Drive digital-led progress with embedded engineering
Complex systems. Impeccable code. We know the complex mechanics of hardware and software, and we enjoy defining how the two will interact. Embedded software engineers map the design into the code, optimizing it for performance, memory usage, and power consumption.
Access to technical skills
Knowledge transfer
The highest form of quality
Decrease time-to-market
Continuous improvement
Strength in numbers
Why do you need embedded software engineers?
Technical excellence. Endless potential. This is what our embedded software services are about. Led by the passion for designing high-performing systems, we’re here to match your ambition. We’re here to match your ambition and extend your team.
Flexible scaling
Scale as much as you need. We adapt to you. The nature of embedded systems projects may vary, with fluctuating demands for resources at different stages. Get the right level of expertise when needed. No overhead costs. Just talented engineers.
Ensure project success
Right people. Winning mindset. Culture matters, especially in engineering teams. We have vast experience in troubleshooting issues related to hardware-software integration, real-time constraints, and low-level programming. That’s how we help you crush obstacles.
Lean in to your strengths
Do what you do best. We’ll cover the rest. There is excitement and joy in working with our embedded software engineers. We are masters of our craft, and we want to give you back your time. Focus on your core competencies, and we’ll do the same. This is how magic happens.
Embedded engineering capabilities
Bringing innovation and integration together. We design the brains of everyday devices, making sure they operate smoothly and efficiently. Our embedded software engineers are great at ensuring all smart devices, from thermostats to car infotainment systems, function seamlessly. Because the world needs more tech innovations.
- We are proficient in C and C++.
- We have vast experience with real-time operating systems like FreeRTOS, which allows for managing time-sensitive tasks in embedded applications.
- We have in-depth knowledge of microcontroller/microprocessor architecture, such as ARM, PIC, or AVR, making sure your software optimally uses hardware capabilities.
- We integrate CI/CD pipelines for automated testing and deployment, which streamlines the development and release processes.
- We have in-depth knowledge of hardware-software co-design principles and collaborate closely with hardware engineers to develop efficient and integrated embedded systems.
- We connect embedded systems with sensors, actuators, and other peripherals using communication protocols like I2C, SPI, UART, Modbus, CAN, and HART.
- We write and optimize device drivers and troubleshoot hardware-software integration issues.
- We know all about the efficient use of memory and the implementation of memory protection mechanisms (essential for resource-constrained embedded environments).
- We have deep expertise in networking protocols such as TCP/IP, UDP, and MQTT is essential.
- We have proficiency in building connected embedded systems, including those in the Internet of Things (IoT).
- We have been working in the industrial automation domain for years with some of the most innovative global companies.
- We meticulously address vulnerabilities, employ encryption algorithms, secure communication protocols, and access controls to safeguard sensitive data.
- We conduct thorough threat modeling to identify potential risks and implement countermeasures.
- We ensure that our embedded systems not only meet regulatory requirements but also exceed expectations in providing a secure foundation for diverse applications.
We’re here to find fast, elegant solutions to your trickiest problems.
Contact usOur tech stack: designed to work with yours
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C++
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Python
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C#
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Rust
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QT
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SQLite
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MQTT
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ZigBee
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BLE
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Modbus
What we have done for our customers?
Swiss Industrial Multinational
Our client needed a software partner with deep domain knowledge and technical expertise who could create a system that would obtain IEC62443 part 4.1-2 Security Level 3 certification and become the first product from the niche to achieve this cybersecurity breakthrough.
Track & Trace Unified Platform
With a dedicated team and in a few phases we came up with solutions for a dynamic language that describes the domain model where end users can adjust it without any development effort. Also, we managed to ensure a secure and transport agnostic communication middleware based on the DDS standard and independent components that can be individually distributed.
Which business model suits you?
Different budgets, deadlines, challenges, and requirements. There is no one-size-fits-all approach to software development. To match your exact goals and ambitions, we offer two types of business models:
- Time & material: Greater control. Flexibility. Participation in candidate selection. With no rigid processes or end dates, this business model is easier to scale up or down as your business needs change.
- Fixed price: Fixed scope. Fixed budget. Fixed timeline. Those are the main benefits of the fixed price model. You set the requirements upfront, and we deliver the project within them.
Many clients choose to start with the fixed-price model. However, as their project scope evolves, they typically shift to the time & material model.
World-class companies that trust us:
Richard’s relentless passion for innovation delivers digital, commercial and organisational growth for our clients. He joins Vega IT from IBM where he was an Executive Partner shaping digital change programmes. As a multi-award-winning digital business transformation consultant with 30 years of experience, he’s highly experienced at helping organisations define and deliver their technology enabled transformation programmes.
Richard Morris
Executive PartnerSend us your contact details and a brief outline of what you might need, and we’ll be in touch within 12 hours.