Always-on CPU and memory profiling that explains anomalies precisely. eBPF for any language, Go heap profiling, and integrated async-profiler for Java, all with zero instrumentation and stored efficiently in ClickHouse.
Continuous profiles for every service mean the answer to a CPU spike or a memory leak is already waiting for you.
Continuous, kernel-level CPU profiling explains CPU anomalies down to the exact line of code, with zero instrumentation and negligible overhead.
Pinpoint the root cause of memory anomalies and GC activity in Go services, with allocations attributed precisely to the responsible functions.
CPU, heap, and lock profiling for Java with no code changes. The agent discovers each Java application and enables the profiler automatically.
Select any spike and compare it with the previous period. Coroot diffs the two flamegraphs so you see exactly what changed.
Profiles are stored in ClickHouse with high compression, replication, and scalability, with optional offloading to S3 for cheap long-term retention.
Coroot's AI root cause analysis uses profiling data to explain incidents down to the exact function, not just which service was affected.
CPU, heap, and lock profiles across languages, captured continuously and ready when you need them.
Coroot continuously profiles CPU usage with eBPF and attributes it down to the exact line of code, so you can explain any CPU anomaly without adding instrumentation or redeploying.

Find the root cause of memory anomalies and GC pressure in Go services. Coroot attributes allocations to the functions responsible, so a growing RSS leads you straight to the code that caused it.

Get CPU, heap, and lock profiling for Java with no code changes. The agent discovers each Java application and enables async-profiler automatically.

Select a spike on the chart and compare it with the previous period. Coroot diffs the two flamegraphs and highlights exactly which functions grew, turning a regression into an obvious answer.

Coroot's AI root cause analysis uses profiling data to pinpoint the cause of an incident down to the exact function, for example a chaos function that suddenly consumed a quarter of CPU time and most of the allocations.
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Continuous profiling collects CPU and memory profiles from your applications around the clock, instead of only when you manually capture them. That means whenever a CPU spike or memory anomaly happens, the profile that explains it is already there.
No. Coroot profiles CPU usage with eBPF at the kernel level, with no instrumentation. For Java, the agent discovers each application and enables async-profiler automatically, again without code changes.
eBPF-based CPU profiling works for applications regardless of language. Coroot adds Go heap profiling to find memory and GC issues, and integrated async-profiler for Java, which covers CPU, heap, and lock profiling.
Profiling is sampling-based and designed to run continuously in production with negligible overhead.
Profiles are stored in ClickHouse, which provides high compression, replication, and horizontal scalability. For long-term retention you can optionally offload data to S3-compatible object storage.
Yes. Comparison mode lets you select a spike on the chart and diff it against the previous period, so the flamegraph highlights exactly which functions changed and caused the regression.
Yes. Coroot Community Edition is open source and free to self-host, with an Enterprise Edition available for additional features and support.
One platform for metrics, logs, traces, and profiling. Here is what else it does.
Get always-on CPU and memory profiling across eBPF, Go, and Java, stored efficiently in ClickHouse, in a self-hosted, open-source platform.
Open-source Community Edition · eBPF, Go heap, and Java async-profiler