#BIP110ForkStalls

Two blocks in eight hours. Bitcoin’s main chain kept moving. The BIP-110 minority chain emerged at block 961,632 when enforcing nodes rejected non-signaling blocks. It inherited Bitcoin’s full mining difficulty but only a fraction of its hashrate. Around the split, two-week signaling stood at 2.53%, far below the 55% threshold. That threshold is also disputed. BIP-110 uses 55%, versus the 95% generally used by standard BIP9 deployments for permanent consensus changes. The proposal would restrict large data payloads and some script structures for 52,416 blocks, about one year. · Backers say it protects payment blockspace and reduces node burden · Critics say fee-paying users should determine how blockspace is used · The restrictions could affect Taproot-based designs such as BitVM and temporarily constrain future soft-fork paths Even if activated, BIP-110 would not eliminate arbitrary data. Payloads could still be split or structured differently, making it a restriction rather than a ban. If activated, UTXOs created before the activation height would be grandfathered. BIP-110 does not change Bitcoin’s 21 million supply cap or issuance rules. Its “Complete” status means the authors consider the specification finished and recommend adoption. It does not indicate network approval or deployment. The mechanics now matter. Mining difficulty adjusts every 2,016 blocks, leaving a low-hashrate minority chain at risk of remaining stalled for an extended period. Among chains a node considers valid, Bitcoin selects the one with the most cumulative proof of work. During the mandatory-signaling window, BIP-110 nodes exclude non-signaling blocks from that choice, while standard nodes continue following the dominant-work chain. The lack of replay protection also introduces transaction risks on the minority chain. This is less a verdict on inscriptions than a live test of how Bitcoin reaches consensus. What does this episode reveal about where that consensus forms: through code, hashrate, or broader ecosystem adoption? #BIP110ForkStalls

Bitcoin didn’t crash today. Something more interesting happened: a governance experiment did. 👀 I’m Cige, and today I’m not talking about candlesticks. I want to talk about who gets to decide what Bitcoin should be. On August 9, Bitcoin reached block height 961,632, and nodes supporting BIP-110 entered the mandatory signaling phase. The result was essentially a minority chain splitting away from the Bitcoin mainnet. And then… it almost stopped moving. The forked chain mined just 2 blocks in roughly 8 hours. By August 10, it was sitting around block 961,633, while the Bitcoin mainnet had pushed beyond 961,833 — a gap of more than 200 blocks. A highly publicized attempt to change Bitcoin's rules went from launch to near-stagnation in less than a day. So what exactly happened? BIP-110, proposed by anonymous developer Dathon Ohm in December 2025, is known as the Reduced Data Temporary Soft Fork. Its basic idea is simple: temporarily restrict non-financial data inscriptions such as Ordinals, BRC-20 and Runes from occupying Bitcoin block space. Supporters believe these inscriptions consume scarce block space, increase fees, and move Bitcoin away from its original role as a monetary network. But here's where things get interesting. Bitcoin doesn't have a CEO. There is no central authority that can simply say, "This is the rule now." Protocol changes need consensus. BIP-110 set its activation threshold at 55%, already much lower than the traditional 95% BIP-9 threshold. Yet miner support during the signaling period remained tiny — roughly 0.31% to 2.5%. In the final 2,016-block difficulty period, only 51 blocks signaled support — about 2.53%. That's nowhere close to the 55% required. And once the minority chain launched, the numbers told an even clearer story. It inherited roughly 127.48 trillion mining difficulty from Bitcoin, but attracted very little hash power. The chain would need roughly 350 days for its next difficulty adjustment, compared with around 14 days on the Bitcoin mainnet. #DailyOrbit

$PEOPLE $BOME $JOE $NEIRO $MMT $PROMPT $PUMP $AVNT $TAO $SUI #AIMemorySelloffEases #DailyOrbit #OKXOrbitTopics #Crypto #Altcoins #OKX AI memory tokens me thoda relief hai. Lekin asli kahani Bitcoin side pe chal rahi 👇 BIP-110 fork stalled: 2 blocks in 8 hours. Kyun? Kyunki code ke paas hashrate nahi thi. 2.53% signaling vs 55% required = minority chain freeze. Ye prove karta hai: Bitcoin ka consensus sirf code se nahi banta. Chahiye: Code + Hashrate + Ecosystem adoption. Same cheez altcoins me bhi hai. $1.1B ETF inflows aaye BTC/ETH me, phir bhi price vertical nahi gayi. Kyunki liquidity abhi higher-beta assets me nahi gayi. Market bata raha hai: "Hum bullish hain, lekin selective hain" Isliye abhi: BTC/ETH me conviction nahi = AI tokens me bhi conviction nahi. NEIRO, BOME abhi bhi -5% to -6% down. Jab BTC 66.9K tod dega aur ETH/BTC up jayega, tab ye AI wale bhi udenge. Tab tak: Capital ko follow karo, FOMO ko nahi 👀 Konsa AI token tumhare radar pe hai?

