Kate has spoken to a wide variety of audiences, including software engineers, law students, economics professors, and occasionally a billionaire or former prime minister. She has spoken in London, New York City, San Francisco, and Australia and at Stanford University. Need a speaker? Contact Kate here.
Smart contracts often get confused with a similar concept called "computable contracts." This talk explains the difference between smart contracts and computable contracts, and counters some of the common arguments made by legal scholars against smart contracts.
Starling Lab hosted a three-part Seminar Series at Stanford University on new ways to guarantee the authenticity, availability, and persistence of images, as well as metadata and attestations about the images. I was invited to give the initial presentation to kick off the second part of the series, Authenticated Databases, which included a panel discussion with speakers from Ceramic, Fission, and Fireproof Storage.
I had the opportunity to speak at Qcon SF on combating AI-generated fake images, as part of a fantastic track including Ryan Dahl (creator of Node.js) and Miško Hevery (creator of Angular.) The talk explored my work with Starling Lab. Rather than trying to detect AI-generated photos by various means, a more promising approach is to preemptively timestamp real images and their metadata.
I gave this lightning talk at the Foresight Crypto, Security, and AI Workshop in 2022 to a group that included software engineers and economists. I talk about how we have expensive auditing and financial control processes in business, and how we have cheap cryptographic tools that can solve some of these problems instead. Importantly, despite the hype, these tools aren't blockchains themselves.
Out of curiosity, I had tried reading a few blockchain books for the general public and was horrified at what I found. This talk pinpoints where exactly the authors of these books went wrong and explores how to fix the misconceptions, even when there is no apparent market incentive to do so.
Some of the largest frauds in history occurred because an agent contracted to act on someone's behalf, decided to act in their own self-interest instead. This talk given to economists at APEE explains how basic cryptography could have prevented some of those major frauds and changed the nature of the principal-agent problem.
In contract law, we are allowed to add custom rules, but we aren't allowed to do the same in property law. Property (both real and virtual) has a limited number of forms. One explanation given by academics is that new forms of property would degrade the market for everyone else, because buyers would have to research what kind of strange rules were attached to the particular property they were considering. NFTs — non-fungible property defined and transferred by smart contracts — might allow us to define custom properties in ways that don't degrade the market in the same way. This is not a talk supportive of specific NFT projects (unfortunately, as is often the case in the blockchain world, many of the projects are scammy), but rather an attempt to connect traditional property law with the new affordances of smart contracts.
97% of the code in a modern web application comes from NPM, and JavaScript has a rich culture of code reuse. But using someone else's code means leaving yourself potentially vulnerable to attackers. Or does it? By using patterns from Object Capabilities, along with code isolation enforced by SES, you can use other people's code much more safely.