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Agno Workflows enable you to build deterministic, controlled agentic flows by orchestrating agents, teams, and functions through a series of defined steps. Unlike free-form agent interactions, workflows provide structured automation with predictable execution patterns, making them ideal for production systems that require reliable, repeatable processes. Workflows flow diagram

Why should you use Workflows?

Workflows provide deterministic control over your agentic systems, enabling you to build reliable automation that executes consistently every time. They’re essential when you need: Deterministic Execution
  • Predictable step-by-step processing with defined inputs and outputs
  • Consistent results across multiple runs
  • Clear audit trails for production systems
Complex Orchestration
  • Multi-agent coordination with controlled handoffs
  • Parallel processing and conditional branching
  • Loop structures for iterative tasks
Workflows excel at deterministic agent automation, while Teams are designed for dynamic agentic coordination. Use workflows when you need predictable, repeatable processes; use teams when you need flexible, collaborative problem-solving.

Deterministic Step Execution

Workflows execute as a controlled sequence of steps, where each step produces deterministic outputs that feed into the next step. This creates predictable data flows and consistent results, unlike free-form agent conversations. Step Types
  • Agents: Individual AI executors with specific capabilities and instructions
  • Teams: Coordinated groups of agents working together on complex problems
  • Functions: Custom Python functions for specialized processing logic
Deterministic Benefits Your agents and teams retain their individual characteristics and capabilities, but now operate within a structured framework that ensures:
  • Predictable execution: Steps run in defined order with controlled inputs/outputs
  • Repeatable results: Same inputs produce consistent outputs across runs
  • Clear data flow: Output from each step explicitly becomes input for the next
  • Controlled state: Session management and state persistence between steps
  • Reliable error handling: Built-in retry mechanisms and error recovery

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