Auto Suppliers: More Than Chips


The semiconductor industry is revving up its present and future contributions to advanced driver-assistance systems and autonomous driving. Those areas represent tremendous growth opportunities for chips, modules, and software going into automotive electronics. There’s also the development of artificial intelligence and machine learning applications in automotive design, which are brand new c... » read more

The Week In Review: IoT


Connectivity M1 Limited of Singapore worked with Nokia to launch a nationwide narrowband Internet of Things network, targeting such applications as asset tracking, environmental monitoring, fleet management, and smart energy management for buildings. M1 hopes to boost the IoT ecosystem in Singapore with the new NB-IoT network. M&A DuPont has agreed to acquire Granular, a provider of digita... » read more

Wearables Are Distributed Computing’s New Frontier


If you want to see the latest wearables, head to your local electronics or sporting goods store. But if you want to see the latest wearables that are leveraging machine learning at the edge, say hello to Monisha Perkash, Andrew Chang and their colleagues. Perkash and Chang co-founded Lumo Bodytech, a six-year-old, 30-person Internet of Things (IoT) startup that is not only shaking up the we... » read more

The Week In Review: IoT


Legislation Four senators plan to introduce a bipartisan bill that would require federal government vendors to provide Internet-connected devices and equipment that is patchable and conforms to industry cybersecurity standards. Such products must not have unchangeable passwords or known security vulnerabilities. The bill was drafted with expert advice from the Atlantic Council and Harvard Univ... » read more

The Year Of Autonomous Cars


The move to fully autonomous vehicles is supposed to happen in 2021. Some carmakers say they will be ready by 2020. But a growing number of engineers and scientists who develop technology for this market don't believe those dates are realistic. Dozens of interviews conducted over the past several months point to a likely rollout of fully autonomous vehicles—steering wheel optional—somewh... » read more

Rethinking SSDs In Data Centers


Semiconductors that control how data gets on and off solid-state drives (SSDs) inside of data centers are having a moment in the sun. This surge in interest involves much more than just the SSD device. It leverages an entire ecosystem, starting with system architects and design engineers, who must figure out the best paths for data flow on- and off-chip and through a system. It also includes... » read more

Altering A Car’s Behavior With Updates


The electronic content inside a car is growing rapidly, which is having a big effect on the way in which different vehicles are designed and built. As a direct consequence of this, the biggest technical change is now beginning to happen – one that overturns the traditional relationship between the car manufacturer and the car owner. With many subsystems now controlled by microprocessors ru... » read more

5 Big Under-The-Hood Engineering Challenges In Building Autonomous Vehicles


Stories about autonomous vehicles are regular fare in the tech news cycle and usually include forecasts about the eventual ascendancy of self-driving cars. The Boston Consulting Group, for example, says that by 2035, 25% of all cars will have partial or full autonomy, with total global sales growing from near-zero levels in 2015 to $42 billion in 2025 and ~ $77 billion by 2035. In short few ye... » read more

Flexible Devices Drive New IoT Apps


Printed and flexible electronics are becoming almost synonymous with many emerging applications in the IoT, and as the technologies progress so do the markets that rely on those technologies. Flexible [getkc id="187" kc_name="sensors"] factor into a number of [getkc id="76" kc_name="IoT"] use cases such as agriculture, health care, and structural health monitoring. Other types of flexible de... » read more

IoT Security Challenged By Evolving Threat Landscape


Many IoT devices on the market today lack effective security, making them vulnerable to attackers and easily compromised. This is problematic, because an unsecured IoT ecosystem introduces real-world risks that include malicious actors manipulating the flow of information to and from network connected devices or tampering with the devices themselves. This salient lack of IoT security was ill... » read more

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