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© 2026 AI Tools Atlas. All rights reserved.

Find the right AI tool in 2 minutes. Independent reviews and honest comparisons of 770+ AI tools.

  1. Home
  2. Tools
  3. Phidata
OverviewPricingReviewWorth It?Free vs PaidDiscount
AI Agent Builders🔴Developer
P

Phidata

Framework for building agentic apps with memory, tools, and vector DBs.

Starting atFree
Visit Phidata →
💡

In Plain English

Build AI assistants that can search the web, query databases, and use tools — like creating custom ChatGPT-style agents for your business.

OverviewFeaturesPricingGetting StartedUse CasesIntegrationsLimitationsFAQSecurityAlternatives

Overview

Phidata (recently rebranded as Agno) is a Python framework for building AI agents with a focus on simplicity and practical production features. Its design philosophy is 'agents should be as easy to build as functions' — and the API largely delivers. You create an Agent, give it a model, tools, instructions, and optional knowledge/memory, and it works.

The framework stands out for its batteries-included approach to common agent requirements. Knowledge bases are first-class: point a PDFKnowledgeBase, WebsiteKnowledgeBase, or JSONKnowledgeBase at your data sources, and Phidata handles chunking, embedding, and vector storage (using PgVector by default). Memory is similarly integrated — agents can store conversation history, summaries, and key facts in a database, maintaining context across sessions.

Phidata's tool system is straightforward. Tools are Python functions with the right signatures, and the framework ships with built-in tools for web search (DuckDuckGo, Google), code execution, file I/O, email, and financial data (YFinance). Structured outputs are supported through Pydantic model specification on the agent.

The multi-agent support uses a 'team' concept where agents can delegate to other agents. A team leader routes tasks to specialists and synthesizes results. It's simpler than CrewAI's crew model but covers common delegation patterns.

Phidata includes a playground (web UI) for testing agents interactively and monitoring sessions. Deployment is supported through Agno Cloud or self-hosted via Docker.

The honest take: Phidata's strength is speed from zero to working agent. If you want a Python agent with RAG, memory, tools, and structured outputs running in 20 minutes, Phidata gets you there faster than most alternatives. The tradeoff is less flexibility for complex orchestration. It's intentionally opinionated, which makes simple things simple but complex things harder. For teams that need practical agents that 'just work' with common tools and data sources, Phidata is an excellent choice.

🦞

Using with OpenClaw

▼

Install Phidata as an OpenClaw skill for multi-agent orchestration. OpenClaw can spawn Phidata-powered subagents and coordinate their workflows seamlessly.

Use Case Example:

Use OpenClaw as the coordination layer to spawn Phidata agents for complex tasks, then integrate results with other tools like document generation or data analysis.

Learn about OpenClaw →
🎨

Vibe Coding Friendly?

▼
Difficulty:intermediate

Requires understanding of agent concepts and programming patterns, but manageable with AI assistance.

Learn about Vibe Coding →

Was this helpful?

Editorial Review

Phidata (now Agno) offers a pragmatic, Pythonic approach to building agents with built-in tools and memory. Great for getting agents running quickly, though less flexible than LangGraph for complex orchestration.

Key Features

Knowledge Bases+

Pre-built classes for PDFs, URLs, JSON, CSV, text files, and databases. Handles document loading, text extraction, chunking, embedding, and vector storage automatically using PgVector.

Use Case:

Building a support agent that answers questions from product documentation by pointing a PDFKnowledgeBase at product manuals.

Agent Memory & Storage+

Database-backed memory storing conversation history, generating summaries of past interactions, and extracting key facts. Agents recall previous conversations across sessions.

Use Case:

Creating a personal assistant that remembers user preferences, past requests, and conversation context across multiple sessions.

Structured Outputs+

Specify a Pydantic model as the agent's response_model, and outputs are automatically parsed and validated. Supports nested models, lists, and custom validators.

Use Case:

Building a data extraction agent that pulls structured info (company name, revenue, employee count) from news articles into typed Python objects.

Agent Teams+

Multi-agent architecture where a team leader coordinates specialists, delegating subtasks and synthesizing results. Each member can have different models, tools, and knowledge bases.

Use Case:

Creating a research team where a coordinator delegates web research, data analysis, and report writing to separate specialist agents.

Built-In Tool Library+

Ships with tools for DuckDuckGo search, Google search, YFinance financial data, ArXiv papers, Wikipedia, email, code execution, file operations, and SQL queries.

Use Case:

Building a financial analysis agent that uses YFinance for stock data, DuckDuckGo for news, and code execution for analysis scripts.

Agent Playground & Monitoring+

Web-based UI for testing agents interactively, viewing conversation histories, monitoring sessions, and debugging tool calls. Agents can be shared for collaborative testing.

Use Case:

QA testing an agent before deployment by running interactive sessions in the playground and reviewing tool call logs.

Pricing Plans

Open Source

Free

forever

  • ✓Self-hosted
  • ✓Core features
  • ✓Community support

Cloud / Pro

Check website for pricing

  • ✓Managed hosting
  • ✓Dashboard
  • ✓Team features
  • ✓Priority support

Enterprise

Contact sales

  • ✓SSO/SAML
  • ✓Dedicated support
  • ✓Custom SLA
  • ✓Advanced security
See Full Pricing →Free vs Paid →Is it worth it? →

Ready to get started with Phidata?

