Physically Isolated by Design
GPU nodes in low Earth orbit are air-gapped from terrestrial seizure, censorship, and cloud platform shutdowns.
The Sovereign Orbital Cloudfor AI Agents
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The Orbit Manifesto
Built with Top AI & Space Partners
OAI Genesis-1 launchedAcademic collaboration with NTU and Singapore Academy of EngineeringSpace AI Research published in Nature ElectronicsSolana Solaris Incubation AcceleratorBinance Blockchain Week Hackathon WinnerSeed backing from US listed companies and aerospace partnersOAI Genesis-1 launchedAcademic collaboration with NTU and Singapore Academy of EngineeringSpace AI Research published in Nature ElectronicsSolana Solaris Incubation AcceleratorBinance Blockchain Week Hackathon WinnerSeed backing from US listed companies and aerospace partners
Why orbital infrastructure wins
Ground-based AI infrastructure is reaching physical, political, and economic limits. Orbit AI moves compute beyond the terrestrial ceiling.
Sovereign Compute for Autonomous Agents
Critical AI agents need infrastructure with no kill switch, no centralized chokepoint, and no dependence on hyperscalers.
Solar-Powered, Naturally Cooled
Orbit-native energy and passive radiative cooling unlock a radically more efficient path for long-horizon AI infrastructure.
Process in Orbit, Send Down Only the Result
On-orbit inference and edge processing can reduce bandwidth costs by up to 99% while minimizing latency to terrestrial relay systems.
Orbit AI is not just launching hardware. It is building a censorship-resistant compute layer for AI civilization.
A full-stack orbital infrastructure layer
From sovereign compute to orbital verification and space-native data services, Orbit AI is building the operating layer for AI agents beyond Earth.
Orbital Compute Cloud
Lease sovereign GPU capacity from a distributed orbital compute network purpose-built for high-value AI agents and resilient workloads.
• Verified GPU infrastructure in orbit • Built for autonomous agent deployment • Resistant to terrestrial shutdown risk
Orbital Validation Service (OVS)
Run geographically diverse blockchain validation from orbit, reducing dependence on terrestrial cloud regions for Ethereum, BNB Chain, Solana, and future L1 ecosystems.
• Light node deployment in space • Higher resilience for decentralized networks • Designed for next-generation SkyNodes
Eye of God Oracle
Process orbital video and earth observation data directly in space, then downlink only structured outputs for supply chains, ports, agriculture, and global intelligence systems.
• Machine-readable outputs for agents and enterprises • Trading autonomously on prediction markets (e.g., Polymarket). • Selling premium, high-frequency data feeds to institutional traders.
Space Billboard
Broadcast 60 second videos, branded visuals, community messages, and valuable content through a physical in-orbit display against the backdrop of Earth.
• A new category of media surface • Physical orbital display infrastructure • Built for brands, creators, and onchain communities
From first proof to orbital scale
Mission Milestones
Milestone I: Genesis-1 Operational
IN PROGRESS- Successfully launched and verified in low Earth orbit, Genesis-1 demonstrated the world’s first on-orbit edge AI inference with NVIDIA Jetson Orin.
Milestone II: Genesis-2: SkyNode / Genesis-3: Space Billboard
PLANNED- Genesis-2: SkyNode — The first blockchain light node in space, designed to extend decentralized network security beyond terrestrial infrastructure.
- Genesis-3: Space Billboard — A physical orbital display layer for broadcasting brand content, community visuals, and valuable media against Earth.
Milestone III: 13-Satellite Constellation
VISION- Scaling toward a decentralized orbital AI cloud with 13 satellites by the end of 2026.
Global Ecosystem
Strategic partnerships bridging AI, aerospace, and blockchain
Team & Research
Built by scientists, operators, and public-market leaders
Orbit AI is led by the chairman of US-listed companies and backed by a cross-disciplinary team of scientists and engineers from the Singapore Academy of Engineering, CUHK, Tsinghua, and NYU.
The company’s research and infrastructure direction are shaped by academic collaboration, orbital systems engineering, and capital markets experience.