Our solutions are used in household appliances, telecommunications, mobile electronics, measuring equipment and industrial automation. We provide a complete cycle of embedded software development services.
Cash acceptors, card readers, bar code scanners, EMV readers, servo drives, network adapters, AD/DA converters, touchscreens, sensors, RFID, NFC and other hardware components. The following technologies are used for firmware development.
As of 2009, there are 30 microprocessors per person in developed countries. The rapid proliferation of embedded software has given rise to the Internet of Things (IoT). The number of things connected to the internet has exceeded the audience of the ‘Internet of People’.
Rework of an electronic health check-up system:
C++, Debian, Docker, HID, QR Code.
Development of a P2P module in C to access API for video camera PTZ mechanism management, camera authorisation and video stream capture.
C, EvoStream, RTSP, TCP/IP.
A street lighting management system for a country, city, region, street or individual lighting fixture. Management can be executed both in real time and according to a schedule. The display of energy consumption and lighting output. Firmware development for devices managing electrical apparatus.
.NET, Arduino, C#, C++, ESP8266.
Development of software for an x-ray microtomograph. Recreation of 3D model of the object under study, solved by numerical formulae using the Radon transform.
C++, Cluster, CUDA, Linux, Qt, SDK.
Development of a system for industrial vehicle identification based on Bluetooth tracking. This system determines the vehicle number by recognising the hull number from a photo and by analysing the Bluetooth ID. This can be done when the vehicle moves through the site gates. Data transfer over a great distance is made possible by cables and radio communication.
C++, Delphi, WinAPI.
Participation in industrial automation and system integration projects: development of software for static and dynamic industrial scales, vehicle identification and CCTV. We gained experience of designing and implementing ADCs using microchip controllers.
Delphi, Microchip, C++, COM.
Development of a modular system for vehicle monitoring with GUI for an opencast mine and implementation of a dispatch system for transportation facilities. This work included database design and development, plus reporting using Crystal Reports. An emulator for the device (Spectrum 433) that monitors the vehicle fuel level was also developed.
NET, C#, ADO.NET, Forms, GDI+, Oracle, XML, Crystal Reports.
This software development was for a local payment system. The work included server-side core and payment terminal implementation. The core provides the option of adding new payment types, such as mobile, internet, cable TV, credit payments and payments for municipal services and penalties/fines.
Linux, Ruby, C++, HTML, PHP, Flash, SSL, Apache, MySQL.
Software for a control unit of a PDH radio relay station. It was implemented using an assembler with a National Semiconductors microcontroller and Atmel AT90. Our implementation included the designing of network protocols, external router functions, user interface (keyboard, LCD), and internal routing. We also reengineered software for the control unit of the PDH radio relay station to comply with the new requirements of the development environment: C under eCos with Atmel AT91.
ARM, Assembler, C, ECOS.
Our task was to develop a web-based application to interact with the radio station's MC.
Automating an asphalt and concrete mixing plant. The mixing logic was implemented with GCC, K-Develop and Qt for Linux Red Hat. The project included the implementation of a graphical visualisation subsystem and a graphical user interface.
.NET, C#, ADO.NET, Forms, С++, WinAPI, OpenGL, ODBC, K-Develop, GCC, Qt.
We designed and implemented a heart rate monitor for PC. This device is able to register the human heartbeat before transmitting this information to a PC via radio. The work included:
Microchip, MPLAB, AutoCAD, Assembler, C, Delphi.