Guest Writer

The term Internet of Things is increasingly being used to define devices that specifically communicate with the local network, the internet, and each other, independent of human action. IoT is wearable and portable, creating a connected world by transforming surrounding physical objects into an ecosystem of information that rapidly changes the way humans live.

Key developments in IoT have been transforming the transportation sector in order to gain real-time fleet management wins.

IoT-powered solutions are largely used to address issues that an enterprise or a consumer is having. Nevertheless, that same technology can also be implemented to solve some of the most critical global challenges.

Although the majority of companies know about IoT, not many understand the value they can extract from machine data right now; it’s all about the communication ability between the shop floor and the business environment.

No company can create an IoT solution alone, and vendors increasingly must form strategic partnerships that give them access to all necessary complementary technologies. An effective partnership will speed time to market for solutions that not only optimize the customer experience but also protect users and their personal data against growing cyber security threats while offering the scalability to support growth and changing requirements.

Connected cars are extremely complex in terms of testing and QA, yet these points cannot be overlooked. The article focuses on the mechanisms of data exchange in connected vehicle technology and lines up types of testing applicable to connected cars, such as on-road, virtual environment and in-laboratory testing. Moreover, various systems of connected vehicles are also separate subjects of testing, so QA engineers use performance, interoperability, and other types of testing.