TakeMe2Space to Launch India’s First Orbital Computing Satellite for AI Data Processing
- TakeMe2Space will launch its MOI-1A satellite on October 1, hitching a ride on SpaceX’s Transporter-18 mission.
- The MOI-1A aims to solve a costly bottleneck in satellite operations: the transmission of massive raw datasets to terrestrial ground stations.
- Instead of downloading entire raw files, ground stations receive only the processed results.
TakeMe2Space will launch its MOI-1A satellite on October 1, hitching a ride on SpaceX’s Transporter-18 mission. Weighing under 50 kilograms, the satellite is built to move the heavy lifting of data processing from Earth to orbit, utilizing Nvidia Orin NX edge computing chips to analyze information in space.
Processing Data Beyond the Atmosphere
The MOI-1A aims to solve a costly bottleneck in satellite operations: the transmission of massive raw datasets to terrestrial ground stations. By utilizing onboard Nvidia Orin NX processors, the vehicle processes imagery and data in real-time as it passes over geographic regions.
The result is a leaner data stream. Instead of downloading entire raw files, ground stations receive only the processed results. This shift is designed to slash costs for users in insurance, mining, agriculture, and supply chain management.
Ronak Samantaray, founder and CEO of TakeMe2Space, noted that clients can upload AI models to the satellite as containerized software. Operating on a power capacity of approximately 150 watts, the MOI-1A is configured specifically for edge computing. This distinguishes it from the ambitions of firms like Starcloud and SpaceX, which seek to deploy the more advanced Nvidia chips typically found in terrestrial data centers.
Twenty-Three Contracts and Cold Storage
TakeMe2Space announced it had secured contracts with 23 clients for the mission. The roster includes educational institutions, geographic information system firms, and Little Place Labs, a U.S.-based space data analytics company.
The company is also eyeing a niche in orbital “cold storage.” By offering redundant backup locations outside standard terrestrial cloud providers, TakeMe2Space is targeting the financial and defense sectors for the storage of sensitive data.
Domestic Design and Launch Volatility
Most satellite subsystems are designed and manufactured within India. However, TakeMe2Space still relies on international suppliers for electronic chips, propulsion systems, and solar cells.
The road to the MOI-1A has been mixed. A technology demonstration in late 2024 successfully verified the company’s ability to execute AI inference tasks and upload applications in orbit. That success was followed by a setback: the MOI-1 satellite was lost after a failure occurred in the third stage of its launch vehicle.
The Push for Networked Satellites
The company is now planning for 2027. The goal is to transition from single units to larger, networked satellites capable of serving multiple clients simultaneously. These larger units are intended to increase available orbital computing power while further driving down operational costs.