Sharkbench

Benchmarking programming languages and web frameworks

Rust web frameworks

About Rust

Paradigm

Imperative, Functional, Concurrent

Execution

Compiled

Typing

Static

Null Safety

YES

Memory Management

Ownership System

Rust is a modern, systems-level programming language focused on safety, speed, and concurrency sponsored by Mozilla Research. It provides memory safety without garbage collection through its unique ownership system with compile-time checks. Rust is designed for creating high-performance applications with strict control over system resources.

Benchmarks

This benchmark tests how fast a framework can perform concurrent HTTP requests, I/O operations, and JSON de/serialization.

OS: LinuxCPU: Intel Core Ultra 5 325Last Updated: 2026-10-14
MedianP99
Framework
Requests per second
Latency
Stability
Memory
Build Time
27307
1.2 ms
69.38 %
8.3 MB
21.37 s
26670
1.2 ms
74.13 %
16.5 MB
26.69 s
23631
1.3 ms
69.61 %
17.8 MB
33.59 s
22793
1.4 ms
77.68 %
11.4 MB
79.30 s
21427
1.5 ms
64.25 %
19.1 MB
38.60 s

Popular web frameworks

How does Rust compare to other languages?
MedianP99
Framework
Requests per second
Latency
Stability
Memory
Build Time
27307
1.2 ms
69.38 %
8.3 MB
21.37 s
26670
1.2 ms
74.13 %
16.5 MB
26.69 s
23631
1.3 ms
69.61 %
17.8 MB
33.59 s
22793
1.4 ms
77.68 %
11.4 MB
79.30 s
21427
1.5 ms
64.25 %
19.1 MB
38.60 s
17041
1.5 ms
23.04 %
101.8 MB
6.09 s
15270
2.0 ms
29.45 %
228.4 MB
4.92 s
2962
1.6 ms
1.86 %
286.4 MB
37.73 s
1640
3.4 ms
3.65 %
23.1 MB
32.20 s
792
32.9 ms
20.81 %
63.3 MB
8.55 s
320
99.9 ms
56.36 %
110.2 MB
8.94 s
279
103.8 ms
57.16 %
151.9 MB
10.29 s
92
319.0 ms
80.90 %
80.4 MB
95.22 s

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