What Are NFTs? How Blockchain Tech Affects Your Clients’ IP Rights

16 Aug , 2021

To register for the upcoming live webinar, please Click Here

NFTs, or non-fungible tokens, are the latest development in the blockchain universe. Another dimension of intangible asset ownership, NFTs are digital collectible items typically associated with art. However, as the popularity of NFTs has exponentially increased, NFTs are now being minted on digital assets ranging from music to text, videography, and even patents. This program focuses on educating attendees on what NFTs are, how they have come to affect virtually every area of intellectual property, and what IP attorneys can do to protect their clients’ IP rights.

To register for the upcoming live webinar, please Click Here

More Webcasts

“It’s the Time o...

In 1968, English rock band The Zombies released their psychedelic counterculture anthem, “Time...

Preventing Death by ...

Lawyers lose hundreds of billable and operational hours every year to poorly managed meetings. Unfoc...

When the Attorney Be...

This program addresses a gap no standard ethics CLE reaches: the psychology of what happens inside t...

Trial Starts Now: Wi...

Trial Starts Now: Winning the Final Six Months provides a comprehensive guide to the critical tasks ...

The Aftermath of Sca...

The Aftermath of Scams and Cybercrime: A Practical Guide to Response and Recovery examines the immed...

Culture Repair™: W...

When the investigation concludes, the discipline is issued, and the file is closed, most organizatio...

Trade Secret Litigat...

This course on trade secrets litigation provides real-world best practices through all key stages of...

Advanced Negotiation...

Advanced Negotiation Strategies for Lawyers explores the psychology and strategy behind successful l...

Mastering the Inner ...

Every trial lawyer has experienced it: the inner critic before opening statements, the surge of ange...

AI Agents Unleashed:...

AI agents — autonomous systems capable of planning, deciding, and acting independently across ...