Honeytrap
An extensible open-source framework for running, monitoring, and managing honeypots to detect and analyze cyber threats.
What is Honeytrap?
Honeytrap is an extensible open-source framework for deploying, monitoring, and managing honeypots. It enables security teams to set up low- to high-interaction honeypots that mimic real services, helping detect and analyze malicious activity, lateral movement, and payload-based attacks in networks.
Security professionals, SOC teams, and network administrators who need to monitor for intrusions, gather threat intelligence, or test their network defenses using honeypot technology.
Developers choose Honeytrap for its extensibility, centralized management of multiple agents, support for both low- and high-interaction honeypots, and advanced logging integrations with tools like Elasticsearch and Splunk.
Overview
Advanced Honeypot framework.
Use Cases
Best For
- Deploying centralized honeypot networks with multiple agents
- Monitoring lateral movement and payload-based attacks in internal networks
- Integrating existing honeypots like cowrie or glutton into a unified framework
- Setting up high-interaction honeypots using LXC or remote hosts
- Logging and analyzing honeypot data to Elasticsearch, Kafka, or Splunk
- Redirecting suspicious traffic from production networks to isolated environments
Not Ideal For
- Organizations needing a simple, GUI-based honeypot solution for quick deployment without command-line configuration
- Teams with limited resources for ongoing maintenance and monitoring of complex honeypot infrastructures
- Environments where minimal performance overhead is critical, as high-interaction modes involve resource-intensive proxying
Pros & Cons
Pros
Allows integration of existing honeypots like cowrie or glutton, enabling reuse within Honeytrap's logging and management system, as highlighted in the features list.
Supports deploying many agents that automatically download configuration from a central server, simplifying large-scale honeypot deployments, as described in the centralized management feature.
Uses payload analysis to handle multiple protocols on a single port, improving detection of sophisticated attacks, based on the payload detection capability mentioned.
Provides seamless upgrades from low- to high-interaction honeypots, including LXC or remote host directors for in-depth monitoring, as noted in the seamless interaction upgrades feature.
Logs to various backends like Elasticsearch, Kafka, and Splunk with filtering, facilitating integration into existing security workflows, per the advanced logging system description.
Cons
Requires significant configuration and understanding of honeypot concepts, as evidenced by the need to refer to external documentation for getting started.
High-interaction honeypots, especially using LXC or man-in-the-middle proxying, can consume substantial system resources, potentially impacting performance.
While extensible, out-of-the-box services might be basic, requiring custom development or integration for specific use cases not covered by default.
As an open-source project, support relies on community forums and mailing lists, which may not provide timely assistance for critical issues compared to commercial solutions.
Frequently Asked Questions
Related Projects
T-Pot🍯 T-Pot - The All In One Multi Honeypot Platform 🐝
EndlesshSSH tarpit that slowly sends an endless banner
CowrieCowrie SSH/Telnet Honeypot https://docs.cowrie.org/
CowrieCowrie SSH/Telnet Honeypot https://docs.cowrie.org/
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