The “trust verifiable” web, trustless compute, programmable transactions, and how @anoma rebuilds every part of the OSI stack were all covered by @akxsha in a recent fireside. The information dense presentation starts with a story from her time at American Express, and the reasons the client-server architectures the web was built upon have started to fail us. Her work at Concordance, finally, is presented: a NodeJS-like runtime environment to build decentralized applications without the complexity or compromises facing a crypto builder today. 00:00:50 - FCRA & Dodd-Frank: No laws for banking data management 00:01:40 - $400 billion data aggregator industry reselling your data 00:02:10 - Client-server architecture strips personal autonomy 00:03:00 - Banks own your data—no selective disclosure possible 00:03:30 - Building a viable alternative: opting out of Web2 00:04:10 - Trustless compute vs trust-verifiable compute 00:05:30 - Blockchains as finite deterministic state automata 00:06:20 - HTTP: sending arbitrary messages through the internet 00:07:30 - Intents: the Web3 equivalent of HTTP requests 00:08:30 - Anoma rethinks every layer of the internet stack 00:11:40 - Cross-chain trading: Popcat to USDC 00:13:00 - Counterparty discovery for matching requests 00:14:00 - Selective disclosure 00:15:40 - Composability: network routes around bad actors 00:16:50 - Solvers: offsetting computation from blockchain bottlenecks 00:21:30 - Programmable transactions: accessible Web3 for developers 00:23:00 - Concordance: writing server-like code for Web3 infra 00:24:30 - Foundational technology