Kerberoasting Attack Explained Step by Step
A technical walkthrough of the kerberoasting attack: the Kerberos quirk it abuses, RC4 vs AES, and how to detect and fix it in Active Directory.
Here you can know more about hacking. You can know more about the things which move around the world in the name of hacking.The great people of hacking
A technical walkthrough of the kerberoasting attack: the Kerberos quirk it abuses, RC4 vs AES, and how to detect and fix it in Active Directory.
A practitioner’s breakdown of the CSRF attack: how the forged request works, two documented exploits, a manual test, and the fixes that hold up.
Credential stuffing tests stolen password lists against your login form until one matches. Here is how to spot the traffic pattern and layer defences that actually hold.
A brute force attack automates password guessing until one works. Here’s why it still succeeds, real incidents it’s caused, and a practical checklist to stop it.
Security tooling is not written in a single language. Python powers most automation. C sits at the exploit layer. PowerShell dominates Windows incident response. This guide traces back from the tools to the languages, so you learn what is actually needed.
Buffer overflow vulnerabilities have driven remote code execution for decades and keep appearing in critical network infrastructure. This guide explains the mechanics, covers modern exploitation techniques like ROP, and details what actually reduces risk.
Most Linux server hardening guides list everything equally. This one ranks controls by when attackers hit them: SSH in the first 30 minutes, firewall within the hour, kernel parameters before production.
A technical breakdown of how a VPN works: packet handling, protocol comparisons, DNS and WebRTC leak vectors, kill switch limitations, and why the enterprise VPN era is ending.
SQL injection has been in every OWASP Top 10 list ever published, and it is still number five in 2025. Here is why the vulnerability persists and the defences that eliminate it.
The difference between a virus and a worm is not semantic. A virus waits for a user to trigger it; a worm exploits vulnerabilities and spreads on its own. That gap in propagation speed determines the damage scale — and which defences to reach for first.