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External ReportingUpdated 17 saat önce

Crypto News, Analysis, Research & Wallet Tools | Yellow

Jan3 founder Samson Mow warned that rushing to implement post-quantum cryptography on the Bitcoin (BTC) network could introduce new security vulnerabilities and reignite a divisive block size debate that once split the community apart.

Crypto News, Analysis, Research & Wallet Tools | Yellow
Publisher Yellow.com 2 dk okuma
Image via Yellow.com

Market Context

Bitcoin

BTC

$62,964

-0.72% 24h

Layer Index

↓ 6 pts in 24h

Jan3 founder Samson Mow warned that rushing to implement post-quantum cryptography on the Bitcoin (BTC) network could introduce new security vulnerabilities and reignite a divisive block size debate that once split the community apart.

Mow's Quantum Warning

Mow responded over the weekend to calls from Coinbase CEO Brian Armstrong and the company's chief security officer, Philip Martin, who urged the crypto industry to begin preparing for quantum computing threats immediately. Mow rejected the timeline, arguing that a hasty migration to post-quantum encryption would create fresh attack surfaces rather than eliminate them.

The core technical issue is straightforward. Post-quantum signatures are dramatically larger than current ones — up to 125 times bigger, according to figures from former Bitcoin developer Jonas Schnelli that Mow cited directly.

That expansion would consume far more space in each block, reducing the number of transactions the network can process.

"Simply put: make Bitcoin safe against quantum computers just to get pwned by normal computers," Mow said.

He described the scenario as a potential repeat of the 2015-2017 block size conflict, which fractured the Bitcoin community and produced a chain split. Mow labeled the prospect "Blocksize Wars 2.0."

Armstrong vs. Mow Timeline

The disagreement centers on urgency.

New research from Google and the California Institute of Technology has raised fresh questions about the pace of quantum computing development. Armstrong and Martin pointed to those findings as justification for accelerating preparations.

Mow's position is that quantum computers capable of breaking Bitcoin's encryption remain at least a decade away. Research on potential defenses should continue, he said, but deploying unfinished solutions now would trade real, measurable risks for protection against a threat that does not yet exist.

The debate reflects a broader tension in the Bitcoin development community between proactive defense and the dangers of premature implementation.

Murtuza is a seasoned finance journalist with extensive experience covering cryptocurrencies and blockchain technology. He has contributed to Benzinga and Cointelegraph, among other publications, reporting on emerging trends, the regulatory landscape, and more. Find him at @murtuza_merc on Twitter and mmerchant001 on Telegram. Disclosure: Murtuza holds ATOM, AKT, TIA, INJ, and OSMO.

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