Code Written. Action Taken.

The Decentralized Financial Intelligence Network.

On-Chain Glass Box Protocol

Black box finance replaced by verifiable protocols.
Intelligence becomes a liquid asset.

DISCOVER MORE

By combining agent-based execution, market-driven incentives, and cryptographic verification, Manus enables financial intelligence to be produced, evaluated, and priced openly on-chain.

Features

Core Tech Stack.

Dual-layer topology. Consensus settles on-chain. Execution runs off-chain. Scalable high-frequency operations.

Agent Execution Core

OpenManus Runtime

CodeAct Paradigm LayerMiner nodes utilize the CodeAct paradigm to write and execute Python code within isolated Docker sandboxes, performing precise financial calculations.

Fair Consensus Engine

Yuma Consensus V3

Per-Bond EMA ScalingSolves free-riding via Per-Bond EMA scaling. The Commit-Reveal mechanism prevents weight copying while independent scoring rewards early value discovery.

Liquid Asset Protocol

Dynamic TAO

Capital Determines ComputeTransforms AI strategies into liquid assets. Dynamic liquidity pools ensure price discovery reflects market expectations, letting capital determine compute flow.

Cryptographic Truth Layer

ZKML Verification

Verifiable InferenceMiners attach zk-SNARK proofs to results, mathematically guaranteeing computational integrity and model usage without revealing proprietary intellectual property or weights.

How it works

OpenManus Empowered.

 Cyclic workflow. Raw compute to verifiable intelligence. Code-driven. Market-verified.

Execution — Miners

Miners utilize OpenManus to write and execute code within secure sandboxes, solving complex financial queries from prediction to auditing.

Threat log interface showing IP addresses, file upload activity, and a high-level suspicious activity alert.

Verification — Validators

Validators evaluate outputs against Reward Functions. Miners attach ZKML proofs to guarantee computational integrity without revealing underlying intellectual property.

Visual flowchart showing automated threat detection triggering a system lockdown across network endpoints.

Consensus — Yuma V3

The network employs Yuma Consensus V3 and a Commit-Reveal mechanism to prevent weight copying and incentivize independent value discovery.

Timeline of security events including patch notifications, intrusion prevention, and system health status updates.

Settlement — Agent Economy

dTAO allocates emissions via Softmax normalization. High-performing agents attract capital, creating a dynamic market where capital determines compute.