Through our design verification services, we specialise in ensuring that your design works as expected during the development process. Our goal is to ensure that your design conforms to its specification documents and test plan, and we accomplish this by thoroughly examining the technical details of your product.
Standard test-diven development
C, C++ Embedded C, Java and python
Linux, Android FreeRTOS and Zephr
Our team of experts believe that testing should occur at both the partial design output and full system levels to ensure thorough verification of the detailed implementation. We recognise that firmware system verification can be challenging due to their inherent complexity, which is why we utilise advanced testing methodologies to ensure that your design performs correctly.
Our goal during the verification step is to ensure all of the design steps result in a correct output. We take pride in our ability to identify and resolve any issues that arise during the verification process, providing our clients with the highest quality products.
Do you have a product under development that must function exactly as intended and exhibit high reliability in the field? If so, we can help,
At Bermondsey Electronics, we are committed to delivering exceptional design verification, such as to industry standards like ASIL, ensuring the highest levels of quality and compliance. Get in touch with us now to explore our range of services and discover how we can assist you in realising your development objectives.
Bermondsey Electronics Limited is a highly experienced embedded firmware system design house providing embedded development, design verification and HIL testing. Active in sectors that include aerospace, automotive, security, fitness and leisure, the company’s design and verification services shorten and de-risk product launches. These services also enable customers to go to market with increased confidence in their products; assured that they have been completely functionally verified.
Drummond Road, London united kingdom.