AegisFlow offers a robust open-source control plane for your AI applications. With its single Go binary, it manages routing, security policies, cost tracking, and observability across multiple AI providers. It addresses vendor lock-in and provides seamless integration, ensuring reliability and visibility in production environments.
AegisFlow is an open-source AI gateway designed for effective management, security, and observability of AI traffic. Built with Go, this production-grade control plane seamlessly integrates with various LLM providers, including OpenAI, Anthropic, and Ollama, allowing for a consistent API interface across different platforms.
AegisFlow has been benchmarked effectively, achieving over 58,000 requests per second with incredibly low latency:
| Metric | Value |
|---|---|
| Throughput | 58,000+ requests/sec |
| p50 Latency | 1.1 ms |
| p95 Latency | 4.2 ms |
| p99 Latency | 7.3 ms |
| Memory Usage | ~29 MB RSS after 10K requests |
| Binary Size | ~15 MB |
Configuration management is done through a straightforward YAML file, which enables users to customize their settings easily. Basic configurations include API server settings, provider definitions, and policy management, promoting easy deployment and scaling in production environments.
Users can quickly deploy AegisFlow using Docker Compose or by building it locally. Comprehensive command examples are available in the documentation to facilitate health checks, chat completions, and monitoring API usage effectively.
AegisFlow is continuously evolving with planned enhancements such as streaming policy checks, persistent usage storage, an admin dashboard for better management, and advanced routing capabilities across multi-cluster scenarios.
This project embraces contributions from the community to expand its functionality, improve documentation, or enhance its user interface. Explore the contributing guidelines to participate.
AegisFlow serves as a robust solution for developers looking to manage AI provider traffic efficiently while maintaining visibility and control over usage, security, and performance. For additional details, access the full documentation and explore the architecture, API specifications, and examples.
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