View Pricing Options →

Getting Started with Phidata

  1. 1Define your first Phidata use case and success metric.
  2. 2Connect a foundation model and configure credentials.
  3. 3Attach retrieval/tools and set guardrails for execution.
  4. 4Run evaluation datasets to benchmark quality and latency.
  5. 5Deploy with monitoring, alerts, and iterative improvement loops.
Ready to start? Try Phidata →

Best Use Cases

🎯

Rapidly prototyping AI agents with built-in knowledge bases

Rapidly prototyping AI agents with built-in knowledge bases, memory, and common tools without boilerplate

⚡

Building RAG-powered assistants

Building RAG-powered assistants that query internal documents (PDFs, websites, databases) with minimal setup

🔧

Creating agents with persistent memory

Creating agents with persistent memory that maintain context and user preferences across sessions

🚀

Developing structured data extraction agents

Developing structured data extraction agents that output typed, validated responses using Pydantic models

Integration Ecosystem

26 integrations

Phidata works with these platforms and services:

🧠 LLM Providers
OpenAIAnthropicGoogleCohereMistralOllama
📊 Vector Databases
PineconeWeaviateQdrantChromapgvector
☁️ Cloud Platforms
AWSGCPAzure
💬 Communication
SlackEmail
🗄️ Databases
PostgreSQLMySQLMongoDBSupabase
📈 Monitoring
LangSmithLangfuse
💾 Storage
S3
⚡ Code Execution
Docker
🔗 Other
GitHubNotion
View full Integration Matrix →

Limitations & What It Can't Do

We believe in transparent reviews. Here's what Phidata doesn't handle well:

  • ⚠PostgreSQL/pgvector dependency for full features — cloud-native deployments require database infrastructure
  • ⚠Knowledge base customization (chunking, embeddings, retrieval) is limited compared to Haystack or LlamaIndex
  • ⚠No built-in evaluation or testing framework for measuring agent quality or running regression tests
  • ⚠Agent reasoning is single-pass — no iterative self-correction, reflection loops, or plan-and-execute patterns built in

Pros & Cons

✓ Pros

  • ✓Fastest zero-to-working-agent experience — functional agent with RAG, memory, and tools in under 30 lines of Python
  • ✓Built-in knowledge base classes handle document ingestion, chunking, embedding, and vector storage out of the box
  • ✓Persistent memory with database-backed conversation history, summaries, and fact extraction across sessions
  • ✓Pydantic-based structured outputs ensure agent responses conform to typed schemas without custom parsing
  • ✓Practical built-in tools (web search, finance data, code execution) cover common agent use cases immediately

✗ Cons

  • ✗Less flexible than graph-based frameworks for complex workflows — no conditional branching or custom execution flows
  • ✗PgVector is the primary storage backend — using other vector stores requires more configuration effort
  • ✗Recent rebrand from Phidata to Agno creates confusion with docs and community resources split across both names
  • ✗Multi-agent 'team' capabilities are basic compared to dedicated multi-agent frameworks like CrewAI or AutoGen

Frequently Asked Questions

What's the difference between Phidata and Agno?+

Agno is the new name for Phidata — the project rebranded in 2025. The core framework is the same, but the package is transitioning from 'phidata' to 'agno'. Both package names currently work, but new projects should use Agno.

Do I need PostgreSQL to use Phidata?+

PostgreSQL with pgvector is recommended for full features. For quick prototyping, use in-memory storage or SQLite. The full feature set (persistent memory, knowledge bases) works best with PostgreSQL. Docker commands are provided to spin up pgvector quickly.

How does Phidata compare to LangChain?+

Phidata is more opinionated and faster to start — working agents with RAG and memory in fewer lines. LangChain is more flexible with more integrations. Choose Phidata for batteries-included experience; choose LangChain for extensive customization or graph-based orchestration.

Can I deploy Phidata agents as APIs?+

Yes. Phidata agents can be served as REST APIs using FastAPI (built-in support). The framework generates API endpoints with streaming support. Deploy via Agno Cloud, Docker, or any container platform.

🔒 Security & Compliance

—
SOC2
Unknown
—
GDPR
Unknown
—
HIPAA
Unknown
—
SSO
Unknown
✅
Self-Hosted
Yes
✅
On-Prem
Yes
—
RBAC
Unknown
—
Audit Log
Unknown
✅
API Key Auth
Yes
✅
Open Source
Yes
—
Encryption at Rest
Unknown
—
Encryption in Transit
Unknown
Data Retention: configurable
📋 Privacy Policy →
🦞

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What's New in 2026

In 2026, Phidata rebranded to Agno and released a major architecture update with improved agent memory systems, native multi-agent team support, and a monitoring dashboard for tracking agent runs, costs, and performance metrics in production.

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Alternatives to Phidata

CrewAI

AI Agent Builders

CrewAI is an open-source Python framework for orchestrating autonomous AI agents that collaborate as a team to accomplish complex tasks. You define agents with specific roles, goals, and tools, then organize them into crews with defined workflows. Agents can delegate work to each other, share context, and execute multi-step processes like market research, content creation, or data analysis. CrewAI supports sequential and parallel task execution, integrates with popular LLMs, and provides memory systems for agent learning. It's one of the most popular multi-agent frameworks with a large community and extensive documentation.

AutoGen

Agent Frameworks

Open-source multi-agent framework from Microsoft Research with asynchronous architecture, AutoGen Studio GUI, and OpenTelemetry observability. Now part of the unified Microsoft Agent Framework alongside Semantic Kernel.

LangGraph

AI Agent Builders

Graph-based stateful orchestration runtime for agent loops.

Microsoft Semantic Kernel

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SDK for building AI agents with planners, memory, and connectors. - Enhanced AI-powered platform providing advanced capabilities for modern development and business workflows. Features comprehensive tooling, integrations, and scalable architecture designed for professional teams and enterprise environments.

View All Alternatives & Detailed Comparison →

User Reviews

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Quick Info

Category

AI Agent Builders

Website

www.phidata.com
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