Technical Lead · Systems Engineer
I work across the hardware–software boundary — from embedded electronics, firmware and C/C++ to Linux, networking, GPU-accelerated systems and real-time computer vision.
I am especially interested in engineering problems that cross abstraction layers: hardware, firmware, operating systems, networking, runtime behavior and application architecture.
My current professional work is mostly private/client work, so the public repositories here focus primarily on my open-source embedded, energy and Home Assistant projects.
Local-first Home Assistant integration for hybrid solar inverters using EyeBond-compatible Wi-Fi collectors and SmartESS / SmartValue ecosystems.
Designed around direct LAN communication without dependency on the vendor cloud, with device discovery, multiple inverter/protocol families, monitoring and control, diagnostics, compatibility handling and support workflows for previously unknown hardware.
ESP8266 / ESP32 firmware bridge for connecting compatible hybrid inverters directly to local software and Home Assistant without a factory cloud logger.
Combines embedded firmware, serial device protocols, networking and hardware–software integration.
Companion Home Assistant / Lovelace interface for EyeBond Local, providing a complete user-facing layer for inverter monitoring and energy-flow visualization.
Home Assistant integration for local electricity-outage status and schedule information in the Odesa region of Ukraine.
Systems & software C · C++ · Python · Linux · FreeBSD · Networking · Real-Time Systems · System Architecture
Embedded & hardware Embedded Systems · Firmware · ESP32 / ESP8266 · Hardware–Software Integration · Board-Level Debugging · Failure Analysis
Edge AI & computer vision NVIDIA DeepStream · GStreamer · CUDA · TensorRT · ONNX Runtime · Real-Time Video · Computer Vision · Multi-Camera / 3D Systems