How Amazon’s Custom AI Chips Work | WSJ Tech Behind

The technology behind generative AI like ChatGPT has exploded, fueling a demand for chips that can handle the complex processing power these programs need. Big tech companies Microsoft, Amazon and Google are all designing their own chips because they can optimize their computing workloads for the software that runs on their cloud. But what does the future of the industry look like? WSJ explains how these AI chips work, how they differ from normal computer chips and whether the tech will have a long lifespan.

When AI Can Fake Reality, Who Can You Trust? | Sam Gregory | TED

We’re fast approaching a world where widespread, hyper-realistic deepfakes lead us to dismiss reality, says technologist and human rights advocate Sam Gregory. What happens to democracy when we can’t trust what we see? Learn three key steps to protecting our ability to distinguish human from synthetic — and why fortifying our perception of truth is crucial to our AI-infused future.

The 7 Next BIG Things In AI

In this video, join us on a journey as we explore “The 7 Next BIG Things In AI.”

AI is evolving rapidly, and in this comprehensive discussion, we’ll uncover the latest groundbreaking developments that are set to shape the future of AI technology. Whether you’re a tech enthusiast or just curious about the future, this video is your ultimate guide to understanding what’s on the horizon.

Firstly, delve into the realm of quantum computing and witness how it’s poised to revolutionize the field of AI. We’ll demystify the complexities, making it easy for everyone, even a 5-year-old, to grasp the significance of this game-changing technology. Imagine computers that can process information at unprecedented speeds, opening up new possibilities for AI applications that were once deemed impossible.

Next, we’ll unravel the mysteries of AI-powered healthcare. Discover how artificial intelligence is transforming the medical landscape, from personalized treatment plans to early disease detection. Our discussion will highlight the profound impact of AI on improving healthcare outcomes, making it accessible and understandable for viewers of all ages.

The video doesn’t stop there – brace yourself for insights into the integration of AI in everyday devices. From smart homes to interactive toys, we’ll explore how AI is making our daily lives more convenient and enjoyable. By breaking down complex concepts into simple language, we ensure that everyone, regardless of age, can appreciate the transformative power of AI in shaping our interconnected future.

Concluding our journey, we’ll touch upon ethical considerations in AI development. As AI becomes more integrated into society, it’s crucial to address concerns related to privacy, bias, and accountability. We’ll navigate through these essential topics, shedding light on the responsible use of AI and empowering viewers with the knowledge needed to navigate the AI landscape confidently.

Join us in this eye-opening exploration of “The 7 Next BIG Things In AI,” where we simplify the complexities of AI advancements, making them accessible to audiences of all backgrounds. Don’t miss out on this opportunity to stay ahead of the curve and gain a deeper understanding of the exciting future that AI holds for us all.

Inside the AI Tech Making Clones of Hollywood’s Biggest Actors | WSJ

AI tech is scanning the bodies, faces and even voices of some of Hollywood’s biggest actors to create digital doubles that can be transformed, de-aged, and even act in their stead. CAA, which represents actors like Tom Hanks and Zendaya, is embracing the tech that can clone their talent. WSJ takes an exclusive look at the technology behind one of the most controversial flashpoints in Hollywood, and why the industry’s top talent agency is going all in on AI.

Blockchain: The Future of Intellectual Property Protection | Kary Oberbrunner | TEDxOshkosh

For centuries, inventors and entrepreneurs have often been hesitant to share new ideas for fear of these ideas getting stolen. There is substantial value in sharing developing ideas to get feedback, and proof of concept, however, there’s also a risk in doing so. The traditional ways of protecting intellectual property—copyrights, trademarks, and patents— are slow, expensive, and cumbersome. This talk proposes another way of protecting intellectual property that’s faster, easier, and cheaper all made possible through blockchain technology. Through the creation of tamper-proof, time-stamped, digital smart contracts, creators can now protect intellectual property with greater ease, flexibility, and speed. Blockchains enable a public ledger that’s decentralized, distributed, and global to prove ownership. The result is a new world of innovation and abundance. The system proposed in this talk not only allows those who have used traditional protection mechanisms like copyright to have a faster way to protect their property, it provides a much more accessible option for those who could not afford traditional methods of intellectual property.