AVS of Agent
Before reading this, you should understand the functionality of AVS in EigenLayer.
Last updated
Before reading this, you should understand the functionality of AVS in EigenLayer.
Last updated
To verify the authenticity of agent services executed within a distributed network and ensure the compliance and transparency of node behavior.
Task Distribution: AGENT tasks (e.g., model execution, decision-making processes) are distributed by on-chain smart contracts or task aggregators to multiple nodes.
Node Execution: Each node executes the assigned task independently and generates results.
Result Verification: The results are validated on-chain through cryptographic proofs, such as hash verification or zero-knowledge proofs (ZKPs), ensuring the nodes genuinely executed the tasks.
Consensus Mechanism: Results are validated using majority consensus among nodes. Signatures (e.g., BLS) are aggregated to ensure efficient verification.
Proof of Execution: Nodes provide execution proofs (e.g., logs or ZK-SNARKs) as evidence of task completion. These proofs are submitted on-chain for transparency.
Random Sampling: Random nodes are periodically selected to re-execute tasks, ensuring result authenticity and catching fraudulent behavior.
Reward Distribution: Nodes receive rewards based on task completion and verification outcomes, using an ERC-20 token model.
Slashing Mechanism: Nodes that fail to execute tasks, submit fraudulent results, or violate compliance standards will have their stakes slashed.
BLS Signatures: Task results and execution proofs use BLS signatures for aggregation, reducing on-chain storage costs and gas consumption while maintaining verification efficiency.
AVS Consumers submit AGENT tasks to the AVS smart contract for execution.
Nodes receive and execute the tasks, generating outputs and proofs of execution.
Aggregated BLS signatures or ZK proofs are submitted to the AVS contract.
Execution results and node behaviors are verified on-chain.
Rewards are distributed to compliant and successful nodes.
Malicious nodes face penalties, including slashing of their stakes.
Combines cryptographic verification and consensus to ensure tasks are genuinely executed.
Prevents centralized control by distributing tasks to multiple nodes.
Encourages reliable node behavior through rewards while penalizing malicious actions.
Signature aggregation reduces gas costs and on-chain computation.
Verify distributed nodes completing AGENT tasks, such as model decision-making or service computations.
Ensure nodes process and validate accurate, untampered data.
Monitor node uptime, performance, and compliance with AVS standards.
