<img src="https://github.com/cilium/tetragon/raw/v1.7.0/docs/assets/icons/logo-dark.svg" width="400">
Cilium’s new Tetragon component enables powerful real-time, eBPF-based Security Observability and Runtime Enforcement.
Tetragon detects and is able to react to security-significant events, such as
When used in a Kubernetes environment, Tetragon is Kubernetes-aware - that is, it understands Kubernetes identities such as namespaces, pods and so on - so that security event detection can be configured in relation to individual workloads.
See more about how Tetragon is using eBPF.
Refer to the official documentation of Tetragon.
To get started with Tetragon, take a look at the getting started guides to: - Try Tetragon on Kubernetes - Try Tetragon on Linux - Deploy Tetragon - Install the Tetra CLI
Tetragon is able to observe critical hooks in the kernel through its sensors
and generates events enriched with Linux and Kubernetes metadata:
1. Process lifecycle: generating process_exec and process_exit events
by default, enabling full process lifecycle observability. Learn more about
these events on the process lifecycle use case page.
1. Generic tracing: generating process_kprobe, process_tracepoint and
process_uprobe events for more advanced and custom use cases. Learn more
about these events on the TracingPolicy concept page
and discover multiple use cases like:
- 🌏 network observability
- 📂 filename access
- 🔑 credentials monitoring
- 🔓 privileged execution
See further resources: - Conference Talks, Books, Blog Posts, and Labs - Frequently Asked Question - References
Join the Tetragon 💬 Slack channel and the 📅 Community Call to chat with developers, maintainers, and other users. This is a good first stop to ask questions and share your experiences.
For getting started with local development, you can refer to the Contribution Guide. If you plan to submit a PR, please "sign-off" your commits.
A list of adopters of the Tetragon project and who is deploying it in production, and of their use cases, can be found in the USERS.md file.
$ claude mcp add tetragon \
-- python -m otcore.mcp_server <graph>