How Deception Technology Catches Intruders That Firewalls Miss
Traditional defenses stop known threats at the perimeter. But what happens when an attacker is already inside? Deception technology flips the script.
Why Proprietary Traps Work When Firewalls Fail
Firewalls block known threats. Proprietary traps catch the threats that got through — silently, with zero false positives.
5 Signs Your Network Has Already Been Compromised
Most breaches go undetected for months. These five signals indicate an intruder may already be inside.
What Happens When an Intruder Hits a Fake Portal
What Purim NetGo captures the moment an attacker hits a deception asset.
The 7-Stage Cyberattack Lifecycle — How Hackers Move Through Your Network
Every cyberattack follows the same 7 stages. Understanding them is the first step to stopping attackers already inside.
Stage 1: Initial Access — How Hackers Get Their First Foothold
Phishing, exploited vulnerabilities, stolen credentials — how attackers breach the perimeter and what stops them.
Stage 2: Internal Reconnaissance — How Attackers Map Your Network
After gaining access, attackers silently map your systems. Deception traps catch them before they find their target.
Stage 3: Credential Access — How Attackers Steal Your Passwords
Hash dumping, keylogging, credential stuffing — canary credentials catch thieves the moment they strike.
Stage 4: Lateral Movement — How Attackers Spread Through Your Network
Pass-the-Hash, RDP pivoting, SMB abuse — honeypot systems catch attackers mid-movement with full intelligence.
Stage 5: Privilege Escalation — How Attackers Gain Admin Control
Token manipulation, UAC bypass, misconfigured sudo — canary admin accounts alert the moment they are touched.
Stage 6: Data Exfiltration — How Attackers Steal Your Data
Canary documents in sensitive folders alert you before a single byte leaves your network.
Stage 7: Ransomware Deployment — The Final and Most Destructive Stage
Canary files detect encryption attempts in real time — alert before ransomware spreads across your network.