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Securing the Internet of Things starts with transistors

Asaf Ashkenazi, senior director of product management in Rambus’ Security Division, has penned an article for Semiconductor Engineering about the six “Strategic Principles” for securing the Internet of Things (IoT) outlined by the U.S. Department of Homeland Security (DHS).

Perhaps the most important of these principles, says Ashkenazi, is the concept of implementing security at the design phase, with the DHS recommending the use of hardware that incorporates security features to strengthen the protection and integrity of a device. This includes leveraging computer chips that integrate security at the transistor level – embedded in the processor itself – to provide encryption and anonymity.

Biometric security and the future of mobile payments

According to Patrick Moorhead, Principal Analyst at Moor Insights & Strategy, security has become one of the “biggest issues” in today’s technologically-connected society.

“We use mobile devices to transfer money, pay bills and even to share our health information. Nevertheless, most users don’t want to spend a great deal of time thinking about the security of their device. They expect security to be seamlessly integrated into any technology they use,” he explains.

Securing the Internet of Things starts with transistors

Asaf Ashkenazi, senior director of product management in Rambus’ Security Division, has penned an article for Semiconductor Engineering about the six “Strategic Principles” for securing the Internet of Things (IoT) outlined by the U.S. Department of Homeland Security (DHS).

Perhaps the most important of these principles, says Ashkenazi, is the concept of implementing security at the design phase, with the DHS recommending the use of hardware that incorporates security features to strengthen the protection and integrity of a device. This includes leveraging computer chips that integrate security at the transistor level – embedded in the processor itself – to provide encryption and anonymity.

Augmented Reality (AR) goes shopping

Qualcomm defines Augmented Reality (AR) as the superimposition of digital content on top of a view of the real world. Popularized by games such as Pokémon GO, the technology facilitates significant opportunities for brick-and-mortar stores. AR has already been adopted by a slew of retailers across diverse markets including travel, real estate, food, furniture, toys and fashion.

Mobile wallet use up in 2016

A recent survey commissioned by Capital One has found that nearly one quarter (24%) of respondents are using mobile wallets in some capacity, with 16% leveraging the technology to make purchases.

Of the 24%, more than 63% confirmed the use of a mobile wallet for less than year. As Mobile Payments Today notes, the above-mentioned figure illustrates the rapid acceptance and deployment of the technology during 2016. Indeed, 49% of mobile wallet owners said they use the technology at retail stores while 41% have paid with mobile wallets at grocery stores. In addition, 37% have purchased fast food with a mobile wallet, with 26% using the technology at drugstores and 27% employing mobile wallets for travel-related purchases.

Future smart buildings will adapt and learn

Tom Carroll of JLL property services recently penned an article for the UK-based publication Computing that explores the future of intelligent buildings. As Carroll explains, advanced sensors and the ubiquitous adoption of mobile devices, combined with the rapidly burgeoning IoT, will transform the services a building is capable of offering.

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