Fighting MEV in 2026: How MEV-Blocker, BuilderNet, and CoW Swap Race to Protect DeFi Before Ethereum's ePBS Resets the Game
Eighty percent of DeFi transactions now bypass Ethereum's public mempool. Three architectures — private RPCs, TEE-based block builders, and intent-based batch auctions — race to define MEV protection before the Glamsterdam upgrade resets the relay layer.
The $50M Quarterly Tax No One Is Measuring: Why AI Agents Are the Easiest MEV Prey on Crypto
Autonomous AI agents are leaking an estimated $50M per quarter to MEV searchers because the traits that make them reliable also make them predictable. Here's how the front-running problem became structural — and what 2026's defense stack looks like.
Glamsterdam Slips: Ethereum's MEV Reform Hits Engineering Reality as ePBS Runs Late
Ethereum core developers have quietly conceded that Glamsterdam's ePBS implementation is running late, pushing the May-June 2026 mainnet target into Q3-Q4 and reshaping the L2 and MEV roadmap.
Ethereum's Glamsterdam Upgrade: How ePBS and EIP-7732 End the Flashbots Era and Rewrite MEV
Ethereum's 2026 Glamsterdam hard fork brings Enshrined Proposer-Builder Separation into the protocol itself. Here is what EIP-7732 changes, why it guts the Flashbots relay business, and what it means for the $500M MEV market.
Ethereum's Glamsterdam Hard Fork Explained: How Parallel Execution and ePBS Target 10,000 TPS
Ethereum's Glamsterdam hard fork targets H1 2026 with parallel execution via Block-Level Access Lists (EIP-7928), enshrined proposer-builder separation (EIP-7732), and gas repricing that could push L1 throughput to 10,000 TPS while cutting fees by 79%. We break down the architecture, the competition, and the risks.
MEV Suppression and Fair Transaction Ordering: SUAVE vs. Anoma vs. Skip vs. Flashbots v2
A comprehensive comparison of blockchain protocols aimed at suppressing harmful MEV and enforcing fair transaction ordering, focusing on Flashbots v2, SUAVE, Anoma, and Skip Protocol. Explore their transaction queuing algorithms, MEV mitigation mechanisms, and incentive models to understand their impact on fairness and decentralization.