☕Universal Task Service

The Universal Task Service acts as the execution layer of Synthia’s multi-agent ecosystem, bridging high-level user intents with low-level protocol actions. It operationalizes user-approved agent decisions by orchestrating complex, multi-step interactions across decentralized finance (DeFi) protocols in a dependable, secure, and verifiable manner.

Role in Multi-Agent Coordination

The UTS integrates tightly with Synthia’s multi-agent system to enable seamless delegation and execution of complex tasks. It acts as a shared service layer that:

• Accepts task plans generated by autonomous agents.

• Decomposes these plans into executable atomic actions.

• Routes them to appropriate executors or protocol adapters for fulfillment.

This design supports both synchronous and asynchronous task execution and allows agents to compose workflows involving multiple protocols and services without tightly coupling to implementation details.

Task Coordinator Interface

The UTS works in tandem with the Task Coordinator, which acts as the abstraction layer between user intent and actionable tasks. This allows users to initiate complex DeFi interactions (e.g., “Swap A on mainnet to B on Base”) without directly interacting with smart contracts.

Protocol Developer Integration

To support extensibility, the UTS exposes a well-defined interface for DeFi protocol developers. Through this interface, developers can:

• Register protocol-specific task primitives (e.g., deposit, withdraw, swap, stake).

• Define input/output schemas and execution constraints.

• Publish documentation for agent discoverability.

Once registered, these task primitives become callable components within the Synthia ecosystem and can be triggered through natural language queries interpreted by upstream agents.

Security and Reliability

To ensure safe execution, the UTS includes:

• Access control policies to restrict which agents may invoke sensitive operations.

• Execution logging and auditing for full traceability.

• Failure recovery mechanisms for partial execution rollbacks or retries.