BerriAI/litellm - GitHub vs CrewAI
Side-by-side comparison · Updated October 2026
| Description | LiteLLM is an AI gateway and Python SDK from Berrie AI Incorporated, published in the BerriAI GitHub repository. The SDK provides a common interface for model calls inside Python applications. The proxy gateway centralizes access for a team, with virtual keys, model routing, spend tracking, budgets and an administration interface. The official documentation lists support for more than 100 model providers. Supported endpoints and features vary by integration, so verify your model’s streaming, tool-calling, image, audio or embedding requirements. The router supports retries, fallbacks and load balancing; observability integrations can send request data to tools such as Langfuse, LangSmith and OpenTelemetry. LiteLLM also provides an MCP gateway. It can connect upstream servers using Streamable HTTP, SSE or stdio, expose tools through a fixed gateway endpoint, and scope access by key, team or organization. This requires configuring the upstream servers and authentication; the gateway does not automatically grant access to third-party tools. Agent-to-agent integrations are documented separately. The open-source offering has no software license fee for self-hosting. Code outside the enterprise directory is MIT-licensed, while enterprise code has separate terms. Enterprise pricing is quoted by annual gateway request capacity, deployment architecture and support needs, rather than a per-token license charge. Model-provider charges and infrastructure costs still apply. Enterprise adds controls and support such as SSO, SCIM, audit logs and service-level agreements. Compare New API for another self-hosted gateway with provider-channel management and usage accounting. Evaluate a representative workload, inspect request logging and secret handling, test budget and failure behavior, and decide whether SDK integration or a shared gateway best fits your application. | CrewAI is a tool for buyers evaluating whether it fits a specific AI workflow. CrewAI is an innovative Python framework designed for orchestrating autonomous AI agents that collaborate to execute complex tasks . This open-source tool simplifies the creation and management of AI agent teams, enabling sophisticated systems capable of collaboration, delegation, and multi-step problem-solving . At its core, CrewAI organizes agents, tasks, and crews to simulate human-like teamwork, offering flexibility for diverse and complex problems . Key features include: 1. Role-based agents with specific expertise and tools 2. Flexible, customizable tools and API integrations 3. Intelligent agent collaboration and task delegation 4. Advanced task management with automatic handling of dependencies 5. Connections to various LLMs, including open-source models and OpenAI 6. Versatile output management options CrewAI is applicable in numerous scenarios, including automated research, complex business problem-solving, personalized travel planning, content creation, customer support, and financial analysis . Compared to similar frameworks like AutoGen and ChatDev, CrewAI offers a more structured process approach, greater flexibility, and a focus on production readiness . It's designed for reliability and scalability in real-world applications . Technically, CrewAI requires Python 3.10 to 3.13 and is built upon LangChain for LLM interactions . It supports cloud, self-hosted, or local deployment and easily integrates with various applications and cloud platforms . CrewAI has gained significant traction, boasting over 18.6k stars on GitHub and usage in over 60 countries . A notable partnership with IBM further demonstrates its industry recognition . The framework continues to evolve, with updates and developments actively documented on its website and GitHub repository. The capabilities to test first are Role-based agents with specific expertise and tools, Flexible, customizable tools and API integrations, Intelligent agent collaboration and task delegation, Advanced task management with automatic handling of dependencies, Connections to various LLMs, including open-source models and OpenAI. Those details matter because they determine whether CrewAI can reduce manual work, replace tool switching, or produce reliable output without constant cleanup. Best-fit users include Business Analysts, Content Creators, Financial Analysts, Travel Planners. A useful pilot should include a normal task, an edge case, and a recovery test so the team can see what happens when the first attempt is incomplete. Pricing is listed as Freemium, with plan information currently shown as Free Tier, Pro Tier. Confirm current limits, credits, seats, cancellation rules, and commercial terms on the official website before relying on this listing for budget decisions. Before adopting CrewAI, compare it with adjacent tools in the same category. Measure setup time, output quality, data handling, collaboration controls, exports, and whether non-technical users can repeat the workflow without heavy prompting. The strongest buying signal is not feature count; it is whether CrewAI consistently completes the exact job the buyer needs with fewer manual handoffs. If sensitive customer, financial, or internal data is involved, review privacy and retention policies before production use. |
| Category | Developer Tools | AI Assistant |
| Rating | No reviews | No reviews |
| Pricing | Open Source | Freemium |
| Starting Price | N/A | Free |
| Plans | — |
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| Tags | AI gatewayPython SDKLLM routingMCP gatewayvirtual keys | AIPython frameworkautonomous agentscollaborationreal-world applications |
| Features | ||
| Python SDK for direct application integration | ||
| Shared AI proxy gateway and administration UI | ||
| More than 100 documented model-provider integrations | ||
| Virtual keys, users, teams, budgets and rate limits | ||
| Spend tracking and observability integrations | ||
| Router retries, fallbacks and load balancing | ||
| MCP gateway for Streamable HTTP, SSE and stdio upstreams | ||
| Key, team and organization MCP permissions | ||
| Separate enterprise identity, audit and support features | ||
| Role-based agents with specific expertise and tools | ||
| Flexible, customizable tools and API integrations | ||
| Intelligent agent collaboration and task delegation | ||
| Advanced task management with automatic handling of dependencies | ||
| Connections to various LLMs, including open-source models and OpenAI | ||
| Versatile output management options | ||
| Multi-agent automation framework for AI-powered workflows | ||
| Support for self-hosting or cloud deployment platforms | ||
| No-code tools alongside coding capabilities for agent creation | ||
| Performance monitoring and progress tracking for agent crews | ||
| View BerriAI/litellm - GitHub | View CrewAI | |
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