beelzebub

Honeypot framework designed to provide a highly secure environment for detecting and analyzing cyber attacks.

Steady · 59
59/100
Steady

Maintained, but at a slower pace than the leaders in its category.

Maintenance 12/40
Releases 25/25
Community 10/20
Momentum 12/15

Commit activity more than 29% of tracked projects; popularity more than 51%. How this is calculated.

Commits, last 11 months

2025-10: 5 commits 2025-11: 8 commits 2025-12: 5 commits 2026-01: 3 commits 2026-02: 8 commits 2026-03: 7 commits 2026-04: 16 commits 2026-05: 10 commits 2026-06: 9 commits 2026-07: 12 commits 2026-08: 12 commits
2025-10 95 total 2026-08
Stars2.2k
Latest releasev3.9.2 · 23 Sept 2026
Repo updated25 Sept 2026
LicenceMIT
Built withDocker, K8S, Go

Is beelzebub actively maintained?

Over the last 11 months the project absorbed 95 commits, of which 33 arrived in the most recent quarter — roughly 11 commits a month.

The most recent tagged release, v3.9.2, shipped within the last month — a current, installable version exists today.

Note that beelzebub depends on a third-party service to work fully. It is self-hosted, but not self-contained: if that external service changes its terms or disappears, your instance is affected.

beelzebub ranks #5 of 11 in Network Utilities, placing it mid-table for maintenance activity.

What beelzebub actually does

Beelzebub is a honeypot framework written in Go and distributed under an MIT licence. It provides a controlled environment to detect and analyse cyber attacks targeting your network infrastructure. The project is packaged for containerised environments and is typically managed using Docker or Kubernetes.

Best fit: Security engineers and system administrators who want to deploy a customisable honeypot to monitor unauthorised network access attempts.

Worth knowing: Operating a honeypot carries inherent security risks if the container isolation is compromised, and the framework's moderate maintenance level means you should audit updates carefully.

Deployment notes

You will typically run this service inside a container using Docker or Kubernetes, ensuring that network traffic is properly routed and isolated from critical infrastructure.


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