Real Decentralized
Compute Network.
Hyper-scalable, Trusted, Ultra-low cost. Powered by the device in your pocket.
Own a smartphone?
Turn your smartphone into a node.
Monetize your idle CPU/GPU power and receive $MOBO rewards.
Search for on-demand compute?
Deploy high-performance compute.
Access a global secure compute grid for AI, Oracles, and ZK-proofs.
Mobo Clusters Everywhere Become part of the cloud ！
The centralized cloud is a relic of the past. Mobo is unlocking the latent linear processing power of 6 billion mobile devices worldwide, creating a permissionless distributed supercomputer. By leveraging TEE (Trusted Execution Environments) built into modern chips, we deliver industrial-grade security at a fraction of legacy costs. Convert your mobile hardware into a high-performance node today.
215,000+
Active Mobile Nodes
90+
Countries Covered
850M+
Compute Tasks Executed
A Supercomputer in Your Pocket
The Mobile Device is the new backbone of distributed compute
We don't need massive data centers; we need the silicon already in your hands. Mobo adopts the same high-end security architecture used for biometrics and mobile payments to handle complex Web3 logic.
Key Capabilities & Use Cases
Secure Execution
Based on hardware isolation environments, ensuring all data processing is completely private and immutable.
Distributed Edge Compute
Utilizing edge devices for high-performance computing, eliminating latency and increasing efficiency.
Off-Chain Automation
Enabling cross-chain automated triggering and management of smart contracts through secure computing.
High-Efficiency Distributed Compute
Distributing complex computing tasks to a global grid, significantly reducing costs and increasing speed.
Secure, Scalable, Sovereign.
Mobo Proof-of-Compute
- Hardware-level Security: Utilizing staking mechanisms to guarantee the integrity and trustworthiness of compute nodes.
- Deterministic Verification: Strictly verifying every task through hardware Trusted Execution Environments (TEE).
- Stable Scaling: Providing stable and predictable service levels for large-scale high-performance computing.
- Low Carbon Footprint: Fully leveraging existing, high-efficiency ARM architecture devices.
Community
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