Status: Launched/Operational (First Satellite Node) | Location: Low-Earth Orbit (LEO), Global Coverage
The successful launch of the DeStarlink Genesis-1 satellite on December 10, 2025, represents the definitive latest and most transformative project outside of India, fundamentally challenging the constraints of ground-based digital infrastructure. This launch is the first node in the Orbit AI "Orbital Cloud," a pioneering network of solar-powered data centers and connectivity hubs operating in Low-Earth Orbit (LEO).
The project is the ultimate solution to the three main crises facing AI infrastructure: Power, Cooling, and Space. By placing compute resources in orbit, the system gains access to virtually uninterrupted solar energy, eliminating reliance on volatile terrestrial grids. Furthermore, the extreme cold of space provides natural, passive cooling via vacuum and radiation, meaning the PUE (Power Usage Effectiveness) is theoretically near 1.0, as almost no energy is spent on cooling fans or chillers.
The initial satellite carries an AI inference payload and a blockchain node, serving as a proof-of-concept for DeStarAI, which aims to offer decentralised, sovereign, and censorship-resistant compute services. The data is transmitted via optical (laser) links between satellites and to specialized ground stations, bypassing much of the legacy fiber network. Though latency remains a challenge for general-purpose computing, the architecture is ideal for massive, parallel AI training and inference workloads that can tolerate micro-delays for the enormous gains in power and cooling efficiency.
Backed by key partners like PowerBank Corporation for advanced solar energy and adaptive thermal control, the Singapore-based Orbit AI plans to rapidly expand the constellation starting in 2026. This ambitious roadmap confirms that the pursuit of green, gigawatt-scale AI compute is driving the industry literally off-planet, marking this as the most significant infrastructure trend of late 2025.
| Field | Value |
|---|---|
| Project Name | DeStarlink Genesis-1 / Orbit AI "Orbital Cloud" |
| Location | Low-Earth Orbit (LEO), Global Coverage |
| Status | Launched/Operational (First Satellite Node) |
| Commissioning | December 10, 2025 (Genesis-1 Launch) |
| Total IT Load | TBD (Massive theoretical capacity, powered by continuous solar) |
| Total Capacity | Initial node: AI Inference Payload and Blockchain Node |
| Tier Level | Unique (Space-Grade Reliability, 100% Solar-Powered) |
| Project Type | Space-Based Data Center / Decentralized AI Compute |
| Header | Details |
|---|---|
| City Name | N/A (Origin: Singapore) |
| Population | 0 |
| Urban Agglomeration | N/A |
| City GDP | N/A |
| Per Capita Income | N/A |
| City Tier | Tier 0 - Outer Space |
| Key Strengths | Zero gravity, continuous solar power, infinite cooling capacity (vacuum), sovereign data potential. |
| Header | Details |
|---|---|
| Developer / Operator | Orbit AI (Singapore-based) |
| Strategic Infrastructure Partner | PowerBank (Solar Energy/Thermal Control) |
| Construction Contractor | N/A (Aerospace/Defense Contractors) |
| MEP Engineering | Adaptive Thermal Control Solutions (Radiators/Heat Pipes |
| Network Connectivity | Optical (Laser) Links between satellites; Downlink to ground stations (DeStarlink network). |
| Power Infrastructure | Dedicated Solar Arrays (Continuous, 24/7 power in orbit) |
| Header | Details |
|---|---|
| Power Capacity | TBD (Designed for maximum solar energy capture) |
| UPS Redundancy | N/A (Solar power is primary; battery backup for eclipse periods) |
| Cooling System | Natural Space Cooling (Vacuum/Radiation) with Adaptive Thermal Control Systems (highly efficient).Decentralized LEO mesh network |
| Connectivity | Decentralized LEO mesh network |
| PUE Target | Theoretically near 1.0 (Cooling requires minimal mechanical energy) |
| Energy Mix | 100% Solar Power (The ultimate Green Power PPA) |
| Header | Details |
|---|---|
| Announcement | December 11, 2025 (Launch Success) |
| Construction Start | 2023 (Manufacturing & Assembly) |
| Phase 1 Go-Live | December 10, 2025 (Genesis-1 Launch) |
| Full Buildout | Expansion to 5–8 orbital nodes in 2026; Constellation by 2028–2030. |
| Header | Details |
|---|---|
| Total Investment | Undisclosed (Multi-billion-dollar development roadmap) |
| Funding | Private Capital, Strategic Partnerships (Singapore, US, China supply chain). |
Subscribe to our exclusive newsletter and get the latest insights on data center trends, market forecasts, and infrastructure innovations delivered straight to your inbox.