WHO IS
Third-year software engineering student specialising in Azure cloud architecture and automation. I build projects that combine mid-level experience in Python, data-driven automation, and cybersecurity research, aiming to grow into a cloud & security engineering role delivering scalable solutions.
Case Studies
Highlights from threat simulation, detection engineering, and cloud automation initiatives.
Flagship research thesis
Red Team vs Blue Team simulation featuring a custom RAT that bypasses Windows Defender, tunnels over TLS 443, and adapts detection countermeasures through jitter-aware beacons.
Metrics
Phases
Endpoints
Latency
Adversary signal intelligence
Machine learning detector that analyses packet timings, jitter variance, and entropy to surface malicious beacon patterns across enterprise networks in near real time.
Metrics
Detection
Signals
False Positives
Operational cloud toolkit
Modular automation pack orchestrating Azure resource provisioning, IaC templates, and CI/CD pipelines with built-in security and monitoring integrations.
Metrics
Automation
Pipeline
Resources
Offensive automation suite
Toolkit accelerating reconnaissance, exploitation support, and evidence-driven reporting for red and purple team operations.
Metrics
Modules
Scans
Automation
Open to freelance work, research collaborations, and community initiatives.