“What’s driving everyone to the edge?” From an enduser perspective, the demands for faster data processing and delivery of content and services to mobile devices will be unceasing. The projections are literally at a steeper angle than the growth of our national debt. The current structure of the internet and cloud and mobile networks can’t even begin to keep pace.
The Internet of Things is the future, but it’s also key to the past. Yes, its main function may be to make environments and objects more reactive to our needs through the use of various connected sensors, but increasingly these sensors are being used to monitor historic buildings and structures. And thanks to such monitoring, we’re getting better at preserving the world’s heritage, using future technology to keep us connected to our collective past.
5G means that, for the first time, last-mile latency will often be less than backbone latency. If your data center is a long way from lots of your customers, your quality of service will be poorer (i.e. noticeably slower) than competitors with physically closer data centers. The potential answer to this problem has been around for a while – edge and fog computing. These may finally come into their own as last-mile latency drops and the sheer volume of data from the IoT skyrockets.
Most IoT solutions now require a mix of cloud and edge computing. Compared to cloud-only solutions, blended solutions that incorporate edge can alleviate latency, increase scalability, and enhance access to information so that better, faster decisions can be made, and enterprises can become more agile as a result.
Edge computing will become a dominant factor across virtually all industries and use cases as the edge becomes empowered with more sophisticated and specialized compute resources and more data storage. The focus on the edge currently stems from the need for Internet of Things (IoT) systems to deliver disconnected or distributed capabilities into the embedded IoT world.
Navigant Research predicts that the global market for IoT solutions in smart buildings will grow from $8.5B in 2020 to over $22B in only six years. As the industry continually pushes for more connectivity and smart city integration, the importance of scalable and interoperable IoT technology increases.
Modern industrial machinery requires an increasing number of sensors to boost their performance, and these devices have to survive in increasingly harsh environments, placing larger demands on the performance of the connectors.
Global internet of things (IoT) managed services market is set to witness a healthy CAGR of 29.90% in the forecast period of 2019-2026.
With anticipation building for autonomous vehicles, buzz around a hyperloop that can travel as fast as 800 miles an hour, and the growing presence of transportation devices that have an ability to communicate with each other, this article explores the way technology is changing the future of mobility. Throughout history, mobility has been an important driver for societal development: enabling economies to boom by facilitating faster, more reliable trade, higher standards of living, international investment, and larger globalized business operations. The future of transportation is set to deliver all these outcomes and more. As the world becomes increasingly connected, so do transportation assets and devices, empowering communities and citizens around the world.
Verdigris Technologies’ will bring machine-learning applications to ABB’s global line of connected low-voltage switching fabric products to predict unplanned surges in power consumption for commercial and industrial buildings. The electrical equipment, power, robotics and automation company is launching a new digital energy app-store and Verdigris’s AI technology is their first app.
