Sharkbench

Benchmarking programming languages and web frameworks

Vibe.d (D)

High-level declarative REST and web application framework Full HTTP(S) stack with client, server and proxy implementations. Shipped with native database drivers for MongoDB and Redis. Complete concurrency toolkit and support for low level IO operations. Asynchronous I/O for maximum speed and minimum memory usage. Compile-time "Diet" templates for unparalleled dynamic page speed. Compiled to native machine code.Multi-threading and integrated load-balancing. Fiber based blocking programming model for concise and intuitive development. Compact API with sensible default choices. Full support for exception based error handling
This benchmark tests how fast a framework can perform concurrent HTTP requests, I/O operations, and JSON de/serialization.

OS: Linux/DockerCPU: Ryzen 7 7800X3DLast Updated: 2025-08-11
MedianP99
Framework
Requests per second
Latency
Stability
Memory
13037
2.4 ms
73.58 %
16.9 MB

About D

Paradigm

Object-Oriented, Functional, Imperative

Execution

Compiled

Typing

Static

Null Safety

NO

Memory Management

Garbage Collection

The D programming language is an object-oriented, imperative, multi paradigm system programming language. D language originated as a re-engineering of C++, and D's design goals try combining the performance of compiled languages with the safety and expressive power of modern dynamic languages. Native D code is commonly as fast as equivalent C++ code while being shorter and memory-safe.

D web frameworks

How does Vibe.d compare other D frameworks?
MedianP99
Framework
Requests per second
Latency
Stability
Memory
13037
2.4 ms
73.58 %
16.9 MB
3865
1.1 ms
1.27 %
37.4 MB
549
3.4 ms
0.86 %
32.7 MB

Popular web frameworks

How does Vibe.d compare to other popular frameworks?
MedianP99
Framework
Requests per second
Latency
Stability
Memory
21030
1.6 ms
71.96 %
8.5 MB
14707
1.2 ms
2.64 %
136.5 MB
13037
2.4 ms
73.58 %
16.9 MB
5766
5.5 ms
64.50 %
82.5 MB
3546
1.0 ms
1.14 %
16.7 MB
1185
21.0 ms
21.21 %
41.2 MB
1105
1.7 ms
1.67 %
596.8 MB
1092
7.7 ms
9.22 %
90.3 MB
950
8.8 ms
10.33 %
130.1 MB
299
101.7 ms
56.47 %
84.2 MB

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