Supporters of Bitcoin BIP-110 Update Have Prepared a 'Last Resort' Plan If the Proposal Is Not Adopted: It Could Radically Change BTC's Value

cryptonews.ruPublished on 2026-08-04Last updated on 2026-08-04

Abstract

Supporters of the BIP-110 update for Bitcoin have prepared a contingency plan in case the proposal is not adopted, a move that could radically alter BTC's value. Developer Chris Guida has adapted a proof-of-work code originally created by Luke Dashjr in 2017 for the current version of Bitcoin Knots. This adaptation is described as a last-resort measure to be activated if miners do not signal readiness for BIP-110. The proposal itself is a soft fork aimed at temporarily limiting the storage of arbitrary data in Bitcoin transactions. It introduces stricter limits on new transaction outputs, OP_RETURN fields, and witness data, with rules designed to expire after approximately one year. Guida stated this option needs to remain open if miners were to "conspire to betray Bitcoin." Should the contingency code be used, it could change Bitcoin's current mining algorithm. This change would likely prevent existing ASIC miners from generating blocks on the new chain, leading to a large-scale reorganization of the Bitcoin mining network. Luke Dashjr, another Bitcoin Knots developer, contributed to the code and expressed hope it would not be needed, but sees its existence as useful for a potential crisis. A supporter known as Mechanic argued that the mere possibility of a proof-of-work change could act as a deterrent, emphasizing that Bitcoin's rules should be set by participants and node operators, not miners. While miner signals are tracked for BIP-110 activation, data from the proposal...

While discussions about the BIP-110 proposal continue within the Bitcoin network, its supporters have begun preparing an impressive contingency action plan that could be activated if miners block the activation of the upgrade.

Bitcoin developer Chris Guida announced that he has adapted the proof-of-work code, originally created by Luke Dashjr in 2017, for the current version of Bitcoin Knots. Guida stated that this work is an extreme measure that could be used if miners do not signal readiness for BIP-110.

The BIP-110 proposal stands out as a softfork aimed at temporarily limiting the storage of arbitrary data in Bitcoin transactions. Also known as the 'temporary reduced data softfork,' this proposal introduces stricter limits for new transaction outputs, OP_RETURN fields, and witness data. The proposal's rules are designed to remain in effect for approximately one year before expiring automatically.

Guida stated: 'I think we need to leave this option open in case miners decide to collude to betray Bitcoin.'

If everything goes as BIP-110 supporters wish, the Bitcoin mining network could be transformed from top to bottom.

If the proposed code is used, Bitcoin's current mining algorithm could be changed. Such a change could prevent existing ASIC miners from generating blocks on the new chain, leading to a massive restructuring of the Bitcoin mining network. However, this scenario is viewed by BIP-110 supporters only as an alternative emergency plan.

Luke Dashjr, a developer from Bitcoin Knots, also contributed to the creation of the code. Dashjr said he hopes this option won't be needed, but that having it could be useful in case of a potential crisis.

Mechanic, a BIP-110 supporter, argued that the possibility of changing the Proof-of-Work algorithm could have a deterrent effect on miners. In Mechanic's view, Bitcoin's rules should be set not by miners, but by participants providing services under rules fully accepted by node operators.

Although miner signals are being tracked in the BIP-110 activation process, data from the proposal's official tracking page indicates that support remains limited.

*This is not investment advice.

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Related Questions

QWhat is the primary purpose of the BIP-110 proposal mentioned in the article?

AThe primary purpose of BIP-110 is a temporary softfork aimed at limiting the storage of arbitrary data in Bitcoin transactions. It imposes stricter limits on new transaction outputs, OP_RETURN fields, and witness data for approximately one year.

QWhat contingency plan have supporters of BIP-110 prepared, and what could it change?

AThey have prepared a plan to adapt code that could change Bitcoin's Proof-of-Work mining algorithm. This change could potentially render existing ASIC miners unable to generate blocks on a new chain, leading to a major restructuring of the Bitcoin mining network.

QWho adapted the Proof-of-Work code for this contingency plan, and from whom was the original code derived?

ABitcoin developer Chris Guida adapted the code for the current version of Bitcoin Knots. The original code was created by Luke Dashjr in 2017.

QAccording to the article, why do BIP-110 supporters believe having the option to change the PoW algorithm is important?

AThey believe it can serve as a deterrent against miners. Specifically, Chris Guida stated it's an option to keep open in case miners collude to 'betray Bitcoin.' A supporter named Mechanic argued it ensures that Bitcoin's rules are set by the network participants running nodes, not by the miners.

QWhat does the current data from the BIP-110 tracking page indicate about its activation?

AThe current data indicates that miner support for activating BIP-110 remains limited.

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