Blog
Insights on observability, monitoring, and engineering best practices from the Coroot team.
Coroot v1.0: Unified Observability for Heterogeneous Infrastructures
Coroot v1.0 extends monitoring beyond Kubernetes to VMs and bare-metal, giving you unified observability across heterogeneous infrastructures.
Nikolay Sivko
It is the time to simplify Observability!
Modern observability tools generate more data than teams can act on—it's time to focus on actionable insights that identify root causes.
Peter Zaitsev
Battletesting Coroot with OpenTelemetry Demo and Chaos Mesh
Deploy a microservice app in Kubernetes, instrument it with Coroot, introduce failures using Chaos Mesh, and see how Coroot surfaces issues in real time.
Nikolay Sivko
Better Network observability in Coroot
Coroot's improved network observability gives you visibility into traffic flows, latency, errors, and bandwidth between services—no extra instrumentation required.
Peter Zaitsev
Peter Zaitsev is joining Coroot as Co-founder
Peter Zaitsev, founder of Percona, is joining Coroot as co-founder to drive innovation in open-source observability.
Nikolay Sivko
Storing Continuous Profiling Data in ClickHouse
Learn how Coroot uses ClickHouse's compression and query speed to store continuous profiling data efficiently at scale.
Nikolay Sivko
Troubleshooting memory-related issues in Kubernetes
Explore common Kubernetes memory issues—OOM kills and throttling—and learn how to identify root causes using the signals Coroot surfaces automatically.
Nikolay Sivko
You're overpaying for OpenTelemetry's verbosity by at least 30%
OpenTelemetry's default trace attributes contain significant redundancy that inflates your storage costs by 30% or more.
Nikolay Sivko
Chaos testing Kubernetes Operators for Postgres: StackGres
Introduce failures into a Postgres cluster managed by StackGres on Kubernetes and see how Coroot identifies root causes across each chaos scenario.
Nikolay Sivko
Spotting Postgres performance issues with Coroot
Learn how to spot Postgres performance issues by simulating failure scenarios and using Coroot to identify slow queries, connection problems, and replication lag.
Nikolay Sivko
AI Root Cause Analysis Based on Accurate Telemetry Data
Learn how AI-powered root cause analysis uses precise telemetry data to automate incident detection and reduce resolution time.
Nikolay Sivko
Chaos-driven observability: spotting network failures in a Kubernetes cluster
See how Coroot uses eBPF to detect network failures—packet loss, retries, and latency spikes—introduced by chaos testing in a Kubernetes cluster.
Nikolay SivkoTry Coroot Free
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