Testing ground for deterministic parallel inference. Establishes the foundation of OPoC. Supports LLAMA 3.1 7B quantized and Flux.1. Multi-VM framework with WASM + EVM, Solidity smart contracts live.
OPoC consensus implemented. Third-party node operators join. Slashing and inactivity leak deployed but not enforced with real tokens. WASM-defined AI Agents with IPFS-based memory and configuration storage.
Threshold Signature Scheme (TSS) enables nodes to sign transactions on behalf of AI Agents on any blockchain. Inference batching for parallel execution. Slashing and inactivity leak activated with testnet tokens. Agents can now control real crypto assets.
Single-cluster nodes, no staking required. Serves efficient open-weights LLMs and image diffusion. Eight GPU configurations supported, minimum two GPUs (Pro6K is the single-card exception). Buy-back-and-burn active from day one. This phase runs the external revenue engine that bootstraps the token's economic floor before mainnet.
Multiple machines joined into a single logical serving unit. Model weights split across the cluster, unlocks frontier-class models the market pays premium rates to access. Single GPU entry point opens the network to consumer users and gamers for the first time. OPoC verification extends cleanly into the sharded regime.
All Phase 01 and 02 configurations continue operating. Full OPoC consensus activates at L1 level. TEE Web2 Oracles let AI Agents access Web2 data and subscriptions with minimized trust assumptions and latency. A TSS-enabled bridge with relayers enables trustless bridging of blockchain assets between UOMI and other chains. A Finite State Automata system gives agents autonomous transaction triggering. Node operators gain the option to stake $UOMI to secure the blockchain, staking rewards layer on top of inference earnings. The UOMI DAO launches, and the autonomous AI Agent layer built during the testnet era goes live on the production chain.