voltagent-multiagent

Coordinate typed agents in TypeScript by applying categorical patterns through supervisor-worker architectures and handoffs. This approach enforces type-safe inputs and outputs using schemas, relying on @voltagent/core for coordination primitives.

Build a supervisor-worker multi-agent architecture by initializing a supervisor to orchestrate multiple agents. This design chains agents through pipeline composition using Kleisli-like patterns to execute coordinated tasks.

Natural transformations for agent handoffs are categorical patterns used to compose typed agent pipelines. They enable type-safe transitions between agents, allowing a research agent to pass facts to a writer agent for final output.

@voltagent/core supports parallel agent collaboration through its coordination primitives. It enables scalable multi-agent systems by integrating typed messages and memory to manage concurrent agent execution.

Use categorical patterns for multi-agent orchestration when you need to compose pipelines and enforce type-safe inputs across supervisor-worker hierarchies. This approach solves the complexity of coordinating typed agents in TypeScript software systems.