
portkey.ai
Portkey is an AI control panel designed to monitor, manage, and optimize AI applications using the AI Gateway and Observability Suite for enhanced operational oversight.
About portkey.ai
Portkey enables AI teams to seamlessly observe, govern, and optimize their applications across the organization with just three lines of code. Its features include an AI Gateway, Prompts, Guardrails, and an Observability Suite, helping teams deliver reliable, cost-effective, and high-performance AI solutions. It integrates with popular frameworks like Langchain, CrewAI, and Autogen, making agent workflows production-ready. Additionally, the MCP client allows building AI agents with real-world tool access.
How to Use
Replace your application's OpenAI API base URL with Portkey's API endpoint to route all requests through Portkey. This setup grants you full control over prompts and parameters, enabling streamlined management and optimization of your AI workflows.
Features
- Enforces reliable large language model (LLM) behavior with guardrails
- Provides an Observability Suite for tracking costs, quality, and latency
- Includes an MCP Client for developing AI agents with real-world tool access
- Offers an AI Gateway for dependable LLM request routing
- Facilitates prompt engineering for collaborative prompt management
Use Cases
- Reliable routing of over 250 LLMs through a single endpoint
- Monitoring AI application costs, quality, and latency
- Scaling and streamlining prompt engineering workflows
- Building AI agents with access to real-world tools
- Implementing guardrails to ensure consistent LLM performance
Best For
Pros
- All-in-one AI application management platform
- Optimizes costs and monitors performance effectively
- Supports leading agent frameworks and tools
- Easy to integrate into existing AI setups
- Enhances reliability and control over LLM outputs
Cons
- Managed hosting for private clouds available only for enterprise plans
- Requires minor code modifications for initial setup
- May add slight latency, mitigated by caching and edge compute solutions
