Your vision of zero wasted CPU cycles and near instant transactions really resonates with where blockchain needs to go. The dichotomy you point out between high throughput centralized systems and slow decentralized protocols is exacty the problem holding back mass adoption. Combining TEEs with byzantine fault tolerance to get both speed and trust is clever. The Slack cost exaple is revealing too, showing how much inefficiency exists in current infrastructure. Building on top of a planetary scale stateful compute layer would be transformative.
Your vision of zero wasted CPU cycles and near instant transactions really resonates with where blockchain needs to go. The dichotomy you point out between high throughput centralized systems and slow decentralized protocols is exacty the problem holding back mass adoption. Combining TEEs with byzantine fault tolerance to get both speed and trust is clever. The Slack cost exaple is revealing too, showing how much inefficiency exists in current infrastructure. Building on top of a planetary scale stateful compute layer would be transformative.
TL;DR: https://claude.ai/share/0c458f58-01be-4e0e-96fa-0fa26c2253e7
Good summary, thank you!
Not sure if Claude appreciates the piece or considers it not technical enough.
yes