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Is the Bitcoin quantum apocalypse arriving early? Project Eleven issues warning: Q-Day could strike as soon as 2030
Project Eleven predicts that quantum computers will break modern cryptography by 2030. Breakthroughs in hardware and algorithms will trigger a quantum doomsday, threatening 8B bitcoins.
As quantum computing technology develops, the “doomsday threat” faced by the cryptocurrency world may arrive sooner than expected. Focused on post-quantum cryptography development, Project Eleven forecasts that the critical point at which quantum computers break modern encryption—commonly known as “Q-Day”—will arrive as early as 2030.
The Project Eleven report states that there is a “more than 50% chance” that “Q-Day” will occur before 2033, with only a few years’ margin of error.
Quantum technology will experience a “leap” explosion
Worryingly, Project Eleven assesses that progress in quantum technology will not be a steady, linear development but rather a leap forward. Advances in hardware and algorithms are stacking upon each other, potentially leading to a massive capability surge.
The company describes this process in one sentence: “First, there is silence, then an instant explosion.”
Recent scientific evidence seems to silently support this theory. Just last month, researchers successfully used quantum hardware to derive a set of 15-bit elliptic curve keys. While this achievement is noteworthy, there is still a long way to go before cracking the 256-bit encryption widely used in cryptocurrencies like Bitcoin.
According to Project Eleven’s estimates, under certain conditions, approximately 6.9M bitcoins (worth over $560 billion) could be exposed to quantum risks.
Cybersecurity Exodus: A Race Against Time for Survival
Although researchers say there are still several years before the full-scale outbreak of “Q-Day,” guiding global users to migrate assets en masse to “quantum-resistant” secure wallets and addresses will also take a long time.
The report specifically cites the renowned “Mosca’s inequality” in cryptography to warn: in short, if system upgrades take longer than the time needed for threats to materialize, then we are already behind.
This strong sense of crisis is prompting the cryptocurrency industry to start self-preservation measures early. For example, Dan Robinson, a researcher at top crypto venture firm Paradigm, recently proposed a plan: Bitcoin holders should now prove ownership of their wallets via “timestamps.” Once Bitcoin upgrades to a quantum-resistant version, users can redeem their funds with this proof without exposing existing on-chain transaction history.
On the other hand, the “BIP-361” proposal, jointly put forward by senior developer Jameson Lopp and others, advocates establishing a multi-year “transition period” to give users ample time to securely transfer funds to new addresses with quantum resistance.
Of course, in the face of quantum dominance, no one can remain unaffected. Not only the cryptocurrency industry but also traditional tech giants like Google are accelerating their defenses, aiming to complete a system-wide migration to quantum-resistant cryptography by 2029.