ZKP for Audits of Unsolicited Consumer Communication
summary
Zero‑knowledge proofs combine with a distributed ledger to let auditors verify that telecom scrubbing used a subscriber’s preferences without revealing those preferences. Prototype uses Socrates (zkSNARKs) to generate on‑demand proofs, stores per‑request 1‑way hashes on an Ethereum smart contract, and offers a scalable alternative using a Merkle tree root on‑chain. Target scale is a billion users, 100k–1M companies and millions of requests; the video demo shows functioning proof generation and verification, with Socrates slow for many requests and Merkle trees more efficient.
AI-written summary · about
chapters (4)
- 0:00Start
- 13:18Retrieve the Hash Based on the Request Id
- 16:58Create the Private Input
- 24:03User Preferences
related talks
44mZero-Knowledge Proofs: Simultaneously ensuring integrity and privacy
37mWhat ZK Can—and Can’t—Do for You
01h 26mPanel Discussion: The Challenges and Best Practices of Deploying Zero-Knowledge Proofs
51mWhy you shouldn't trust me
34mSNARKs and their Practical Applications
48mzkSNARKs — Cryptographic Proofs for Scaling and Security Challenges
30mPractical Zero Knowledge Proofs
29mZKP Ideal functionality