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Seven Technologies Remaking The World,…
Seven Technologies Remaking The World
3D PRINTING
revolution built on chemistry that is being amplified by continually evolving capabilities in digital and machine technologies.
Also referred to as additive manufacturing, 3D printing transforms a digital bñueprint of an object into a phsical finished good.
3D printing upends the assumptions on which manufacturing is based. As the digitization of producto designs, availability of 3D printers, and emergence of intermediaries accelerate, executives will rethink how their companies design and manufacture products.
3D printing has many applications in the realm of learning. Most important, the techology allows usto visualize and experience objects as they are being designed.
Is the use of living systems and organisms to develop or make products.
Has the potential to both expand existing industry boundaries and create entirely new industries, but it is esay to frame this technology too narrowly.
Biomarkers will spawn industries of new products and services that are individually customized, and they will pose fundamental privacy challenges.
WIRELESS MESH NETWORKS (WMNs)
are ad hoc loops of wireless connectivity in which only one device requires an internet connection.
These are smart networks of wireless devices that can form, disperse, and re-form at the user's command.
Now, dvices can form their own networks off the grid. Thus WMNs open a ew frontier of high bandwidth and more effcient collaboration in processes.
In the future, WMN-equipped vehicles, drones, and devices will extend our geographic reach, increase access to information content.
PERVASIVE COMPUTING
Also known as ubiquitous computing, delivers information, media context, and processing powet to us, wherever we are.
Pervasive comuting is the technology driving the internet of things, but it is more accurate to think of it as the engine of the internet of everything.
Pervasive computing produces new forms of commerce by generating information companies can use to create value across a variety of products, services and assets.
What makes the seven technologies distinct and important is that each exhibits a universal impact in its own unique away.
Beyond their individual impact, an intriguing and powerful aspect of the seven technologies lies in tehir potenial as combinations.
NANOTECHNOLOGY
which encompasses molecular engineering, is a new and radical engineering science thar is designing and manufacturing incredibly small circutis.
Dry- fit clothing, drug delivery patches, water-reppelent shoes, are consumer product applications of nanotechnology.
Combinations of nanomaterials like graphene, tungsten diselenide, and boron nitride may user in a new era of Moore's Law.
Nanomaterials are used in a range of products from golf balls to gaming consoles. Golf balls treated with nanomaterials fly unattainable capabilities.
MACHINE LEARNING
covers a broad context of technologies and capabilities. Some scientists approach the domain purely from a perspective of computer programs that "learn".
Big data is the generation and collections of massive amounts of structured and unstructured data in the search for new insights.
Data and the ability to access, organize, interpret it is the lifeblood of the morden company.
Big data and analytics are rapidly eclipsing other sources of value in the realm of commerce. Businesses have uused dara to build profiles of buying habits, prices and other retail contexts to better target products to consumers.
Biotechology