R&D Software Developer | Industrial IoT & Real-Time Systems | Full-Stack Service Architecture

I design, build and ship production-focused software systems for industrial and operational environments. My work spans machine connectivity, telemetry pipelines, real-time monitoring, internal business applications, packaging, cross-platform delivery and deployment-ready system design.

I work end-to-end: architecture, implementation, executable packaging, Linux compatibility, installer workflows, environment adaptation and technical reporting throughout delivery.

Backend

Frontend

Industrial / IoT

Databases and Data

DevOps, Packaging and Delivery

Real-Time and Service Architecture

Reverse Engineering and Windows Internals

Core Programming

• Industrial IoT systems and machine data collection
• CNC and machine connectivity research, protocol integration and telemetry extraction
• Real-time dashboards, monitoring panels and operational web platforms
• MQTT-based telemetry pipelines and broker-centered communication
• Start-End Backend systems
• Frontend applications with React, Next.js and TypeScript
• Multi-service system design with Docker, Redis, PostgreSQL and API gateways
• Cross-platform software delivery for Windows and Linux environments
• Executable generation, installer packaging and machine-wide deployment preparation
• Automation tools, sync services and internal business applications
• Reverse engineering of native and managed executables
• Technical reporting and documentation and deployment-oriented throughout the delivery lifecycle

Real-time production monitoring system designed for industrial machine data visibility.

• Built live machine status dashboards for production environments
• Integrated telemetry data from industrial machines and gateway services
• Used MQTT, ThingsBoard, WebSocket-based updates and service-side data collectors
• Focused on machine visualization, uptime tracking and operational visibility

Tech: MQTT, ThingsBoard, WebSocket, JavaScript, Industrial IoT, Telemetry, python

CNC data collection system focused on standardizing machine data through MTConnect-based flows.

• Collected CNC machine status, execution state, counters and availability data
• Worked with MTConnect Standards
• Designed collector logic for industrial machine monitoring dashboards
• Focused on reliable data delivery from heterogeneous CNC environments

Tech: MTConnect, SHDR, XML, HTTP, CNC, Industrial Data Collection

Telemetry integration layer for sending industrial machine data to ThingsBoard dashboards.

• Designed MQTT-based and Modbus telemetry delivery pipelines
• Integrated device attributes, time-series data and dashboard widgets
• Worked with ThingsBoard device models, telemetry payloads and service configuration
• Built dashboard logic for real-time machine status and production counters
• Design Rule Chain logic for telemetry processing and dashboard updates

Tech: ThingsBoard, MQTT, JSON, Telemetry, IoT Dashboards

Web-based camera streaming system with real-time live view and asynchronous playback download workflow.

• Built shared RTSP stream handling for multiple web clients
• Used WebSocket/Socket.IO for live frame delivery and task notifications
• Designed async task queue structure for playback video download operations
• Optimized live stream latency with frame compression and connection sharing

Tech: Python, OpenCV, RTSP, WebSocket, Socket.IO, FastAPI, ffmpeg

A containerized real-time multiplayer web platform built with service-oriented architecture.

Highlights

• FastAPI-based backend services
• WebSocket communication
• JWT authentication and 2FA
• PostgreSQL and Redis
• Docker Compose deployment
• Monitoring-oriented architecture

Production-oriented Windows service deployment structure for backend services and industrial collectors.

• Configured applications as Windows Services for on-premise environments
• Implemented automatic restart and failure recovery policies
• Managed service installation, update, restart and monitoring workflows
• Focused on stable long-running background service execution

Tech: Windows Services, PowerShell, NSSM, Service Recovery, On-Premise Deployment

Research-focused project covering CNC communication libraries, Windows internals and native dependency analysis.

• Analyzed native CNC communication DLLs and exported functions
• Used dependency inspection tools to understand runtime requirements
• Investigated Windows COM, services, registry and API-level behaviors
• Supported industrial protocol integration research and troubleshooting

Tech: Windows API, COM, DLL Analysis, dumpbin, Dependencies, ILSpy, Wireshark

I build delivery-oriented systems across architecture, implementation, packaging, deployment validation and documentation. My focus is on observable, maintainable, real-time capable and production-aware software using API-first backends, modular frontends, service-oriented components, WebSocket/MQTT data flows, Dockerized environments and cross-platform delivery for Windows and Linux targets.

I like solving problems around industrial data collection, machine state normalization, low-latency dashboards, legacy system integration, reliable software packaging and telemetry-driven workflows.

• Collecting reliable data from heterogeneous industrial machines
• Normalizing raw machine data into readable operational insights
• Reducing latency in live monitoring dashboards
• Connecting legacy industrial systems to modern web infrastructure
• Packaging and delivering software reliably across Windows and Linux environments
• Turning telemetry into actionable workflows and reports

• Ternlight — API veya sunucu bağlantısı gerektirmeyen, doğrudan tarayıcıda (CPU üzerinde) çalışan 7 MB'lık ultra hafif bir embedding (anlamsal arama) modeli. Tek bir npm paketiyle projeye dahil ediliyor, verileri dışarı sızdırmadan milisaniyeler içinde yerel anlamsal arama yapmanı sağlıyor. Sitede React dokümanları üzerinde çalışan canlı bir demosu bulunuyor.

• GitHub: github.com/bruak
• LinkedIn: linkedin.com/in/bruak