The economy of 2030 will be built on technical innovations emerging from present-day labs, startups, and tech companies. Ranging from ultra-fast 5G connections that reduce latency, increase bandwidth, and enable real-time machine-aided decision-making, to advances in artificial intelligence. In combination, these technologies will enable large-scale shifts in our economy. Explore the research.
There’s a lot of dead history out there. So, how do you keep history alive? Just ask Jason Fiddler, Vice President, Marketing & Partnerships, as he oversees an $18 million technology transformation at the Naismith Memorial Basketball Hall of Fame to introduce icons of the game to a new generation.
Jessica Chobot takes command of a robot tasked with sorting and fulfilling online orders in search of the truth – will AI really replace us all? Find out if robots are up for the job or just a task.
How one technology leader describes the importance of data to predict the future, understand the past and succeed in a smart world. John Roese, President and CTO, Dell EMC, welcomes us to the data era.
Technology plays a critical role in addressing public safety emergencies, from surveillance cameras to biometric scanners. But it’s the Internet of Things that enables such devices to be connected, allowing for real-time threat monitoring and faster, smarter response tactics that keep the public—and those tasked with protecting them—safe.
When 5G technology goes mainstream, will media outlets be able to draw readers and viewers into a more immersive experience, one that’s unimaginable today with the current bandwidth limitations? This advanced technology offers massive opportunity to deliver content in AR and VR formats.
More than 60 percent of business leaders expect an increase in the number of roles requiring collaboration with AI by 2021, yet only three percent are planning significant investment in training programs. Here’s a look, and a few concrete steps, at how employers can ready the roadmap for reskilling current talent for the workforce of the future.
When patients have technology implanted in their brains, what happens to the line between human and machine? I AM HUMAN focuses on the industry innovators who are developing experimental devices and treatments to help patients like Anne, who is fighting Parkinson’s disease and Stephen, who has lost his vision.
Artificial intelligence and machines’ ability to reason to has come a long way since French philosopher René Descartes pontificated this concept nearly 400 years ago. Learn how significant amounts of research, government funding and increasing computational power has advanced human-machine partnerships to where they are today, and where they are headed next.