Cybersecurity meets automation.
Stealthy. Surgical. Self-made.
Every attacker scans for juicy paths like .git/config, .env, /wp-login.php…
Set traps. Log the hits. Learn their tactics. 🕵️♂️
Build smarter defenses. Don’t just buy them.
#Cybersecurity #Honeypot #BlueTeam
Every attacker scans for juicy paths like .git/config, .env, /wp-login.php…
Set traps. Log the hits. Learn their tactics. 🕵️♂️
Build smarter defenses. Don’t just buy them.
#Cybersecurity #Honeypot #BlueTeam
Scan domains, uncover DNS records, and explore recon data — all in one sleek interface.
🔒 Built for security researchers, by security researchers.
Check it out now: dnspulse.org
Scan domains, uncover DNS records, and explore recon data — all in one sleek interface.
🔒 Built for security researchers, by security researchers.
Check it out now: dnspulse.org
Matching WHOIS emails and shared DNS records can quietly expose related domains, shadow assets, and forgotten infrastructure—without sending a single packet.
#PassiveRecon #DNSMapping #WHOIS #CyberOSINT #VectorRecon
Matching WHOIS emails and shared DNS records can quietly expose related domains, shadow assets, and forgotten infrastructure—without sending a single packet.
#PassiveRecon #DNSMapping #WHOIS #CyberOSINT #VectorRecon
Passive DNS, outdated records, or exposed dev environments can leak real IPs—bypassing protections entirely.
Obfuscation ≠ security.
#CDNLeaks #Recon #OriginIP #CloudBypass #CyberRecon
Passive DNS, outdated records, or exposed dev environments can leak real IPs—bypassing protections entirely.
Obfuscation ≠ security.
#CDNLeaks #Recon #OriginIP #CloudBypass #CyberRecon
This diagram breaks down the path from resolver to authoritative, showing query flow, record types, TTLs, and recursion logic.
#DNS #Recon #CyberSecurity #PassiveIntel #NetworkMapping
This diagram breaks down the path from resolver to authoritative, showing query flow, record types, TTLs, and recursion logic.
#DNS #Recon #CyberSecurity #PassiveIntel #NetworkMapping