Sharkbench Benchmarking programming languages and web frameworks Spring Boot: Semeru vs Temurin Spring Boot is an open-source Java framework for building standalone, production-grade Spring-based applications with minimal configuration. It extends the Spring platform with convention-over-configuration principles to minimize boilerplate code. Spring Boot is widely used for microservices, web applications, and enterprise projects due to its robustness and extensive ecosystem.
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
MVC Using MVC, Temurin processes 1.82x requests per second compared to Semeru, a 81.98% improvement.
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)
WebFlux Using WebFlux, Temurin processes 2.09x requests per second compared to Semeru, a 109.01% improvement.
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)
All results 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)
Popular web frameworks How does Spring Boot compare to other popular frameworks?
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)