Agno

Tracked

A unified platform for intelligent agents that supports multimodal and multi-agent systems, integrating over 23 model providers and more than 20 vector stores with prioritized routing design.

Author agno-agi Open Sourced 2022-05-04 Last Commit Unknown

Agno is more than a framework — it is a unified platform for intelligent agents designed to build the next generation of AI applications. It supports multimodal and multi-agent systems, integrates over 23 model providers and more than 20 vector stores, and provides flexible routing and priority mechanisms that give developers unprecedented agility and choice.

Model-Agnostic Architecture

  • Decouples agent logic from any single model provider, enabling free switching without changing business code
  • Reduces vendor lock-in by letting teams select the most cost- and performance-efficient model per task
  • Supports 23+ providers including OpenAI, Anthropic, Google, Cohere, Mistral, and local models
  • Unified API surface so adding or swapping a model is a one-line configuration change

Priority-Aware Routing

  • Optimizes AI-driven tasks end-to-end, from storage management to compute scheduling
  • Assigns priority levels to different model routes based on latency, cost, and accuracy requirements
  • Ensures intelligent systems can efficiently handle complex multi-step processing workflows
  • Delivers enterprise-grade reliability with built-in fallback and retry logic

Multimodal Input/Output

  • Natively handles text, images, and audio within a single agent pipeline
  • Enables richer, more natural user interactions across chat, voice, and visual interfaces
  • Supports multimodal tool outputs so agents can process and generate mixed content types
  • Meets the demands of modern AI applications that require cross-modal reasoning

Collaborative Multi-Agent Workflows

  • Provides persistent shared memory and context between agents for true collaboration
  • Enables seamless information exchange so agents can coordinate on complex tasks
  • Expands the capability boundaries of individual agents through team-based orchestration
  • Scales to large-scale intelligent systems with role-based agent specialization