Performance analysis of modern web frameworks, focusing on Rust-based solutions, was conducted to explore optimization strategies and architectural decisions for high-performance applications.
The analysis covered factors like memory management, concurrency, and architecture that impact web framework performance and provided insights for achieving optimal performance.
Benchmark results showed that Rust frameworks like Hyperlane and Rocket outperformed garbage-collected frameworks in terms of requests per second, low memory usage, and reduced latency under high loads.
Conclusion highlights the importance of memory management, concurrency models, and architectural patterns in performance optimization, emphasizing Rust's advantages in memory safety and performance efficiency.