Me Hacker

Currently Playing: Windows & Linux Priv Escalation essence | Part -1 | Hindi | OSCP & CPTS core | Me Hacker

Privilege escalation isn’t about memorizing arbitrary exploit commands—it is about understanding system architecture, trust boundaries, and misconfigurations. In this video, we break down the core philosophy and methodology behind privilege escalation across both Linux and Windows, exploring how surprisingly identical the underlying logic really is. Instead of getting bogged down in syntax, we zoom out to compare the structural parallels between both operating systems: Identity & Permissions: Linux Users/Groups (/etc/passwd, Sudoers) vs. Windows SIDs, Tokens, and Access Control Lists (ACLs). Elevated Execution Vectors: Linux SUID/SGID binaries vs. Windows Token Impersonation and Privileges (like SeImpersonatePrivilege). Persistence & Scheduled Tasks: Cron jobs and systemd services vs. Windows Scheduled Tasks and Service Binaries. Inheritance & Hierarchy: Why every privilege escalation vector boils down to one fundamental flaw: a high-privileged process trusting a low-privileged input or file path. Understanding the shared conceptual framework will make you a faster, more intuitive penetration tester and security auditor—regardless of which operating system shell you land on. Key Concepts Covered: The core mindset behind Local Privilege Escalation (LPE) Structural comparison: Linux permissions model vs. Windows Access Control High-privilege execution vectors (SUID vs. Windows Tokens) Path abuse and service misconfigurations across both OS architectures How thinking conceptually beats memorizing cheat sheets Disclaimer: This video is created strictly for educational and defensive auditing purposes to help security professionals understand operating system architecture. #CyberSecurity #PrivilegeEscalation #Infosec #EthicalHacking #LinuxSecurity #WindowsSecurity #OSCP