Strategic Risk Lead. Operational Resilience & CNI. Geopolitics & Trade Assurance. Five years of Tier-1 financial services and cross-sector infrastructure experience, focused on the physical vulnerabilities that determine whether systems survive volatility.
Leading assurance across critical automated controls, operational resilience, and third-party risk within one of the UK's largest financial institutions. Shifted the team's methodology from reactive compliance to proactive "Single Points of Failure" analysis within digital architectures. Designated Resilience Lead for integrated audits spanning high-risk infrastructure, operational continuity, and third-party engagements.
Operated within a dynamic Technology Risk practice managing a diverse portfolio across Finance, Legal, and Construction. Gained institutional exposure to the security frameworks of major logistics hubs and strategic risk planning for global trade corridors.
Built proprietary trading algorithms in C# for Commodity and FX markets, triggered by geopolitical events identified through real-time OSINT monitoring. Leveraged a decade of involvement in open-source intelligence communities — including live AIS vessel tracking, conflict monitoring, and sanctions activity — to identify market-moving events before they reached mainstream news cycles and execute positions before broader market reaction. One example: using AIS tracking data to identify an IRGC seizure of an oil tanker in real time, going long on crude before the event broke major news hours later. This capability bridges the gap between intelligence analysis and commercial execution — and enables the direct auditing of "Black Box" algorithmic trading strategies.
Dissertation: Analysis of ISO 27001 implementation barriers within SMEs. Strategic focus on geopolitical threat analysis, digital supply chain security, and systemic risk.
Dissertation: Analysis of human risk vectors and cognitive vulnerabilities in unsecured digital networks (Social Engineering). Elective specialisms in Cybercrime & Digital Forensics and Artificial Intelligence.