Embedded system applications development services

Keep users engaged, ensure seamless performance, and encourage them to return to your product with a great user experience.

Enhance embedded applications development with intuitive UI and UX

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embedded applications

Build highly optimized embedded applications that run smoothly on any environment with a screen – even on low-power devices. Use tools like C with LVGL or TouchGFX.
C, LVGL, TouchGFX
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Advanced applications

Develop sophisticated applications with advanced UIs for high-performance embedded environments, enabling full functionality and rich interface design using C++ with Qt.
C++, QT
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Web applications

Make applications that work smoothly on PCs, smartphones, and high-performance embedded devices. Develop them once as a single web app.
PC app, smartphone app
Travis Rothlisberger
Travis Rothlisberger

Director of device development

We approached Witekio having limited prior experience with embedded Linux or Qt, and came away not only with a viable proof-of-concept but also with a solid foundation for continued product development on this and other projects.

Applications Designed for People, Built with the Right Tools and
Engineered to Evolve & Last

01.
Human-Centric UX/UI
User experience isn’t an after thought—it’s the driver of successful embedded software. We apply journey mapping, wireframing, and usability testing to ensure intuitive, high-performance applications.
02.
Agile Development & Proven Methodologies

Agile, DevOps, and CI/CD ensure efficient, high-quality development cycles with faster iterations and reduced risks. These practices streamline software development, improve collaboration, and accelerate delivery.

With continuous refactoring, smart technical debt management, and automated testing, we ensure applications stay scalable, maintainable, and reliable.

03.
Future-Ready & Scalable Codebase
We design modular, maintainable architectures that can evolve with hardware, user expectations, or market regulations. Platform-agnostic development ensures applications are future-proof, portable, and secure.
04.
End-to-End Support & Knowledge Transfer

From concept to long-term maintenance, we support every stage of your project. We start as your development team, co-develop with your in-house engineers. We help device makers get to market, optimize existing applications, and extend product life cycles. Long-term updates, maintenance, and security patches keep applications competitive.

SUCCESS STORY

Developing Evoca Coffee Machines embedded application with Qt

Evoca Group is a worldwide leader in manufacturing specialized food and beverage vending machines. To maintain their leading position on the market and the trust of their numerous customers as an OEM, Evoca must aways innovate. They need to offer solutions that are at the forefront of technology as well as robust and scalable. Evoca asked Witekio to:
  • Develop a common, generic, and modular software architecture with code reuse in mind to minimize development for the next product ranges
  • Use Qt GUI development tools to create the intuitive interface featuring a user-friendly 10’’ HD touch screen
  • Architect the embedded application as a set of libraries enabling its simple implementation on future Evoca Group products

Looking for device application support?

Embedded system application development is key in many industries to ensure performance, safety, and reliability – from medical devices to industrial automation and beyond.

At Witekio, our mission is to support you in designing high-performance, intuitive, and scalable embedded apps. We focus on creating value through smooth user interfaces, strong hardware-software integration, and efficient control systems.

Transforming your device vision into reality

We support your teams in designing, building, and running innovative products. This includes embedded software, application development, embedded Linux application development and also user-facing apps.
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4 Countries

4 countries

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ISO 27001 certified

ISO 27001 certified

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fortune 500 owned

fortune 500 owned

Discover our development services

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FAQ: about embedded app

An embedded application is a software program designed to run on a specific device or embedded system. Unlike software on general-purpose computers, it performs dedicated functions like processing sensor data, managing a microcontroller, or interacting with hardware components. These applications are the brains behind many devices we use daily, ensuring they perform their specific tasks efficiently and reliably.

It typically runs on a computer system that includes a processor, memory, and I/O components (or input output components). These are often managed by a real-time operating system. The precise integration of software and hardware is what allows these applications to achieve their specialized performance.

Embedded systems include a vast array of devices we use daily: medical equipment, fitness trackers, digital cameras, microwave ovens, washing machines and assembly line controllers. These diverse applications in embedded systems demonstrate how they play a crucial role in modern technology. Engineers design these systems to perform specific functions reliably and efficiently, making them integral to nearly every industry, from consumer electronics to industrial automation.

Embedded system applications offer tailored performance, reliability, and efficiency. They enable:

  • Real-time processing for critical tasks
  • Optimized hardware-software integration
  • Low power consumption, ideal for portable devices
  • Greater security and system stability
  • Cost efficiency by reducing the need for general-purpose components

These advantages make embedded applications a smart choice for any device that needs to be fast, reliable, and easy-to-use. Overall, developing embedded applications delivers powerful, purpose-built solutions that are critical for modern innovation.

Technologies often include programming languages like C, C++, and frameworks such as Qt, LVGL, or TouchGFX. They enable precise control of hardware, real-time operations, and intuitive user interfaces. These tools are essential for the embedded application developer to precisely manage how the software interacts with the hardware.

Depending on the type of embedded application, developers may also work with device drivers or middleware to ensure optimal interaction with the host system. This comprehensive set of technologies allows for the creation of robust and highly optimized embedded systems applications.

Embedded Linux provides a robust and flexible platform for developing scalable and secure embedded applications. It supports multitasking, a rich set of drivers, and wide community support, making it a common choice in embedded application development.

Its versatility allows developers to process data efficiently and build complex functionalities, extending the capabilities of embedded systems in mobile application development and other advanced applications.

Embedded systems are designed to fulfill specific roles within larger systems. They can be categorized as standalone, real-time embedded systems, networked embedded, or mobile embedded systems, depending on their architecture and purpose.

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