The industrial Internet of Things (IIoT) is a major part of the “fourth industrial revolution”, but only 26 percent of decision makers have a well articulated digital transformation strategy.
That’s according to a 2017 Survey Report conducted at the Industry of Things World, which surveyed 1,124 decision makers. It found that most knew the importance of IIoT deployment, but were taking a ‘wait-and-see’ approach to the new technology.
We live in a cyber-vulnerable world – a world governed by data. Data encapsulates almost every aspect of our personal and public life. It is heavily shared, distributed, stored and accessed, and it is constantly at risk. Recent mega-hacks, such as the ones on Target, Yahoo, and Ashley Madison, among others, demonstrate that leaking of personal information and misuse of our data are inevitable in a world that is becoming increasingly more connected and data-centric.
NIO, an electric vehicle startup backed by Chinese venture capitalists, unveiled its first self-driving car concept at SXSW this weekend.
The NIO EVE is a “mobile living area” as much as a vehicle, and has been designed to accommodate long family journeys. The interior has reclining seats that can fold into beds and front seats that can rotate to face the back seats.
Farming is getting smarter every day. From large commercial operations to local organic growers, technology is at the forefront of reducing cost, improving yield and guaranteeing optimal delivery to market. The key ingredient in smart agriculture is data.
A small startup company, Echo Labs, is working to integrate a new level of health monitoring into wearable technology.
Echo Labs provides health care organizations with analytics to allow for better care of their patients, decrease hospital admissions, and reduce spending. Its first generation wearable offers health information by creating continuous vital sign tracking.
Jawbone might pivot to the medical industry as it exits the consumer market, according to people close to the company. It has already sold all its assets for the Jambox speaker business, and has heavily reduced its customer support staff.
The past year has marked a dark time in cybersecurity globally. 2016 started off with @DotGov hackers doxxing thousands of U.S. federal employees; proceeded to the Anonymous breach of the Philippine Commission on Elections exposing personal identification information on every voter in the entire country and progressed to news of massive — and previously unreported — user-information theft from LinkedIn, Yahoo, Dropbox, and Oracle.
Donald Trump has now been sworn in as the 45th president of the United States of America. Along with his administration, the new president will usher in a number of drastic changes — specifically in the area of telecommunications and the world of IoT.
There is a strong possibility that the new White House administration wants to dump “Net Neutrality.” How does this impact IoT?
A new partnership aims to harness insights from Internet of Things (IoT) devices to save insurance companies a passel.
At the recent Consumer Electronics Show, ROC-Connect said it is partnering with CoreLogic to assist insurers in bringing IoT devices to market.
ROC-Connect is a Silicon Valley-based firm that specializes in providing Smart Home as a Service capabilities. Headquartered in Irvine, Calif., CoreLogic provides financial, property and consumer information.
New research sees Internet of Things (IoT) spending growing by nearly 16% by 2020 driven by hardware investments, primarily by manufacturers.
The Journal reported on the release of the “Worldwide Semiannual Internet of Things Spending Guide” by International Data Corp.(IDC).
The IDC report found that IoT spending will reach $1.29 trillion worldwide by 2020, representing a 15.6% compound annual growth rate between 2015 and 2020.
It’s been a big year for Industrial IoT — or Industry 4.0 — as both long-term established companies and start-ups have worked to find solutions to problems that have plagued traditional workplaces for many years. Underlying aims have included increased efficiency, improved supply chains, reduced waste and greater safety and speed.
Amidst an advancing ecosystem of interconnectivity, initiatives such as robotics, wearable technology, 3D imaging, AR and smart shipping processes have led the way.
While corporate giants and big cities are adopting Internet of Things (IoT) technology at a fervent pace1 , a new venture seeks to help smaller businesses and towns take advantage of IoT’s vast potential too. Telecommunications consultancy B2 Group announced that it was launching Directed IoT. The focus of the new division is to aid the implementation of “last mile” IoT initiatives for small- and medium-sized businesses (SMB) and mid-sized towns and cities.
Security concerns about Internet of Things (IoT) consumer gear has now spread to speeding cameras used in smart cities. TheNewspaper.com rang alarm bells about the proliferation of connected smart city technology that is vulnerable to hackers. Specifically it reported on worrying Kaspersky Lab research that found a large number of connected speeding cameras deployed in smart city initiatives were easily hackable.
As autonomous vehicles make their way out of the pages of science fiction and onto the highways of the real world, the question remains exactly what type of impact this emerging technology will have on the workforce in Detroit.
According to the Women’s Heart Foundation, coronary artery disease is the leading cause of death in women. More than twice as many women die from cardiovascular disease as from all forms of cancer combined. Evaluation for suspected coronary disease differs in women because of frequently misleading results provided by treadmill testing without imaging. Gender differences have been observed in treatment practices, and the optimal approach for women has yet to be established.
One of the biggest wearable bugbears, in my opinion, is the constant need to charge a smartwatch or fitness tracker every few days. Luckily, a new research project from North Carolina State University has shown a possible way to charge wearables without having to take them off everyday.
The researchers, led by associate professor of electrical and computer engineering, Daryoosh Vashaee, developed a new design for harvesting body heat and converting it into electricity.
The world of agricultural technology, or agtech, is rapidly evolving. It’s automating laborious tasks and providing farmers and growers with greater knowledge and insight into their crops than ever before. As technology evolves so does the needs of the farmer and the growing environment. Around 20% of the world’s food production is grown within cities rather rural areas and inherent in this is the multi-billion dollar industry of indoor growing and hydroponics.
People have marveled at the possibilities born out of the Internet of Things for some time. But really, the scale of what it can accomplish in the industrial sector dwarfs the smart home capabilities of a Nest thermostat or the wearable innovation of a Fitbit.
Health services around the globe still struggle with mental health disorders, relying on a patient to provide documentation of mood changes in a journal or be open with a doctor or psychiatrist.
Both solutions are not seeing excellent results, which is why U.K. based Cambridge Cognition and Ctrl Group have announced Cognitive Kit, a software platform that lets patient express their mood and improve memory, attention, and reaction on a wearable.
The State of Michigan approved a $17 million loan to build a 311-acre facility for autonomous vehicle testing on Wednesday. The loan will be used to purchase unused land at Willow Run, which used to be owned by General Motors and was a Ford bomber plant in WWII.
It will be one of the largest facilities dedicated to autonomous vehicle testing. The American Center for Mobility (ACM), which will run the facility, plans to add faux houses, traffic lights, and other urban features to simulate real life events.