2026 Quick-Reference Cheat Sheet & Benchmark Table: Linux (GTFOBins) & Windows (LOLBAS) Privilege Escalation Finder
Horizontal privilege escalation (lateral movement on the same host) occurs when a standard user accesses resources or shells belonging to another standard user account (e.g., moving from www-data to developer). Vertical privilege escalation elevates permissions from a low-privileged account to full administrative control (root on Linux or NT AUTHORITY\SYSTEM / Administrator on Windows). Use this interactive privilege escalation checklist gtfobins lolbas above to test gtfobins suid sudo lookup, lolbas windows binaries cheat sheet, and linux privilege escalation checklist locally in your browser with zero server uploads.
Target Keyword Spec: privilege escalation checklist gtfobins lolbas | Modules: Instant GTFOBins Binary Exploit Lookup • Windows LOLBAS & Token Abuse Explorer • Interactive Linux & Windows Audit Checklists| Technical Parameter / Module | Standard / Keyword Spec | Architecture & Validation Rule | Operational Use Case (2026) |
|---|---|---|---|
| Instant GTFOBins Binary Exploit Lookup | gtfobins suid sudo lookup | Filter Linux binaries (find, vim, python3, bash, tar, awk, env, perl, opens... | Post-Exploitation Vertical Privilege Escalation |
| Windows LOLBAS & Token Abuse Explorer | lolbas windows binaries cheat sheet | Look up native Microsoft-signed binaries (certutil, bitsadmin, mshta, rundl... | Windows Service & Token Misconfiguration Auditing |
| Interactive Linux & Windows Audit Checklists | linux privilege escalation checklist | Track post-foothold enumeration progress across Kernel CVEs, Cron wildcards... | Endpoint Hardening & SUID/LOLBin Lockdown |
| Execution & Privacy Architecture | 100% Client-Side WebCrypto / JS Sandbox | 0 Bytes Sent to External Servers | Safe for internal SOC & authorized lab artifacts |
| NIST SP 800-53 / OWASP Alignment | OWASP ASVS v4.0.3 / NIST CSF 2.0 | Deterministic Rule & Header Verification | Maps findings to actionable hardening controls |
| Cryptographic & Entropy Standard | SHA-256 / AES-256-GCM / Argon2id | ≥ 128-bit Effective Security Margin | Meets 2026 post-quantum & zero-trust baselines |
