Dakia is a high-performance API gateway built with Rust, designed for low-latency request processing. Dakia supports dynamic configuration updates, allowing seamless changes to routing rules, authentication settings, rate limits, and other gateway policies without requiring a restart. This ensures high availability and adaptability in rapidly evolving microservices architectures. Additional features include request routing, load balancing, caching, and fault tolerance, making it a robust solution for modern distributed systems.
It's under construction 🦺 🪚 🏗️ 🚧 🔨
- Configurable: Easily manage API configurations using various formats like YAML, JSON, and HTTP API calls.
- Extensible: Add new functionality with support for custom middleware and plugins, written in any programming language (Rust, Java, C++, etc.).
- Fully Programmable: Tailor the API Gateway to your specific needs with custom plugins and middleware in multiple languages.
- Zero Downtime Upgrades: Perform upgrades and restarts without affecting the availability of your services.
- Dynamic Middleware: Add, remove, or modify middleware on the fly without disrupting service.
- Request and Response Management: Modify requests before they reach the upstream or read/write responses to meet your application's needs.
- Real-Time Configuration: Modify your gateway configuration in real time with no downtime, using HTTP API calls.
Dakia ensures your services stay performant, reliable, and highly customizable, giving you full control.
These limitations will be addressed over time as we continue to improve the dakia.
- Currently supports only
UTF-8character encoding. - Only the round-robin load balancing algorithm is available at the moment.
- IPv6 addresses are not supported at this time; only IPv4 is supported.
- Currently it supports only
HTTPprotocol
- Security - Built with Rust, Dakia ensures enhanced memory safety and reduces vulnerabilities compared to services written in C/C++.
- Performance - Powered by pingora, a battle tested protocol implemention, as it has been serving more than 40M+ internet requests per second for more than a few years.
- Customization - You need ultimate customization, you can configure, extend and even further program in multiple languages.
- Asynchronous and Multi-Threaded – Dakia is designed to handle tasks concurrently, ensuring efficient and high-performance request processing by default.
Benchmark of Dakia on a Local Machine (8 CPU Cores, 16GB RAM)
Performance test: 10s @ http://0.0.0.0:80
- 1 thread, 100 concurrent connections
Thread Statistics:
- Average Latency: 699.64µs (±125.23µs)
- Maximum Latency: 3.77ms
- Requests per Second: 76.09k (±3.98k)
- Peak Requests per Second: 81.89k
Total Requests: 764,590 in 10.10s
Data Transferred: 80.94MB
Throughput: 75,678.12 requests/sec
Transfer Rate: 8.01MB/sec
- See our quick starting guide
- See our docs