Desktop Application Development Expertise Our team of professionals is equipped to bring your vision for a desktop application to life. From rich functionality to a user-friendly interface, we can create a solution that will exceed your customers’ expectations. Our portfolio includes boxed and licensed solutions for various platforms and our in-house capabilities of analysts, architects, UX/UI specialists, engineers, and QA, ensure a successful project outcome.
Innovative Research & Development Are you looking to bring an innovative idea to the market? Our expertise in research and development can help you find the right technological solution and ensure proper implementation. Our portfolio includes technical achievements and sophisticated yet effective software and middleware for desktop platforms.
Modernizing Desktop Software Legacy applications can hinder your company’s productivity and lower user retention rates. We can modernize outdated software or create a new solution from scratch using cutting-edge technologies, eliminating security and stability issues.
UWP Application Development Looking to make your software easily accessible to Windows users? Our team is proficient in developing UWP applications from scratch or converting existing solutions to the UWP format, ensuring compatibility with all Windows-compatible devices.
Integrating Desktop Software Effective data transfer and workflow across enterprise IT systems are crucial for the success of modern distributed systems. We can create a complex integration solution to make all your business solutions work seamlessly as a single system.
API Development Services We offer API development services to enhance connectivity across various solutions and services. With our expertise, we can create APIs that will integrate your product into any software ecosystem.
From PCB schematic design and PCB board layout to testing, validation, and certification, we take responsibility for the full cycle of the PCB design process. See the detailed breakdown of our printed circuit board design services below.
The process of PCB board design always starts with schematics. A schematic or a circuit diagram conveys the electrical connection between different electrical components like integrated circuits (ICs) and discrete components. To deliver this PCB design service, we use professional CAD software, such as Altium Designer, to define modules and design the connectivity between different components.
Once the schematic is imported to the PCB layout, we manually place components on the board and route the traces. We take into consideration the number of required layers and the dimensions of components that may be limited by the size of the housing. Within our PCB layout services, we analyze signal integrity and evaluate electrical limitations to ensure the safety of the board-level architecture. For a complex layout, we include various simulations in our custom circuit board design services. Our specialists arrange proper conductor routing, which is the primary factor affecting the price of PCB manufacturing. We run DFM/DFA analysis to minimize PCB design revisions, cut development costs, and reduce time to market.
We design embedded software that enables sensors to track motion activities, monitor bodily processes, as well as collect all this information and store it in the cloud. On top of that, we build analytical IoT solutions that uncover hidden insights in the collected data and allow you to leverage them for your business purposes.
From bootloaders to the OS kernel, we design embedded software solutions that will get your hardware up and running in no time. Our embedded apps will help you test your electronics system, program it to perform various operations, and get it working with any peripherals and device types.
AI + Automation is transforming traditional and manual tasks, introducing new levels of efficiency and accuracy. AI and Automation are being applied to a wide range of industries providing more efficient and accurate outcomes for complex tasks. As AI and Automation technology continue to rapidly evolve, more and more creative and reliable ways to support business operations have emerged. Deploying AI + Automation in various workflows can improve efficiency, reduce redundancies and error rates, and help to streamline processes. Artificial intelligence (AI) and automation are rapidly changing the way we live and work. We are on the cusp of an exciting new age of intelligent automation that promises to revolutionize our current processes and systems. AI and automation allow machines to do what was once thought impossible, from driving cars autonomously to performing complex diagnoses and calculations at lightning speeds. With AI and automation, companies can now significantly improve their profitability, efficiency, and customer service. By leveraging AI and automation, businesses can create smarter and more efficient systems, discover new ways to streamline their processes, and aggressively refine and optimize their operations.
Firmware Development Service
We offer firmware development services for 8, 16, 32, and 64-bit microcontrollers produced by the most popular semiconductor vendors including Atmel, Nordic Semiconductor, Texas Instruments, STMicroelectronics, Renesas, Silicon Labs, and others. We design both bare-metal and RTOS-based firmware.
We have extensive hands-on experience in developing firmware for applications that demand real-time response. The real-time operating systems (RTOS) we’ve worked with include FreeRTOS, Zephyr, ThreadX, RTEMS, LiteOS, and NuttX. RTOS significantly speeds up the process of firmware development.
ROS is an open-source operating system that enables control of low-level hardware used in robots and robotic automation systems. With ROS, we can quickly build, maintain, and expand robots’ capabilities.
The Arm Cortex-M processor family is the most common platform we work with. Depending on the requirements, we use different versions of Cortex microcontrollers: e.g. M0/M0+ when a solution needs to be energy efficient but doesn’t require high performance, M4/M7 when high performance and rich periphery is critical, and Cortex-R family when real-time execution is needed.
As alternatives to Cortex, we also apply AVR, PIC, and MSP430 microcontrollers which can be a good fit for some specific tasks. However, we always recommend doing embedded development using more powerful architectures. We offer this recommendation because when your needs change, moving from one platform to another might require significant investment.
Each MCU manufacturer has peripheral features and programming models that are unique to its own products. In case you need to migrate your firmware from one MCU vendor to another, we can support your efforts. We’ll re-layout the PCB if required and make the design portable.