Rewiring the Internet for Ownership with Big Data and Blockchains
summary
Claim: retrofit the web for provable ownership by combining Python big‑data crawls, machine learning and the Bitcoin blockchain. Implementation crawls ~220 terabytes of text and indexes 13 billion images, builds fingerprints and similarity matching, and records registers/transfers via an open Spool protocol and Python libraries (pi‑spool, transactions) onto Bitcoin. Live system at ascribe.io exposes a REST API, wallet, provenance chain and loan/transfer flows, costs ~€0.03 per register, is already used by galleries and Creative Commons France, and returns discoverability and enforceable timestamps.
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chapters (25)
- 0:00Introduction
- 1:11Digital ownership challenge
- 3:58Why DRM fails
- 8:51Copyright zone vs public domain
- 10:55Web history limitations
- 14:12Xanadu vision challenges
- 17:59Why web won over Xanadu
- 18:40Retrofitting internet for ownership
- 19:01Solving the where’s my stuff challenge with big data
- 20:50Ownership via blockchain terms
- 24:41Ascribe’s tech stack
- 27:09Spool protocol and Bitcoin design
- 32:07Python blockchain libraries
- 35:18REST API for marketplaces
- 37:04Web app for creators
- 39:07Live demo: register art
- 41:59Galleries and museums adoption
- 44:24Creative Commons impact
- 45:27Summary and future
- 46:36Q&A: atomic transactions
- 48:01Q&A: loans and enforcement
- 50:28Q&A: physical art tracking
- 54:44Q&A: copyright transfer
- 55:28Q&A: datasets and curation
- 56:33Closing remarks
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