New developer kit helps secure IoT devices
The rapid growth in numbers of IoT devices has seen them become a favored attack route for cyber criminals. This has left companies looking for a way to integrate strong security into millions of devices.
The rapid growth in numbers of IoT devices has seen them become a favored attack route for cyber criminals. This has left companies looking for a way to integrate strong security into millions of devices.
Intel revealed in early-May that there is a critical security vulnerability in its Active Management Technology, which can be exploited to gain remote access to PCs. The feature is designed to help system administrators manage devices, so, due to its nature, it is more likely to affect enterprise users than consumers.
Belkin’s Wemo smart home devices are absolutely brilliant. Not only does the company offer power outlet and light switch adapters, but it recently introduced a dimmer switch too. The Wemo products are also compatible with both Amazon Alexa and Google Home, making them easy to control by voice.
Fast evolving customer behavior presents a challenge to most organizations as they work towards business transformation. It is not a secret that poor customer experience leads to lost revenue. New ways of interacting and socializing, such as on social media platforms, have transformed the way people communicate with each other. What was once exclusive personal communication has now spilled into customer-to-brand communication.
Millions of Android devices could have been affected by a new auto-clicking adware program found in apps developed by a Korean company.
Andy Rubin, who created Android, has come up with an interesting new design for his new company’s first smartphone.
The company has released a ton of software updates for the two flagships, including an upgrade to Android 7 Nougat.
AMD’s Financial Analyst Day is currently taking place, and one of the biggest announcements that has come out so far is the marketing name for the company’s Naples datacenter chip.
With increasing amounts of sensitive data stored in the cloud and accessed on mobile devices, protecting that information presents a major challenge.
Reverse engineering 1 cubic millimeter of brain tissue could lead to better artificial neural networks