Send your OpenTelemetry traces to Coroot, store them efficiently in ClickHouse, and troubleshoot errors and latency in seconds with purpose-built tools, not endless trace-by-trace digging.
Coroot stores your traces efficiently and turns them into fast answers about errors and latency, not just a wall of spans.
Send your traces straight to Coroot over OTLP. Coroot speaks OpenTelemetry natively, with no proprietary agents or formats to adopt.
Traces land in ClickHouse with efficient compression, replication, and horizontal scalability, with optional offloading to S3 for cheap long-term retention.
A heatmap of request latency and errors gives you the overall status of a service at a glance, so problems stand out immediately.
Jump from the heatmap to an individual trace to see exactly how a single request was handled across every service it touched.
Instead of opening failed requests one by one, Coroot analyzes all error traces and shows a breakdown of root causes, with sample traces to cross-check.
Find latency outliers without reading traces one at a time. Coroot summarizes span latency as a flamegraph, so you get insights in seconds.
From a system-wide overview to the exact cause of an error or a slow request, in a few clicks.
The Latency and Errors heatmap shows request rate, latency, and errors for a service over time. Spot a spike or a slow window instantly, then select an area to dig into the traces behind it.

Open any individual trace to see how that specific request was handled across services, with a clear waterfall of spans, durations, and status, plus the related logs.

Instead of inspecting failed requests individually, Coroot analyzes all error traces in the selected range and shows a breakdown of the underlying causes and where they originated, with sample traces to cross-check.

Analyze latency outliers without reading traces one at a time. Latency Explorer summarizes span latency across matching traces as a flamegraph, where wider frames mean more time spent, so the bottleneck jumps out in seconds.

Yes. Coroot accepts OpenTelemetry traces over OTLP and acts as a storage and analysis backend, so you can point your existing OpenTelemetry SDKs or Collector at Coroot and keep your data in your own infrastructure.
No. If your services already emit OpenTelemetry traces, you simply send them to Coroot over OTLP. There is nothing proprietary to adopt, and you can switch backends without re-instrumenting.
Coroot stores traces in ClickHouse, which provides high compression, replication, and horizontal scalability. For long-term retention you can optionally offload data to S3-compatible object storage to keep costs low.
Any language or framework that emits OpenTelemetry works with Coroot, since it consumes standard OTLP. You can send traces directly from OpenTelemetry SDKs or route them through the OpenTelemetry Collector.
Beyond viewing individual traces, Coroot aggregates them. Error Causes breaks down why requests failed across all matching traces, and Latency Explorer summarizes span latency as a flamegraph, so you find the cause in seconds instead of reading traces one by one.
Yes. Coroot Community Edition is open source and free to self-host, with an Enterprise Edition available for additional features and support.
Store traces efficiently in ClickHouse and troubleshoot errors and latency in seconds, all in a self-hosted, open-source platform.
Open-source Community Edition · Works with any OpenTelemetry SDK or Collector