Bruce Schneier
Showing 1–3 of 3 transcripts.
- 80,000 Hours2h 36m
Hacking, defending, surviving: 15 expert takes on information security in the age of AI
Rob, Holden Karnofsky, Tantum Collins, Nick Joseph, Nova DasSarma, Sella Nevo, Kevin Esvelt, Lennart Heim, Zvi Mowshowitz, Bruce Schneier, Nita Farahany, Vitalik Buterin, Nathan Labenz, Allan Dafoe, Tom Davidson, Carl Shulman
Experts highlight that physical infiltration vectors like USB drives and the immense strategic value of stolen AI model weights expose frontier systems to significant theft by both nation-states and casual actors. While formal verification and liability shifts are proposed to mitigate these risks, severe workforce shortages and the inability of current defenses to stop well-funded adversaries leave the confidentiality of critical AI assets highly vulnerable. Consequently, the consensus suggests that without mandatory security standards and a fundamental shift in security culture, the development of advanced AI remains compromised by the threat of unauthorized deployment and "weaponized" model variants.
- 80,000 Hours2h 11m
A security expert on why we MUST vote on paper | Bruce Schneier (2019)
This event defines the urgent need for public interest technologists to bridge the gap between software development and societal welfare, addressing critical shortages in the sector while highlighting a shift in cybersecurity risks from digital vulnerabilities to physical infrastructure failures. Experts further analyze evolving threats such as election interference, the governance flaws inherent in cryptocurrency, and the diverging safety profiles of software versus synthetic biology, advocating for a move away from secrecy toward public risk disclosure. The discussion concludes with a framework for securing democracy through policy reforms and actionable personal security measures, emphasizing that economic incentives and infrastructure design are more effective than mass surveillance in protecting civil liberties.
- a16z53 min
Towards a Decentralized Storage Network for the Blockchain Computer
Ali Yahya, Ben Fisch, Bruce Schneier
Decentralized storage networks solve the critical challenge of verifying file integrity across permissionless nodes by replacing institutional trust with cryptographic protocols like Proof of Retrieval and Proof of Replication. These mechanisms transform underutilized personal device capacity into a censorship-resistant infrastructure where economic incentives compel nodes to dedicate actual disk space rather than simulating storage. By enforcing high tightness constraints that disproportionately burden large centralized providers, the system ensures a scalable, fault-tolerant foundation for future decentralized applications.