Build, run, and manage production-ready AI agents with a Python framework for agent systems, memory, tools, and AgentOS deployment.
Build AI assistants that can search the web, query databases, use tools, remember context, and coordinate with other agents through a Python framework.
Agno (formerly Phidata) is best for Python engineering teams building production AI agents; it starts free as an open-source framework, with Pro listed at $150/month including 4 seats and 1 live connection, plus $30/month per extra seat and $95/month per extra connection, while Enterprise is custom priced. Agno is an open-source Python framework and agent platform for building agents, teams, workflows, memory-backed applications, knowledge/RAG systems, and production AgentOS deployments. It is a better fit for developers who want framework-level control than for nontechnical users looking for a no-code automation builder. The core development path is code-first: teams define agents, connect model providers, add tools, configure memory and knowledge, test locally, and then move selected systems into AgentOS for serving, monitoring, tracing, and operational management. Official documentation describes AgentOS as the runtime and control plane layers for an Agno-built agent platform, with the SDK used to build, the runtime used to run, and the control plane used to manage. Five concrete facts help frame the product: the pricing record lists a free open-source tier; Pro is listed at $150/month with 4 total seats and 1 live connection; additional Pro seats are listed at $30/month each and additional connections at $95/month each; AgentOS documentation describes a production API with 50+ ready-to-use endpoints and SSE-compatible streaming; Agno documentation lists broad model support, including 40+ model providers in examples, 100+ tools, 2000+ examples, and vector database support that includes PgVector, Pinecone, Qdrant, Weaviate, Chroma, and other backends. The strongest use cases are internal engineering automation, private agent infrastructure, multi-agent task orchestration, RAG applications, research workflows, and production services where the team wants to own runtime behavior and data storage. AgentOS documentation also describes sessions, memory, knowledge, and traces being stored in the customer database, browser-to-runtime control plane connections, JWT-based RBAC, request isolation, traces, approvals, human-in-the-loop flows, schedules, and user management. Those are meaningful operational capabilities, but teams should still verify exact plan limits, deployment architecture, compliance obligations, retention settings, and benchmark methodology against the current Agno documentation before adopting it for regulated or high-volume production workloads. Agno competes most directly with developer-first agent frameworks such as LangChain, LangGraph, CrewAI, and LlamaIndex rather than fully hosted no-code agent products. Its value is highest when a team has Python expertise, wants production agent infrastructure without building everything from scratch, and is willing to validate integrations and security controls in its own environment.
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Phidata, now Agno, offers a Pythonic approach to building agents with tools, memory, knowledge, teams, and AgentOS deployment support. It is strongest for engineering teams that want framework-level control and are prepared to validate pricing, security, and performance claims against current documentation.
Runtime layer for moving agent systems beyond local development into monitored, production-oriented deployments.
Agno emphasizes runtime performance for agent instantiation and orchestration, though teams should review current benchmark methodology and validate with their own workloads.
Support for processing text, images, audio, and video inputs within agent workflows, depending on the configured models and tools.
Security features documented or listed in this record include JWT-based RBAC, request-level isolation, and customer-controlled deployment options; compliance claims should be verified separately.
Persistent memory and knowledge features help agents retain context, retrieve relevant information, and use stored data across sessions.
Coordination features allow specialized agents to collaborate on tasks and workflows that require multiple roles or steps.
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The provided content emphasizes Agno's current positioning as the successor brand to Phidata, combining the open-source Python framework with AgentOS, monitoring, memory, knowledge management, and production deployment features.
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