Our development tools, including ARM Development Studio and Keil MDK, provide everything engineers need to develop, debug, and optimize ARM-based embedded systems. From microcontrollers to high-performance processors, our solutions support efficient coding, real-time analysis, and advanced debugging for a wide range of applications

Static Analysis tools help engineers detect bugs, ensure code reliability, and meet safety standards in embedded systems. These tools provide advanced code verification, timing analysis, and security checks for safety-critical applications, including automotive, aerospace, and medical devices

Our software debug tools provide powerful debugging, tracing, and performance analysis for embedded systems.

Our unit testing tools help ensure the reliability and correctness of embedded software. Engineers can automate testing, detect bugs early, and verify functionality at the unit level, ensuring robust and maintainable code throughout the development process

Our debug probes, are industry-leading solutions, enable real-time debugging, flash programming, and trace analysis for ARM-based embedded systems. They provide seamless connectivity between development tools and target hardware for efficient troubleshooting and optimization

It allows users to run operating systems and applications in an environment that mimics real hardware, enabling testing, debugging, and development without needing the actual physical device.

A Production Programmer prepares and programs firmware or software into devices  during manufacturing, ensuring accuracy, security, and consistency across production runs. They configure and operate programming tools, verify code integrity, and maintain traceability and quality standards. Working closely with engineering and manufacturing teams, they help ensure reliable, production-ready products.

AI for embedded tools uses intelligent automation to streamline how engineers build software for devices that must be safe, fast, and reliable. It transforms complex, manual engineering tasks—like defining requirements, analyzing behaviour, and generating test cases—into faster, more consistent, and more accurate workflows. The result is higher‑quality embedded software delivered with less effort and greater confidence.