{"id":149040,"date":"2026-08-05T05:32:59","date_gmt":"2026-08-05T05:32:59","guid":{"rendered":"https:\/\/www.hostinger.com\/ng\/tutorials\/agentic-ai-frameworks\/"},"modified":"2026-08-05T05:32:59","modified_gmt":"2026-08-05T05:32:59","slug":"agentic-ai-frameworks","status":"publish","type":"post","link":"\/ng\/tutorials\/agentic-ai-frameworks\/","title":{"rendered":"10 best agentic AI frameworks to build intelligent AI agents"},"content":{"rendered":"

The best agentic AI framework depends on what you’re building. A tool that handles a single-agent workflow well can break down when agents need to delegate tasks, share context, or recover from failures independently.<\/p>

Some frameworks prioritize fast prototyping with minimal code. Others are built for complex multi-agent systems in production, and a few are designed to work within specific cloud ecosystems like Azure or Google Cloud.<\/p>

Your choice of framework commits you to an orchestration model, a state management approach, and a deployment path. Switching later can mean rewriting your agent logic, so the differences matter early.<\/p>

Framework<\/strong><\/td>Architecture<\/strong><\/td>Languages<\/strong><\/td>Multi-agent<\/strong><\/td>Memory\/state<\/strong><\/td>Human oversight<\/strong><\/td>Best use case<\/strong><\/td><\/tr>
LangGraph<\/td>Graph-based<\/td>Python, JavaScript<\/td>Native<\/td>Checkpointing and time travel<\/td>Interrupt() primitive<\/td>Stateful production workflows<\/td><\/tr>
CrewAI<\/td>Role-based<\/td>Python<\/td>Native crews<\/td>Unified memory API and flow state<\/td>Control Plane approval gates<\/td>Fast multi-agent prototyping<\/td><\/tr>
Microsoft Agent Framework<\/td>Graph-based<\/td>Python, .NET, Go<\/td>Native<\/td>Persistent and pluggable<\/td>First-class approvals<\/td>Microsoft ecosystem enterprise<\/td><\/tr>
LlamaIndex Workflows<\/td>Event-driven<\/td>Python<\/td>Supported<\/td>Session storage<\/td>Manual<\/td>Document-heavy RAG pipelines<\/td><\/tr>
OpenAI Agents SDK<\/td>Handoff-based<\/td>Python, TypeScript<\/td>Native handoffs<\/td>Configurable memory and sessions<\/td>Tool approval and Guardrails<\/td>Low-friction, OpenAI-optimized agents<\/td><\/tr>
Agno<\/td>Agent-platform<\/td>Python<\/td>Native Teams with four modes<\/td>Session and vector memory<\/td>User confirmation flows<\/td>Production agent platforms<\/td><\/tr>
PydanticAI<\/td>Type-safe functional<\/td>Python<\/td>Supported via Harness and Graph<\/td>Dependency injection<\/td>Tool approval gates<\/td>Type-safe structured outputs<\/td><\/tr>
Smolagents<\/td>Code-executing<\/td>Python<\/td>Supported<\/td>Ephemeral<\/td>Manual<\/td>Minimal code-executing agents<\/td><\/tr>
Haystack<\/td>Pipeline-based<\/td>Python<\/td>Supported<\/td>Document stores<\/td>Human-in-the-loop tool intercept<\/td>Search and RAG at scale<\/td><\/tr>
Mastra<\/td>Workflow-based<\/td>TypeScript<\/td>Native<\/td>Built-in memory and compression<\/td>Manual<\/td>TypeScript agent development<\/td><\/tr><\/tbody><\/table><\/figure>

<\/p>

What is an agentic AI framework?<\/strong><\/h2>

An agentic AI framework is a software toolkit that handles the behind-the-scenes work that enables AI agents<\/a> to function. Each component in the toolkit serves a specific role. Understanding what they do helps you evaluate which frameworks deliver the most value for your project.<\/p>

Orchestration controls which step runs next, routes tasks to the right agent or tool, and determines when a workflow is complete. It can be centralized, where one orchestrator makes all the decisions, or decentralized, where agents coordinate peer-to-peer.<\/p>

Tool use lets your agents reach beyond the language model itself. They can call external APIs, run functions, and pull data from other software.<\/p>

Memory and state management track context at two levels. Short-term memory holds information within a single session, while long-term memory persists across sessions and often requires an external database.<\/p>

Multi-agent coordination manages handoffs when multiple agents need to collaborate. It defines who does what and when control passes from one agent to another.<\/p>

These components vary widely between agentic AI<\/a> frameworks. Some excel at orchestration but lack memory depth, while others handle multi-agent coordination well but limit where and how you can run your agents.  <\/p>

How agentic AI framework architectures differ<\/strong><\/h2>

Each framework follows a different architecture pattern. That pattern determines how your agents make decisions, how the state moves through the system, and how large language models<\/a> fit into the process.<\/p>