IoT Blog Written By Experts For Experts

The practice of containerization developed first in server-side and enterprise computing environments, providing a way to isolate applications in highly complex systems, and allow flexible, fast modification or updating without disrupting the entire system.

Doesn’t it make sense to learn from the security mistakes that others have made, and avoid the pain which they had to go through in putting their mistake right?

IoT device management, applied to embedded devices based on a Linux® operating system (OS), is an important function for maintaining the performance and security of a fleet of devices in the field: it is the set of functions which allows for over-the-air (OTA) software upgrades and security patches throughout the life of an IoT or edge product.

It’s ironic that the mechanism used to deliver security updates to installed devices can itself make an entire fleet of devices vulnerable to attack.

Gather ‘round, developers, and listen to a chilling tale of digital terror. In the shadowy realm of the internet the Mirai botnet lurks ‐ a nightmare born from the most mundane of vulnerabilities .

Considering building a custom embedded Linux distribution? Four great reasons to choose the Yocto Project .

Testing video output from Qualcomm® RB3 Gen 2 dev kit in LAVA LAVA’s main goal is to drive testing on the DUT (Device Under Test) itself.

Developing a connected embedded device based on a Linux® distribution is never going to be easy.

Over the years I’ve come to respect distro builders. They can do things that blow the minds of traditional software engineers .

In the embedded computing industry, the momentum of innovation might fluctuate, but it never stops. There is always the next new thing to adapt to .