// curriculum vitae
MSc Cybersecurity & Digital Forensics Student
MSc Cybersecurity & Digital Forensics student at the University of Wales Trinity Saint David, London. Building Zero Trust AI systems, forensic investigation tools, and SOC dashboards.
// about me
MSc Cybersecurity & Digital Forensics student at the University of Wales Trinity Saint David, London Campus, with a background in Computer Science and a strong interest in AI security, Zero Trust Architecture, digital forensics, SOC systems, and secure AI infrastructure. I am currently building practical cybersecurity systems including a Zero Trust AI Gateway, AI Firewall concepts, SOC monitoring dashboards, and memory forensics platforms.
Originally from Gazipur, Dhaka, Bangladesh, I am now based in London where I study and build. GT is my personal technical identity, and GTRepo is the platform where I document systems, research notes, and experiments as my understanding of modern cybersecurity evolves.
My professional goal is to develop into a cybersecurity professional specializing in AI security, Zero Trust systems, SOC monitoring, and secure AI infrastructure while contributing to practical and research-oriented cybersecurity solutions.
Born
18 September 2002, Gazipur, Dhaka, Bangladesh
Based in
London, United Kingdom
Studying
MSc Cybersecurity & Digital Forensics, expected 2026
University
University of Wales Trinity Saint David, London Campus
sihab.vip@gmail.com
GitHub
https://github.com/AIWshihab
Brand
GT (personal) · GTRepo (platform)
// journey
// skills
Current Learning Focus
// projects
AI Security / Zero Trust
A security gateway for AI model serving built on Zero Trust principles. Inspects prompts, evaluates risk with a policy engine, makes ALLOW / CHALLENGE / BLOCK decisions, forwards safe requests to providers, audits outputs, and produces explainable SOC-style decision traces.
Digital Forensics
Memory forensics investigation system that ingests forensic datasets and artefacts, normalises process / network / DLL / command evidence, runs correlation rules, and surfaces suspicious process lineages, threat indicators, and attack-chain views.
AI Gateway Security
Extension of the Zero Trust AI Gateway for external applications. Supports client API key authentication, prompt inspection, policy enforcement, output inspection, and structured logging with drop-in API integration.
Security Operations
SOC-style dashboard visualising alerts, user anomalies, attack timelines, threat heatmaps, model posture events, and Zero Trust decision logs. Integrates as a frontend module of the AI Gateway backend.
AI Assistant / Automation
Local-first personal assistant concept with voice control, secure tool access, memory persistence, and privacy-aware AI orchestration — designed to run without third-party data sharing.
// experience
London Hospitality Sector
Worked as part of a professional kitchen team in London's hospitality sector while studying. This role developed strong operational discipline, real-world team experience, and pressure management — all of which transfer directly to structured, high-stakes technical environments like cybersecurity operations.
Transferable Strengths
Working under pressure
High-volume, fast-paced kitchen environments requiring consistent output.
Fast decision-making
Adapting to changing demands and priorities in real time.
Team coordination
Coordinating roles and responsibilities across a kitchen team.
Time management
Managing multiple simultaneous tasks to precise timelines.
Operational consistency
Maintaining quality standards under high load and stress.
Operational discipline
Following processes precisely — a discipline directly applicable to security work.
// research
Applying never-trust-always-verify to AI model serving and API access control.
Securing LLM systems, AI gateways, and model inference endpoints against misuse.
Policy-enforced middleware for AI provider routing, prompt inspection, and output filtering.
Security operations systems for real-time event correlation and threat visualisation.
Identifying and correlating threat indicators across forensic evidence and logs.
Making security decisions transparent, logged, auditable, and human-readable.
Memory forensics, artefact processing, and evidence-based investigation pipelines.
End-to-end security architecture for AI model serving environments.
Presenting complex threat data clearly to SOC analysts and researchers.
// beyond the terminal
Travelling
Exploring cities, cultures, and new visual perspectives
Movies
Cinematic storytelling, visual craft, and narrative structure
Anime
Character-driven narratives, visual storytelling, and world-building
Series
Long-form narrative across drama, thriller, and science fiction
Technology
Experimenting with new systems, tools, and ideas
Cybersecurity Research
Reading, following the field, and building in the space
Visual Storytelling
Combining technical craft with creative and aesthetic expression