Bitcoin’s BIP-110 Split Show How Governance dey Different From Cardano

Bitcoin’s BIP-110, wey dem dey call di Reduced Data Temporary Softfork, close on August 9 after nodes wey dey enforce di proposal waka comot from di main chain and di minority branch quick stall.

Di proposal try make dem temporarily limit several methods wey people dey use store arbitrary data for Bitcoin, turning one technical disagreement about block space into bigger wahala about how decentralized networks fit coordinate contentious protocol changes.

BIP-110 Minority Chain Stop After Two Blocks

BIP-110 propose one one-year consensus restriction set wey cover several methods of embedding bigger data amounts inside Bitcoin transactions.

Di rules target mechanisms like OP_RETURN data, some Taproot constructions and techniques wey relate to inscriptions and other non-payment use of di network.

Di activation design allow miners to signal support through one version bit, with 55% threshold to enable earlier lock-in. Dem schedule mandatory signaling phase to start for block 961,632.

Support remain far below dat threshold.

Only about 2.53% of blocks during di signaling period before support BIP-110. When di main BTC chain accept one block without di required signal, nodes wey dey enforce di proposal reject am and continue for separate branch.

Dat branch produce blocks 961,632 and 961,633 before mining effectively stop.

Di minority chain inherit Bitcoin existing mining difficulty but e operate with only small fraction of di network hashrate. So e no get enough computational power to maintain normal block production, while di main BTC chain continue dey operate normally.

Dem later mark BIP-110 as Closed.

Wendy O Respond to di BIP-110 Conflict

Di technical dispute follow months of debate wey dey increasingly hot between supporters and opponents of BIP-110, Bitcoin Core, Bitcoin Knots and different views on wetin be acceptable use of Bitcoin block space.

Crypto commentator Wendy O talk about di social side of di conflict, as she criticize how technology wey suppose empower individuals don turn vehicle to bully other participants.

Her comments focus on di tone around di dispute, no be di technical reason why di fork fail.

Di outcome na di proposal activation rules, limited miner signaling and insufficient hashrate for di minority chain drive am.

Bitcoin BIP process no make miners di only authority for protocol development. To publish Bitcoin Improvement Proposal no mean say consensus don dey or adoption go happen.

Acceptance finally depend on wider participation across users, infrastructure providers and di economic network.

So BIP-110 turn both failed attempt to change consensus rules and example of how contentious protocol disputes fit enter long social conflict.

Cardano Formalize Protocol Governance On-Chain

Cardano dey use different process for protocol-level decisions.

Under di governance framework wey CIP-1694 and di Voltaire era introduce, governance actions dey pass through defined on-chain procedures wey involve Delegated Representatives, stake pool operators and di Constitutional Committee.

Di required approvals depend on di type of governance action.

Hard fork initiation actions need participation from DReps, SPOs and di Constitutional Committee before ratification under Cardano governance rules. Governance actions, votes and ratification outcomes dey recorded on-chain.

Off-chain debate still be part of di process. Cardano governance still include lobbying, public disagreement and competing interests among ecosystem participants.

Di difference dey for how dem turn those disagreements into formal protocol decisions.

Cardano hard fork proposal must pass predefined governance action with specified voting bodies and ratification thresholds before activation. BIP-110 reach point where enforcing and non-enforcing Bitcoin nodes dey follow different consensus rules without enough support to maintain di alternative chain.

BIP-110 don close now, with di minority branch halt after two blocks. Bitcoin and Cardano still face di same underlying problem of coordinating people around disputed protocol changes, but di mechanisms wey dem dey use to turn those disagreements into network decisions dey fundamentally different.