Focus: Real-world attack simulation, vulnerability research, SOC-relevant detection gaps, and autonomous red teaming
Timezone: US (EST)
Open to: Research collaboration · Advanced security roles · Responsible disclosure coordination

• Cybersecurity researcher with documented original contributions in offensive security automation and vulnerability research
• Conducts authorized, evidence-driven security testing under responsible disclosure and VDP frameworks
• Produces measurable security impact aligned with industry and government security standards

• Public vulnerability acknowledgments and halls of fame (government and large institutions)
• Responsible vulnerability disclosures (CVE and non-CVE), with remediation status
• Academic and institutional security research contributions
• Original security tooling and automation repositories on GitHub
• Formal recognition letters for security research (available upon request, where not public)

All reported metrics are derived from:

• Authorized testing environments
• Vulnerability disclosure programs
• Research and benchmarking against intentionally vulnerable applications
• Internally documented testing artifacts and evidence logs

Where public disclosure is restricted, detailed evidence is maintained privately and can be shared under appropriate authorization.

• 30+ validated vulnerabilities across web applications, APIs, and enterprise systems
• High-severity findings including authentication bypass, IDOR, and access-control failures
• 100% responsible disclosure rate, with remediation confirmation where available

• Benchmarked an autonomous red teaming system against OWASP Juice Shop (172 known vulnerabilities)
• 31+ verified exploit paths identified within a 12-hour development window
• Demonstrated attack coverage comparable to multi-week human VAPT engagements

• >70% reduction in manual testing time in controlled benchmarks
• Concurrent multi-agent orchestration with full evidence capture
• Repeatable attack pipelines suitable for continuous security testing

• Critical / High: Majority of validated findings
• Medium: Context-dependent exploitation paths
• Low: Informational findings documented for completeness

• Certified Ethical Hacker (CEH v12) – EC-Council
• eLearnSecurity Junior Penetration Tester (eJPT)
• ISC2 – Certified in Cybersecurity (CC)
• Certified Network Penetration Professional (CNPen)

Currently serving in a Security Operations Center (SOC) environment, contributing to detection, investigation, and response workflows.

Operational Exposure Includes:

• Endpoint detection and response (EDR)
• Email security triage and phishing analysis
• Network security monitoring
• Incident documentation and escalation
• Ticketing and case management workflows

This experience directly informs my red team and research work by identifying real-world detection gaps and response limitations.

• End-to-end attack chains (initial access → impact)
• Authentication & authorization bypass
• Business logic exploitation
• MITRE ATT&CK-aligned adversarial techniques

• Detection gap identification
• Attack-to-alert mismatch analysis
• Evidence artifacts usable for SOC tuning and IR review

• API security failures
• IDOR and object-level authorization flaws
• Exploit reproducibility and PoC verification

• Autonomous pentesting agents
• Multi-agent orchestration
• Evidence-first reporting pipelines

My work aligns with recognized security standards and frameworks for testing relevance and control validation, not formal auditing.

Frameworks Referenced:

• OWASP Top 10 (Web and API)
• MITRE ATT&CK
• NIST SP 800-53 (security controls context)
• NIST SP 800-63-3 (digital identity)

Compliance Contexts:

• SOC 2 (control effectiveness perspective)
• ISO/IEC 27001 (technical control verification)

All findings are mapped to industry-standard taxonomies to support audit, compliance, and executive review.

• Designed and implemented autonomous multi-agent red teaming frameworks
• Demonstrated measurable efficiency and coverage gains over manual testing
• Produced repeatable, verifiable exploit evidence suitable for institutional review
• Contributions extend beyond academic or employment requirements

Selected contributions, metrics, and recognitions are mapped to:

• Original contributions of major significance
• Critical roles in security operations and research
• Sustained national and international impact

A detailed evidence matrix is maintained separately for formal review contexts.

• Peer-reviewed and under-review research in cybersecurity and digital identity
• Conference submissions, posters, and technical presentations
• Participation in technical review and evaluation activities where applicable

Details are selectively disclosed to respect publication and review confidentiality.

• Formal recognition from government and large institutions for responsible security research
• Public acknowledgment under vulnerability disclosure programs
• Institutional recognition for cybersecurity research contributions

Security is demonstrated through exploitation, verified through evidence,
and validated through responsible disclosure.

I prioritize:

• Proof over assumptions
• Impact over volume
• Authorization, ethics, and documentation

• Research collaboration (academic or industry)
• SOC, red team, and security research roles
• Responsible vulnerability disclosure coordination

Preferred contact: GitHub Issues or Discussions