This Week's Research and Education: EIP-7781 Proposed Reducing Ethereum's Slot Time, How EigenDA achieves hyperscale throughput

This Week's Research and Education: EIP-7781 Proposed Reducing Ethereum's Slot Time, How EigenDA achieves hyperscale throughput

Research 🧑‍🔬

Ben Adams proposes EIP-7781
  • Ben Adams proposes EIP-7781, aiming to reduce Ethereum's slot time from 12 to 9 seconds, increasing transaction throughput by 33%.
  • Giulio Rebuffo proposes EIP-7779, aiming to gradually increase Ethereum's block gas limit from 30 million to 60 million over two years.
  • Nero.eth highlights that solo stakers and local block builders experience higher reorganization rates compared to professional operators and MEV-Boost users.
  • Pop's study on PeerDAS (EIP-7594) uses simulations to determine how custody requirements and subnet count affect the number of peers a node needs.
  • Iampeersky proposes the Ethereum Distribution System (EDS) to reduce disk space usage and enable object passing between contracts.
  • Tim Pechersky proposes EIP-xxxx, adding the GETCONTRACT opcode to retrieve a contract's address by its bytecode hash, enhancing security and efficiency.
  • Fjm2u introduces Anoiden, a zero-knowledge proof-based SSO protocol that allows anonymous logins without revealing user identity

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Education/Mechanism 🧑‍🏫

  • Sreeram Kannan from EigenLayer explains EigenDA's hyperscale throughput via a minimalist, leaderless design with no scaling or censorship limits.
  • 2077 research shares why no Ethereum Layer 2 optimistic rollups have achieved Stage 2 security yet.
  • 2077 Research explores Starknet's Bolt upgrade, featuring Parallel Execution and Block Packing, with benchmarks on processing speed improvements.
  • Pyth Network suggests replacing Total Value Secured (TVS) with Total Transaction Volume (TTV) as a more effective metric for evaluating oracles.
  • EigenLayer explains that Proof-of-Stake Oracles are crucial for creating trusted on-chain data by bridging blockchains with the real world.
  • Polynomial explains how their Abstraction Layer enables CEX-like on-chain trading with gasless transactions and cross-chain bridging.
  • Charles Wang explains the issues with the Uniswap UniversalRouter in scenarios of incorrect operations.
  • Charles Wang explains liquid staking using Strader Lab's BNBx.
  • Chrisdior.eth shares an article explaining what Chain Abstraction is in less than 100 words.
  • EigenLayer shares a user guide on how to start building their first AVS (Actively Validated Services).

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