Work spans artificial intelligence, data science, computer vision, cybersecurity, and distributed systems, combining academic research with more than a decade of engineering experience across complex production environments.
Background includes research organizations, startups, and large-scale industry platforms, with work spanning AI-driven systems, data-intensive architectures, cybersecurity infrastructure, and distributed production systems.
Engineering experience includes cloud-native, event-driven, and data-intensive architectures, with a strong focus on systems that must operate reliably at scale.
Current work centers on designing, analyzing, stabilizing, and evolving complex technical systems, including periods of deep technical ownership during:
These situations have involved deep system analysis, production stabilization, architecture evolution, technical debt remediation, documentation, knowledge transfer, and integration into scalable infrastructure.
Cybersecurity work includes WAF and full-scope External Attack Surface Management platforms, spanning:
asset discovery
ethical-hacking-driven validation
vulnerability discovery and scanning
post-scan analysis
observability and security telemetry
applied machine learning for platform improvement