OpenCompute

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

OpenCompute Introduction

OpenCompute is the core module of Nebulai, designed to aggregate idle compute resources worldwide through zero-installation browser nodes, creating a decentralized remote execution network.

By introducing a “decentralized compute + incentive” model, OpenCompute unifies idle GPU/CPU capacity across the globe and incentivizes everyday users to contribute their devices. Participants can engage in workloads such as AI inference, model training, graphics rendering, and privacy-preserving computation (e.g., ZK / MPC) — and earn $NEB tokens as rewards.

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OpenCompute Architecture

The system is built around three collaborative roles:

• Worker Nodes: Contribute real compute power to execute tasks such as AI inference and training.

• Verifier Nodes: Validate task outputs to ensure accuracy and maintain network security.

• Delegators: Stake esNEB to support Verifiers and share in the validation rewards.

To enable a sustainable economic system, OpenCompute incorporates modules such as:

• Task mining

• Online participation incentives

• Reputation scoring

• Dual-token model ($NEB & esNEB)

Together, these mechanisms ensure a compute marketplace that is fair, transparent, and long-term scalable.

OpenCompute will first launch within the Solana ecosystem, delivering a high-performance, low-cost distributed compute scheduling platform. It will provide reliable computational infrastructure for AI developers, enterprises, and applications across the ecosystem.