Deception Check deploys LLM-powered adaptive honeypots that think like attackers and respond like real systems. Entirely offline. Entirely under your control. No cloud dependencies. No data leaving your network.
Traditional honeypots use static scripts. Attackers spot them in seconds. Deception Check uses local LLMs to generate dynamic, contextual responses that keep adversaries engaged and exposed.
Runs entirely on your infrastructure with local LLMs. No API calls, no cloud dependencies, no data exfiltration risk. Built for air-gapped OT/ICS environments.
Every attacker interaction gets unique, contextually aware responses. File systems, credentials, and command outputs are generated dynamically, not from static scripts.
SSH shells, HTTP services (WordPress, phpMyAdmin, Jenkins), database endpoints. Deploy convincing honeypots across your entire attack surface.
Every captured session is automatically mapped to MITRE ATT&CK techniques. Feed high-fidelity threat intelligence directly into your SOC workflow.
Research shows LLM-powered honeypots keep attackers engaged 5x longer than traditional Cowrie deployments, capturing significantly more TTPs per session.
Honey tokens, fake credentials, and deceptive infrastructure deployed with zero risk to your real assets. Every interaction is a high-confidence threat indicator.
Three steps from download to catching your first threat.
Spin up adaptive SSH, HTTP, and database honeypots across your network with a single configuration file. Each honeypot assumes a realistic server persona tailored to your environment.
When adversaries connect, the local LLM generates dynamic, contextual responses in real time. Attackers interact with what looks and feels like a real production system, revealing their tools, techniques, and objectives.
Every keystroke, credential attempt, and lateral movement is logged with structured JSON telemetry. Sessions are auto-mapped to MITRE ATT&CK and pushed to your SIEM or SOC platform.
Join the early access waitlist. We're onboarding design partners from critical infrastructure, MSSPs, and enterprise SOC teams.