JUST IN: Bitcoin's BIP-110 minority chain split from mainnet after just 2.53% of blocks signaled support, then stalled after mining two blocks. $BTC

#BIP110ForkStalls $BTC 🟠 Bitcoin’s BIP-110 is stalling The fork associated with BIP-110 mined only two blocks before effectively grinding to a halt, whereas the main Bitcoin chain has continued to operate normally. Notably, the rate of miner signaling in favor stands at just around 2.53%—far below the required 55% threshold. BIP-110 aims to restrict the inclusion of large data and certain complex scripts on the Bitcoin network for a period of approximately one year.

CONSENSUS ISN’T SOMETHING YOU JUST ANNOUNCE Look, Saylor’s point here is pretty simple. BIP-110 didn’t get the support needed. And honestly, that says more than any loud declaration about who’s “right” ever could. Here’s the thing. You can propose a fork, slap a name on it, get people excited on social media, whatever. But if there’s no real security behind it, no useful reason for people to run it, no serious capital backing it, and barely anyone actually using it... then what exactly are we talking about? A fork without an ecosystem is basically code sitting in a folder. I know what you’re thinking. “But technically, they can still fork.” Sure. You can also open a restaurant in the middle of nowhere. Doesn’t mean anyone’s coming for dinner. Bitcoin consensus has to be earned. Users, miners, developers, businesses, capital. All of that matters. You don’t get consensus by declaring victory. You get it when people actually show up. $BTC #OKXTraderVoices #SpaceXShortCovering #BTCETHETFInflowsReturn

#BIP110ForkStalls # BIP110ForkStalls: Bitcoin Governance Faces Another Test The **#BIP110ForkStalls** narrative highlights the challenges of building consensus around major changes to Bitcoin. Proposals that could alter Bitcoin's consensus rules require broad support across developers, miners, node operators, businesses, and users. When that support is divided, progress can slow significantly. A stalled fork does not necessarily mean that Bitcoin development has failed. Bitcoin's conservative approach is partly designed to reduce the risk of introducing changes that could affect network security, decentralization, or compatibility. For many participants, taking more time to review a proposal is preferable to rushing toward an uncertain upgrade. At the same time, supporters of larger protocol changes may argue that Bitcoin needs to evolve as technology, transaction demand, and use cases develop. This creates an ongoing balance between innovation and stability. For **$BTC** investors, the debate is important but should not automatically be interpreted as a short-term price signal. Bitcoin's market performance is influenced by many other factors, including institutional flows, liquidity, interest rates, regulation, adoption, and broader risk sentiment. The wider ecosystem also provides alternative ways to build functionality around Bitcoin. Layer-2 networks, sidechains, payment infrastructure, and application layers can potentially expand Bitcoin's utility without requiring every change to occur directly on the base layer. Ultimately, **#BIP110ForkStalls** represents a fundamental characteristic of decentralized governance: meaningful protocol changes can take time because no single entity controls Bitcoin. Whether a proposal eventually advances will depend on the level of technical confidence and community consensus it can build. **$BTC $ETH $SOL $BCH $BNB** **#BIP110ForkStalls #Bitcoin #Blockchain #Crypto #BTC**

The BIP-110 Bitcoin fork fiasco has basically failed so far. Miners supporting BIP-110, not recognizing the main chain rules, chose to fork out on their own. Roughnecks managed to mine two blocks on the new chain but then stopped producing blocks and announced a mining pause. The reason is simple: the hash power supporting it is only a tiny fraction, insufficient to maintain a competitive new chain. So this is not a "split of the Bitcoin mainnet"; on the contrary, the $BTC main chain has been running normally. BIP-110 was just a minority choosing to leave, and eventually found almost no one willing to follow. This incident actually validates the simplest and most straightforward aspect of Bitcoin consensus: you can propose new rules and fork yourself, but ultimately miners, nodes, and the market will vote with real money. In this stress test, the BTC main chain won. #BTCETHETFInflowsReturn #SpaceXShortCovering #OKXTraderVoices

Bitcoin worked as designed in the BIP 110 issue. People proposed to change the rules and submitted it. The change was rejected. Some frame this as Bitcoin being broken. It just means that this proposal did not have enough support. We should be cautious of miner and developer centralization, corporate and non profit influence and other attack vectors but the failure of BIP 110 is because the proposal was not seen as valuable by a sufficient number of miners and node runners.