VULNERABILITY
RESEARCH
Original vulnerability research, CVE analysis, and exploit development. All findings are tested in authorized environments under responsible disclosure principles. Our research demonstrates methodical offensive security thinking.
May 2026
CVE RESEARCH
CVE-2026-41940 — CPANEL & WHM AUTH BYPASS VIA CRLF INJECTION
cpsrvd writes session data to disk before sanitizing CRLF characters. A crafted Authorization header injects attacker-controlled fields directly into the session file — hasroot=1, verified=1 — without any valid credentials. Four stages. No authentication. Full WHM root access.
Impact: Unauthenticated root compromise of WHM installations
May 2026
ATTACK SURFACE
AI/LLM ATTACK SURFACE RESEARCH — PROMPT INJECTION & DATA EXTRACTION
Methodical analysis of LLM attack vectors including prompt injection, training data extraction, model poisoning, and deployment vulnerabilities. Applicable to enterprise LLM implementations and RAG systems.
Focus: Emerging AI infrastructure attack surface
2026
AUTOMATION
EXPLOIT AUTOMATION RESEARCH — DETECTION EVASION & SCALING
Building offensive security automation at scale. Research into C2 evasion techniques, detection bypass, multi-target exploitation frameworks, and evidence exfiltration strategies for large-scale engagements.
Focus: Operational automation and evasion
2026
METHODOLOGY
MULTI-STAGE ATTACK CHAINS — FROM RECON TO COMPROMISE
Documentation of complete attack chains including reconnaissance, exploitation, persistence, privilege escalation, and lateral movement. Real-world scenarios based on authorized assessments.
Focus: End-to-end attack methodology
2026
CLOUD SECURITY
CLOUD INFRASTRUCTURE EXPLOITATION — IAM ABUSE & LATERAL MOVEMENT
Research into AWS, Azure, and GCP attack paths. IAM privilege escalation, cloud storage exposure, serverless exploitation, and cloud-to-on-premise pivoting techniques.
Focus: Cloud-native attack patterns
Ongoing
CONTINUOUS
MORE RESEARCH PUBLISHED REGULARLY
We publish ongoing research on CVE analysis, exploit development, attack techniques, and security automation. Updated continuously with latest findings and methodologies.
Follow: GitHub for latest updates
RESEARCH PRINCIPLES
- Authorized Testing: All research conducted in authorized environments with explicit permission
- Reproducible: Every finding includes proof-of-concept that can be independently validated
- Responsible Disclosure: Coordinated with vendors before public release
- Technical Depth: Analysis focuses on exploitation feasibility and real-world impact
- Community Benefit: Knowledge shared openly to advance the security industry
DISCOVER VULNERABILITIES IN YOUR SYSTEM
Our methodology applies this research expertise to your security assessments.
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