GATLING VS BLAZEMETER
BlazeMeter is a Swiss Army knife. Gatling is a scalpel
Breadth is BlazeMeter's pitch: JMeter, Selenium, Locust, even Gatling scripts, one dashboard over all of it. Gatling Enterprise only runs Gatling, so its AI analysis, SLOs, and scoring are built around one engine's data, not bolted on top of five.
From there, it's what happens after the run: how you script it, own it, and read what it tells you.


BlazeMeter is the generalist: any engine, one dashboard. Gatling is is the specialist: one engine, built end to end.
If your org already has scripts spread across JMeter, Selenium, and Locust, or a Gatling script or two running through Taurus, BlazeMeter's one-dashboard cloud is a genuinely reasonable choice. But running Gatling through a generic layer built for five engines isn't the same as running it natively, with AI, SLOs, and scoring tuned to it specifically. That's the gap this comparison is about.
BlazeMeter
Cloud-hosted JMeter, Selenium, Locust, and Gatling via Taurus. One dashboard, any engine.
Gatling Community + Gatling Enterprise
Open-source core, enterprise platform, built only for performance.


Runs whatever you've already scripted: JMeter and Selenium natively, Locust and Gatling via Taurus.
Protocol comes coverage from JMeter, Selenium and Locust's. Broad, but bolted together from several engines.
Thread-per-virtual-user engine under the hood. Scale comes from adding more cloud machines, not from doing more per machine.
GUI-first authoring, a Chrome recorder, and no-code test builders. Approachable without a coding background.
Test-as-code in Java, JavaScript, TypeScript, Kotlin, and Scala. The same repo, build, and review flow as your app.
60,000 virtual users or 300,000 requests/second per load generator. 5M+ concurrent users on a 20-generator fleet.
HTTP/S, WebSockets, SSE, gRPC, MQTT, JMS natively, plus Kafka, AMQP, and JDBC databases via plugins.
After the run: AI analysis, SLO compliance, trends, comparisons, and a campaign score that moves over time.
An engine that doesn't waste a single CPU cycle
A single machine caps out around 64,000 concurrent sockets per target. Gatling’s engine is built to use nearly all of them.









