Sharkbench

Benchmarking programming languages and web frameworks

Fulmine.js (JavaScript)

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: 2026-10-05

MedianP99

Framework	Requests per second How many requests per second can the framework handle? (higher is better)	Latency How long does it take to process a request? (lower is better)	Stability How stable is the framework under load? (median / P99 latency) (higher is better)	Memory How much memory (RAM) does the framework use? (lower is better)	Build Time Fetching dependencies + compiling, excluding SDK setup (lower is better)
JavaScript (Node.js v26) / Fulmine.js v5	21734	1.4 ms	38.14 %	116.2 MB	40.11 s

About JavaScript

Paradigm

Object-Oriented, Imperative, Functional

Execution

Interpreted

Typing

Dynamic

Null Safety

NO

Memory Management

Garbage Collection

JavaScript is a high-level, dynamic programming language that conforms to the ECMAScript specification and has become a core technology of the World Wide Web. It enables interactive web elements and is supported by all major browsers without plugins. JavaScript can also be used on the server-side through Node.js for developing network applications.

JavaScript web frameworks

How does Fulmine.js compare other JavaScript frameworks?

MedianP99

Framework	Requests per second How many requests per second can the framework handle? (higher is better)	Latency How long does it take to process a request? (lower is better)	Stability How stable is the framework under load? (median / P99 latency) (higher is better)	Memory How much memory (RAM) does the framework use? (lower is better)	Build Time Fetching dependencies + compiling, excluding SDK setup (lower is better)
JavaScript (Node.js) / Fulmine.js	21734	1.4 ms	38.14 %	116.2 MB	40.11 s
JavaScript (Bun) / Fastify	16786	1.1 ms	4.21 %	44.0 MB	3.02 s
JavaScript (Bun) / Bun.serve STD Part of the standard library	16745	1.1 ms	4.35 %	50.5 MB	1.27 s
JavaScript (Bun) / Koa	16612	1.1 ms	3.76 %	31.8 MB	2.44 s
JavaScript (Node.js) / Nest (Fastify)	15762	2.0 ms	35.42 %	176.4 MB	21.87 s
JavaScript (Bun) / Express	15693	1.3 ms	4.93 %	52.1 MB	2.52 s
JavaScript (Node.js) / Fastify	14244	2.1 ms	33.06 %	64.8 MB	4.96 s
JavaScript (Node.js) / Nest (Express)	14064	2.1 ms	33.46 %	181.7 MB	26.33 s
JavaScript (Node.js) / Koa	12907	2.4 ms	35.82 %	53.5 MB	4.23 s
JavaScript (Node.js) / Express	7670	3.7 ms	18.58 %	84.8 MB	3.56 s
JavaScript (Deno) / Koa	6211	4.5 ms	26.92 %	107.6 MB	2.36 s
JavaScript (Deno) / Express	5459	5.1 ms	20.90 %	109.5 MB	2.72 s

Popular web frameworks

How does Fulmine.js compare to other popular frameworks?

MedianP99

Framework	Requests per second How many requests per second can the framework handle? (higher is better)	Latency How long does it take to process a request? (lower is better)	Stability How stable is the framework under load? (median / P99 latency) (higher is better)	Memory How much memory (RAM) does the framework use? (lower is better)	Build Time Fetching dependencies + compiling, excluding SDK setup (lower is better)
Rust / Axum	26909	1.2 ms	74.55 %	5.7 MB	18.83 s
JavaScript (Node.js) / Fulmine.js	21734	1.4 ms	38.14 %	116.2 MB	40.11 s
C# (.NET) / ASP.NET Core	17561	1.5 ms	22.99 %	46.6 MB	4.51 s
JavaScript (Node.js) / Express	7670	3.7 ms	18.58 %	84.8 MB	3.56 s
Java (Temurin) / Spring Boot (MVC)	3059	1.8 ms	2.05 %	248.1 MB	20.71 s
Go / Gin	1652	3.3 ms	3.59 %	13.5 MB	34.62 s
Python / FastAPI (Uvicorn)	800	30.8 ms	21.33 %	38.8 MB	7.28 s
Python / Flask (Gunicorn)	324	99.7 ms	56.19 %	95.1 MB	6.60 s
Python / Django (Gunicorn)	281	103.6 ms	57.04 %	133.1 MB	9.04 s
PHP / Laravel	91	384.1 ms	97.03 %	54.8 MB	95.24 s