System quality requirements have never been higher. But time-to-market pressures have also never been greater. How do you meet one without sacrificing the other?
Embedded systems users expect bug free, responsive and stable applications that provide the best user experience.
The consequence of failing to meet user expectations can result in more than just application abandonment. With the power of social media, it also can quickly lead to a tarnished brand, resulting in lost revenue opportunities from both current and future users.
At the same time, increasing competition and security issues are leading to shorter development and delivery schedules, and quicker deployment of product updates and security fixes. So application failure or releasing a product with major bugs is not an option.
The world of embedded systems has gone through a massive transformation in recent years.
The rise of smart devices, the Internet of Things, mobile computing platforms, connected devices and a range of other innovations have driven embedded system deployments through the roof. Industry observers estimate IoT deployments alone account for 23 billion device deployments in 2018, up from 15 million in 2015. And that number is projected to triple in the next six years.
The explosion in demand has had a major impact on the makers of embedded systems and the products containing them.
In the past few years, there has been an explosive growth in the use of various types of mobile and IoT devices and use of open source based operating systems like Linux and Android. These use cases have forced application developers to test their applications against a rising number of devices with their current and legacy versions of operating systems.
This trend has resulted in the remote access board farm concept becoming an effective and efficient tool for solving these expanding test challenges, especially if configured as a cloud.