I will develop high performance hardware and control software


Over deze dienst
My name is Aleksandar and I am an expert in hardware-software integration with 8+ years of experience.
Most software developers do not understand hardware timing, and many hardware engineers lack the skills to build professional, responsive user interfaces. I bridge this gap by providing high-performance desktop applications designed specifically for hardware control, telemetry, and data visualization.
Working with me, you will get professional native software (C++, C#, or Java) tailored to your specific FPGA, microcontroller, or industrial system.
I can provide everything needed for a production-ready software solution:
- Compiled Standalone Executables (.exe, .deb, etc.)
- Clean, Synthesizable Source Code
- Protocol Documentation and Register Maps
- Simulation-based testing and verification
Disclaimer: I do not provide the HW, if you need it tested on HW we have to discuss quota.
Please contact me before placing an order to discuss your interface specifications and protocol requirements.
Maak kennis met Aleksandar D
HW SW Engineer, Pentester and Business developer
- Afkomstig uitZweden
- Lid sindsaug 2020
- Gem. reactietijd8 uur
Talen
Zweeds, Engels, Russisch, Servisch, Oekraïens
Veelgestelde vragen
1. Do you provide the physical hardware for testing?
No, I do not provide the hardware. I develop software based on your Interface Control Document (ICD) or protocol specification. If you require testing on specific hardware that I have in my lab, we must discuss the project quota and logistics before starting the order.
2. Which communication protocols can you implement?
I have extensive experience with Serial (UART), USB (HID/Bulk), Ethernet (TCP/UDP), and PCIe. I can also handle industrial protocols like Modbus or custom packet structures defined by your team. Please provide your protocol documentation when inquiring to ensure full compatibility.
3. Will the UI remain responsive during high-speed data transfer?
Yes. I use multi-threaded architectures to separate the data acquisition engine from the User Interface. This ensures that the dashboard remains fluid, buttons remain clickable, and real-time graphs update smoothly at 60 FPS, even when processing high-bandwidth data in the background.
4. Which platforms and languages do you support?
I develop native applications for Windows, Linux, and macOS. Depending on your performance needs, I use C++ (Qt/MSVC) for maximum speed and low latency, or C# (.NET/WPF) and Java (JavaFX) for modern, high-density industrial dashboards and configuration tools.
5. How do you test the software without my hardware?
I develop custom hardware simulators that mimic your device's data output. By using virtual loopback tools and packet injectors, I can verify that the software parses data correctly and handles edge cases before we move to final integration testing on your physical device.
