OpenCompute

A decentralized compute layer that aggregates idle GPUs/CPUs into a global network.

Zero-Setup, Scalable, and Developer-Friendly

OpenCompute delivers a seamless and radically simplified compute onboarding experience. Unlike traditional decentralized compute networks that require complex hardware configurations and software setups, OpenCompute introduces a breakthrough: browser-native compute activation. No installations. No environment tuning. Just sign in, and your device becomes part of a global distributed compute network.

This zero-barrier access transforms everyday devices into usable compute nodes—instantly and elastically—becoming a foundational pillar for OpenCompute’s scalable compute infrastructure.

From the developer’s perspective, the OpenCompute SDK offers true plug-and-play usability. With just a few lines of Python—no complex dependencies or migrations—users can seamlessly trigger powerful remote compute tasks.

We’re also launching remote GPU scheduling, designed with a minimalist interface. For example:

RemoteGPUAdd(1, 2)  

This is high-performance computing distilled into a single line of code—delivering real-time responsiveness, on-demand scalability, and massive productivity gains for AI, science, and engineering workloads.

OpenCompute redefines compute usability: from “setup-intensive” to “instant-ready.”

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Roles in OpenCompute

• Users Uses the Python SDK to define and trigger remote functions ("runes") as if calling a local async method.

• Worker Nodes Provide compute power (CPU/GPU) to execute assigned tasks. Rewards are distributed in esNEB based on hardware capacity, uptime, task completion, and reputation.

• Verifier Nodes Validate Worker outputs to ensure accuracy and network security. They also handle scheduling, synchronization, and support Delegation, where staked esNEB boosts their rewards and ranking.

• Delegators Support Verifier Nodes by staking esNEB, participating in governance, and sharing in validation rewards — without needing to run hardware.