Arbitrum is advancing its core infrastructure and governance with proposals for the ArbOS 60 Elara upgrade, introducing dynamic gas pricing, and a new 'living document' framework for more agile DAO procedures.

> impact

Two significant proposals are set to shape the future of Arbitrum's protocol and governance. The first is a constitutional AIP to upgrade Arbitrum One and Nova to ArbOS 60 Elara. This major upgrade introduces 'Dynamic Pricing,' a new algorithm for multi-dimensional gas pricing that separately prices execution, L1 calldata, and L2 storage. It also grants new permissions to the sequencer operator to adjust gas targets, aiming for enhanced long-term network stability. The second proposal aims to evolve the Arbitrum DAO's governance framework by transitioning the Code of Conduct and DAO Procedures from a trial-based system to a perpetually effective 'living document'. This change would be managed through an optimistic amendment process, empowering the community to propose changes and provide feedback on an ongoing basis. This new framework is designed to make governance more adaptive and responsive to the evolving needs of the ecosystem, streamlining the process for procedural updates. The combined impact of these proposals is a more sophisticated and resilient Arbitrum network. For developers, the ArbOS 60 Elara upgrade means transaction costs will more accurately reflect the underlying resource consumption, which could lead to more predictable fees and efficient block space utilization. The governance update lowers the barrier to participation, allowing developers and community members to have a more direct and continuous influence on the rules that govern the DAO, fostering a more collaborative and dynamic ecosystem.

> Try this now

try this

# This walkthrough shows how a developer might interact with the proposed governance changes using a hypothetical script.
# It demonstrates how to review a proposal and cast a vote on the ArbOS 60 Elara upgrade.

# 1. Import necessary libraries (e.g., ethers.js)
const { ethers } = require('ethers');

# 2. Set up your connection to Arbitrum and your wallet
const provider = new ethers.providers.JsonRpcProvider('https://arb1.arbitrum.io/rpc');
# Replace with your private key for a real transaction
const privateKey = '0xYOUR_PRIVATE_KEY'; 
const wallet = new ethers.Wallet(privateKey, provider);

# 3. Define the Governance contract address and a minimal ABI
const governanceAddress = '0xARBITRUM_GOVERNANCE_CONTRACT_ADDRESS';
const governanceABI = [
  'function getProposal(uint256 proposalId) public view returns (string description, uint256 forVotes, uint256 againstVotes)',
  'function castVote(uint256 proposalId, uint8 support)' # 0 = Against, 1 = For, 2 = Abstain
];

# 4. Create an instance of the Governance contract
const governanceContract = new ethers.Contract(governanceAddress, governanceABI, wallet);

async function reviewAndVote() {
  # 5. Specify the proposal ID for the ArbOS 60 Elara upgrade
  const elaraProposalId = 12345; # Hypothetical proposal ID

  # 6. Fetch details about the proposal to review it
  console.log(`Fetching details for proposal #${elaraProposalId}...`);
  const proposal = await governanceContract.getProposal(elaraProposalId);
  console.log(`Proposal Description: ${proposal.description}`);
  console.log(`Current 'For' Votes: ${ethers.utils.formatEther(proposal.forVotes)}`);
  console.log(`Current 'Against' Votes: ${ethers.utils.formatEther(proposal.againstVotes)}`);

  # 7. Cast your vote (e.g., vote 'For' the upgrade)
  console.log('Casting vote in favor of the Elara upgrade...');
  const voteTx = await governanceContract.castVote(elaraProposalId, 1); # 1 = For
  await voteTx.wait();
  console.log(`Vote cast successfully! Transaction Hash: ${voteTx.hash}`);
}

reviewAndVote().catch(console.error);