Compare HoneyWire vs. LurkerLock

Engineered entirely in Go, HoneyWire delivers a self-hosted, open-source deception engine that identifies post-exploitation and lateral movement without the heavy footprint of commercial enterprise software. Using an intuitive Terminal UI (TUI) wizard, security teams and sysadmins can rapidly distribute distroless, lightweight canary tripwires across any Linux environment in a matter of seconds. Our detection model guarantees an absolute zero false-positive rate. Because every HoneyWire sensor operates as a strictly synthetic decoy, they possess no actual business utility. Consequently, any network interaction with these endpoints is a guaranteed indicator of compromise whether from a rogue internal script, a breached CI/CD pipeline, or a live adversary. The platform ships with a growing arsenal of ready-to-deploy traps: - TCP Canary Tarpits: Occupy attractive network ports to capture malicious payloads and bog down automated enumeration tools. - Fake Web Routers: Mimic administrative dashboards to snare HTTP-focused reconnaissance. - Honeytoken File Canaries: Covert file integrity monitors that trigger the instant an attacker reads or scrapes sensitive decoy directories. - Network & ICMP Sensors: Unmask stealthy subnet discovery and ping sweeps before hostile actors can map your production assets. (Expect new trap types in upcoming releases!) Fleet configuration and node telemetry are centrally orchestrated by the HoneyWire Hub a secure, fully private control server. To seamlessly integrate with your existing EDR or SIEM infrastructure, the Hub dispatches dynamic alerts through standard Syslog, alongside native push notification support for Slack, Discord, Gotify, and Ntfy.

LurkerLock is a pioneering security solution designed for safeguarding Windows PCs and Linux servers. It features sensors on each device that track sign-ins, modifications to accounts and administrators, as well as services, scheduled tasks, and network connections. To enhance security, it employs decoy account names, credential bait files, and unused ports as additional indicators of suspicious activity. The sensors can function independently or relay their findings to a self-hosted LurkerLock Server, which hosts a web console offering insights into host status, search capabilities, data exports, user roles, shared address lists, and alerts. While optional IP blocking is initially disabled and operates in a dry-run mode, notifications can be configured to use email, SMS via a customer's Twilio account, or webhooks for platforms like Slack and Microsoft Teams. This system is particularly beneficial for small businesses and IT service providers overseeing Windows and Linux environments, allowing for monitoring of individual machines or integration across numerous devices, all while maintaining records on the systems managed by the customer. Additionally, its flexible configuration options ensure that users can tailor the alerts and monitoring features to their specific requirements.