Decentralized Agent
Architecture

Understand how Liza operates within the Jeju network to deliver autonomous, cross-chain execution with complete transparency and community governance.

Architecture Layers

Layer 1: Agent Orchestration

The autonomous decision-making layer powered by ElizaOS. Liza agents run on distributed nodes, making real-time decisions based on market data, community governance votes, and pre-configured rules.

ElizaOS runtime for agent execution
Multi-protocol decision engine
Real-time data ingestion
Governance-driven permissions

Layer 2: Jeju Network Consensus

The decentralized consensus layer that validates all agent actions. Jeju provides agent SDKs (agent0-ts, agent0-py), governance tools (AI-governance), and smart contract standards (ERC-8004) for trustless agent registry and coordination.

Agent identity via ERC-8004 smart contracts
Governance voting through Jeju DAO systems
Multi-signature authorization by validators
CovenantSQL decentralized data layer

Layer 3: Cross-Chain Execution

Unified abstraction for multi-chain operations. Execute swaps, bridges, and complex protocols across Solana, Ethereum, and other networks through Jeju's atomic composition layer.

Atomic swap coordination
Cross-chain messaging
Protocol adapters for multiple chains
Instant settlement finality

Layer 4: Settlement & Finality

Final settlement occurs on Solana via Jeju's optimized rollup. Once a transaction is finalized, it is immutable, fully transparent, and permanently recorded on-chain.

Solana settlement layer
Optimized rollup compression
Immutable transaction log
On-chain audit trail

Execution Flow

1

1. User Request

User sends a request to Liza through the chat interface. This could be a swap, trade, analysis, or any other supported operation to blockchain decentralized with ElizaOs Brain. This work on crosschain functionality (as of now working on Solana other will coming as per roadmap).

2

2. Agent Analysis

Liza analyzes the request using ElizaOS runtime. It checks market conditions, evaluates risk, and verifies permissions are in place on lighting fast speed and performance.

3

3. Governance Vote

If required, the action is submitted to the community for governance vote. The Jeju network gathers votes from delegated validators and token holders.

4

4. Validation Layer

Jeju network validators cryptographically verify the transaction. Multi-signature authorization ensures no single validator can authorize an action.

5

5. Cross-Chain Routing

The transaction is routed through cross-chain bridges and adapters. For multi-chain operations, atomic composition ensures all-or-nothing execution.

6

6. Settlement on any blockchain

Final settlement occurs on any blockchain via Jeju's optimized rollup. Transaction is immutable and permanently recorded. Lesser fees and fast speed.

7

7. Execution Complete

User receives confirmation with transaction hash, on-chain proof, and audit trail. Full transparency from start to finish.

Key Properties

Trustless Verification

Every step is cryptographically verified. No trust required in any single party.

Decentralized Execution

Agents run on distributed nodes. No central server can shut down or censor operations.

Community Governance

Major decisions voted on by the community. Transparent, on-chain governance.

Multi-Chain Native

Execute across Solana, Ethereum, and other chains through unified abstraction.

Ready to Explore?

Experience the power of decentralized AI agents on the Jeju network. Start with Liza and see autonomous execution in action.