Security platform engineer with 10+ years in infrastructure security, specializing in automating security services. I design automated security systems for multi-cloud environments and turn third-party security tools into scalable, developer-friendly platforms. Strong software engineering foundation in Python, Infrastructure as Code, and cloud-native architecture (GCP, AWS) — with a track record of reducing operational toil through automation while enabling engineering teams to move fast without compromising security. Now working at the intersection of security and AI. I build the infrastructure that lets AI tools operate safely inside the enterprise — secure agent integrations (MCP), AI-driven detection and triage, and privacy-preserving telemetry pipelines — and I research how AI workflows get attacked, from prompt injection to data exfiltration.
Menlo Security Inc
Just Eat / SkipTheDishes
Wawanesa Mutual Insurance Company
Building the infrastructure that lets AI coding tools (Claude Code, Gemini CLI, and similar) safely interact with on-prem enterprise systems.
Designed a secure telemetry pipeline for Claude Code/Cowork usage that balances data-driven insight with strict privacy and compliance.
Architected a continuous-compliance and immutable release-tracking framework for production VM images.
Manages compliance posture and endpoint-agent health across AWS and GCP host fleets.
Maintains foundational security boundaries and automated update systems across development repositories.
WinniSEC, 2025. Research on subdomain-takeover vulnerabilities in cloud environments, demonstrating how dangling DNS records pointing to cloud provider IPs can be exploited — plus an automated detection system (AWS Lambda + Step Functions) monitoring DNS records across multi-cloud infrastructure.
Apono, 2025. Case study on implementing just-in-time (JIT) access management across multi-cloud infrastructure — reducing access provisioning time from hours to minutes while eliminating 90% of standing privileged access.
Red River College
SANS / GIAC