Profile
Mohammad Raouf Abedini
AI Security Research · LLM Agent Red-Teaming · Offensive & Defensive Security Engineering
I research ways to measure and contain the cyber capabilities of frontier AI, and I am ready to relocate. My public work includes an open-source containment-attestation framework and five DOI-archived Zenodo preprints indexed under ORCID. I also evaluated Claude in Anthropic's safety-evaluation program.
I created Project Simurgh, a provider-agnostic framework that red-teams LLM agents under a dishonest-producer threat model. It produces Ed25519-signed, offline-verifiable evidence of what an agent did after a guardrail miss. In reported tests, it contained 138/138 cases missed by Llama Guard 4 and reduced a live agent's attack success on AgentDojo from 9/140 to 0/140. The project includes five machine-checked Lean theorems, is licensed under AGPL-3.0, and has 3,057 tests.
I am also the lead author of The Invisible Window, which found 100% screen-capture evasion in the tested Windows and macOS laboratory configurations and was responsibly disclosed under OWASP/FIRST/CISA guidance. I authored Aion-BibleQA, a citation-faithfulness benchmark for retrieval-augmented LLMs (R@5 0.941; zero unsupported citations). Via Alignerr, I evaluated Claude outputs for exploitable code and guardrail circumvention in Anthropic's safety-evaluation program in 2026. I co-founded an incubator-backed campus AI startup and work on measuring capability uplift, characterising safety boundaries, and building defensive tools to reduce advanced AI risks.
- Projects
- 70+
- Evasion in Tested Lab Configurations
- 100%
- Vendors notified
- 3+2
Specialisations
Vulnerability Research & Disclosure
- Cross-Platform Exploit Development (Win32 API, macOS ScreenCaptureKit)
- Responsible Disclosure (OWASP/FIRST/CISA Frameworks)
- IEEE-Format Security Research
- Penetration Testing & Secure Code Review
- W3C Screen Capture Specification
AI Safety & LLM Security
- LLM Integration & Evaluation (Claude, via Alignerr)
- AI-Assisted Vulnerability Research
- AI Capability Uplift Measurement
- Dual-Use Risk Assessment
- Intent-vs-Artefact Safety Boundary Characterisation
Python & Systems Programming
- Python (Primary), C, C++, TypeScript, Swift
- High-Performance C/C++ Systems (1M+ ops/sec)
- Network Packet Processing (libpcap)
- Linux (Ubuntu/Kali), CMake, Docker
- GitHub Actions CI/CD, Google Test
Offensive Security
- Threat Modelling (MITRE ATT&CK, OWASP Top 10)
- Network Intrusion Detection Systems
- Wireshark, Nmap, Burp Suite
- NLP-Powered Phishing Simulation
- NIST Framework & Compliance
Skills
- Languages
- Python (primary)CC++TypeScriptJavaScriptSwiftKotlinBashSQLGo (familiar)
- Security
- Vulnerability ResearchCross-Platform Exploit DevelopmentThreat ModellingSecure Code ReviewPenetration TestingResponsible DisclosureWiresharkNmapBurp Suite
- AI & ML
- LLM Integration & EvaluationAI-Assisted Vulnerability ResearchNLPGenerative AI ToolingML Model EvaluationDual-Use Risk Assessment
- Systems
- Linux (Ubuntu/Kali)CMakeDockerGit/GitHubGitHub Actions CI/CDGoogle TestFastAPICloudflare Workerslibpcap
- Frameworks
- OWASP Top 10MITRE ATT&CKNISTW3C Screen Capture Spec
Current work
Explore the LabAD Attack & Defence Lab
Purple Team · Kerberoasting · DC-Sync
SOC Automation Platform
SOAR · KQL · E8 Maturity
AI Red Team Framework
LLM · Jailbreak · Adversarial
ML Anomaly Detection Pipeline
Zeek · Suricata · Isolation Forest
LEO Satellite Cyber Lab
Uplink Jamming · Spoofing · Telemetry
Malware Analysis Sandbox
RE · YARA · API Hooking
PQC Migration Auditor
Post-Quantum · Crypto Inventory
Education
Bachelor of Cyber Security
Expected completion:
Macquarie University · Weighted average mark (WAM) 76.27
Digital Forensics · Network Security · Systems Security · NLP & Machine Learning · Privacy-Preserving Data Analysis · Cloud Computing
Diploma of Information Technology
Macquarie University · Weighted average mark (WAM) 71.75
Foundations in systems, networking, and software engineering.