Innovative Software Development Company

Once we have confirmed the specs of the project from your team, our team will then choose the appropriate hardware components, including any external interfaces, input and output devices and application-specific hardware that may be required. During the analysis phase, we begin by rewriting the system requirements into a list of detailed specifications such as range, ease of operation, reliability and product life.

Once we have analysed the components, interfaces and devices being used, we can start to mindmap building a conceptual model of the hardware or software system. During this stage, we can estimate the cost, schedule and expected performance of the system and review any safety, security and bug-related issues.

The design of the software system architecture will be very important at this stage and will depend on whether the system is in real-time if it needs to be embedded, cost, size and power consumption. When it comes to building a prototype, choosing the right processor is also essential, whether it is with microprocessors, microcontrollers or a digital signal processor.

We want to ensure that we are providing the best possible product or service to you. To do this, we focus on how we can improve the processes to deliver quality software products and solutions. Our team of QA engineers will conduct quality assurance testing of the prototype and make sure that it is designed and implemented with the correct procedures.

Once we have developed an agile, reliable software solution for you, and it has been tested and approved according to industry standards, it is now time to officially release and launch your product. We will offer support and guidance when marketing and launching your product to expand audience reach.

This is the process of correcting any mistakes, fixing any issues, adding new features, and providing ongoing support, once your embedded software system has been approved. At this stage you can change, add requirements or constraints, to tailor the system to your individual needs.

The end of the life cycle provides the opportunity to evaluate the quality of the software that has been developed and whether it has satisfied the stated objectives using qualitative and quantitative data, including whether the system is easy to use, debug, verify and maintain and performance according to its purpose.