Designing secure,
observable, and
resilient infrastructure.

South Florida is one of the best places in the world for it. Reading wind and water conditions in real time scratches the same itch as network troubleshooting — every session is different, nothing is fully deterministic, and the feedback loop is immediate.

I have owned several enthusiast vehicles including a Dodge Challenger Hellcat, Subaru WRX, and my current Volkswagen GTI. The Challenger delivered incredible performance, but repeated quality-control issues pushed me away from the platform. The WRX was engaging but lacked the refinement I wanted in a daily driver. My current GTI represents what I appreciate most: balanced engineering, practical performance, and fit-and-finish that reflects its German heritage.

My undergraduate background in Applied Physics and Radiophysics at Kyiv National University left a lasting influence on how I think. I return regularly to electromagnetism, wave propagation, and the physics of light — not as nostalgia, but because the mental models transfer directly to RF engineering, optical communications, and systems reasoning. Understanding the physics of a problem almost always clarifies the engineering solution.

Tending a South Florida garden requires understanding microclimates, timing, and feedback loops — not so different from network design. There's something grounding about working with systems that operate on their own schedule, regardless of what you want them to do.