He identifies Michael Saylor's program Orange, Peter Todd, and Nic Carter as primary offenders adding 'atomic mass'. Kruse alleges Carter's quantum FUD campaign is funded by Silicon Valley Ethereum interests to justify moving to 'newfangled' blockchains.
Haseeb believes blockchains like Ethereum are a higher-risk target for AI exploits than smart contracts due to their immense complexity and larger attack surface.
Haseeb predicts Ethereum's multi-client architecture will give way to a single, formally verified codebase hardened by AI, as correlated exploits become more likely.
The Ethereum Economic Zone (EEZ) is a standard for synchronous composability between networks that acknowledge Ethereum as the canonical source of truth. It resurrects the original vision of a unified network of independent chains.
Real-time proving is the recent technological unlock enabling the EEZ. It allows networks in the zone to understand and act on each other's state within an Ethereum block time, making seamless cross-chain interactions feasible.
Chains in the EEZ must settle with Ethereum every block, roughly every 12 seconds. The main concession for joining is acknowledging Ethereum's authority, including reorging if Ethereum reorgs.
The EEZ standard is a thin coordination layer described as less than a thousand lines of code. Major block builders like Titan, Beaver, and Flashbots, who produce over 90% of Ethereum blocks, have already agreed to support it.
The EEZ creates shared liquidity, allowing a single transaction to source assets from Ethereum and all connected chains. This collapses separate markets on different chains into one unified market.
Smaller, niche chains have the biggest incentive to join the EEZ first. They can focus on their specialty while seamlessly accessing Ethereum's full stack of infrastructure like DEXs and oracles.
Martin Koppelman argues generalist L2s will become less important as the EEZ enables specialized app chains. The gravitational pull of large, full-stack L2s diminishes when any chain can compose with the entire zone.
Koppelman states the EEZ could significantly increase transaction fee demand and MEV on Ethereum L1. If even a few of the hundreds of L2 transactions per block also access L1 state, it boosts L1 economic activity.
Single-slot finality on Ethereum would eliminate the practical complexity of handling reorgs for EEZ chains. While deep reorgs are extremely rare, this Ethereum upgrade would simplify the system.