Founder & Systems Architect
An engineer with over 7 years of experience designing high-load and fault-tolerant systems. Professional background includes Lead Engineer roles, commercial micromobility fleet management, and the creation of hardware-software complexes for industrial equipment with an offline-first architecture. The current focus is on DeepTech solutions within Nordix Labs, bridging hardware design and sovereign IoT infrastructure.
Core Competencies
Fleet Management & IoT
Technical management of distributed device fleets, telemetry integration (Teltonika-level IoT trackers), deployment of sovereign data streams (MQTT, Prometheus, Grafana) for continuous equipment monitoring.
Hardware & Micromobility
PCBA design, microcontrollers (ESP32, STM32), algorithmic signal processing, BLE. Deep understanding of the architecture of electric transport power controllers and hardware safety systems.
Software Architecture
Building fault-tolerant offline-first systems, designing lightweight communication protocols (gRPC / Protobuf, minimizing network latency < 300 ms), native development (Kotlin) of mobile and Edge interfaces for direct IoT peripheral management.
Industrial Experience (Selected)
Micromobility Fleet Management
Technical leadership in the deployment and operation of a commercial electric scooter fleet (600+ units). Integration of IoT telemetry systems, analysis of hardware limitations in factory controllers, and ensuring uninterrupted real-time metric collection.
Hardware Integration (WMS)
Development of native solutions for data collection terminals and industrial peripherals (Zebra, Honeywell). Implementation of an offline-first architecture, reducing device fleet deployment time from days to hours.
System Optimization (POS)
Migration of high-load commercial platforms to batch data transmission (Protobuf). Result: 95% reduction in system initialization time and increased node stability up to 94%.