Software driven agile product development model

PXIE-1065 Because in the era of “software-defined products”, product innovation depends more on software innovation, so the product development mode is bound to transition from the traditional hardware-first method to the software-first product development method, that is, the so-called “software-defined development mode”.

To put it simply, software-defined development mode refers to the deep integration of product development, testing and operation by combining agile software development with digital deployment and operation to build a product development and operation mode centering on software development, continuous integration, testing and deployment.

PXIE-1065

Obviously, compared with the traditional hardware-first product development model, the software-defined product development model has many significant advantages and characteristics.

First, by decoupling software functions from hardware, product software is gradually integrated from embedded programs solidified in dedicated microprocessors into open and scalable software platforms based on service architecture (SOA), enabling developers to focus more on application development and software function innovation.

PXIE-1065 Second, providing application portability that is compatible with different hardware greatly simplifies software development, testing, and deployment across hardware platforms, and makes it easier for manufacturers to replace and upgrade obsolete or unavailable hardware components.

Third, through the service of software online application store and product functions, continuous product upgrades or function optimization can be achieved through cloud-based online updates, which not only improves user experience and satisfaction, but also brings new profit models for enterprises.

Finally, the new model accelerates the adoption of new technologies such as artificial intelligence (AI) and cloud computing in products, and provides a simple and effective way to update, configure, and extend AI models in products without costly and time-consuming hardware upgrades.