto existing commercial satellite platforms. This phase validates our core thermal rejection architecture and secure containerization models in a live orbital environment.
Transitioning from hosted payloads to purpose-built satellite buses. Engineered entirely around the thermal and power demands of continuous AI inference, driving down the capital cost per TFLOP to enable a truly scalable orbital datacenter constellation.
Founder and Chief Executive Officer
Co-Founder
We're looking for curious engineers who thrive on solving hard problems and want to help build the infrastructure that will power the next era of space and computing.
Location & Compensation: Initial hires will be offered a stipend and will work remotely during the onboarding phase, with the expectation to relocate to our hardware operations in Ahmedabad over a 6-month period. We offer industry standard equity for those ready to build from the ground up.
Full-Time | Remote/Ahmedabad
Architect the power delivery network for high-draw AI systems. Expertise in power electronics, PCB layout, and chip-to-chip interfaces required.
Full-Time | Remote/Ahmedabad
Build the brain of the datacenter. Experience in avionics, RTOS, and close-to-metal chip integration required.
Internship | Remote/Ahmedabad
Tackle extreme heat rejection challenges in LEO. Work on advanced cooling geometries and thermal constraints specific to server-class chip interfaces.
Internship | Remote/Ahmedabad
Navigate the astrodynamics of heavy-compute satellite buses. Assist with constellation modeling, drag decay analysis, and station-keeping strategies.
Intern / Full-Time | Remote/Ahmedabad
Ensure seamless integration across mechanical, thermal, electrical, and software disciplines. Bridge the gap to build a cohesive, operational spacecraft.
Interested in partnering or learning more about our orbital infrastructure? Reach out to our team directly.
Or email us directly at contact@orbitgrid.in