Dr. Ben Goertzel, CEO of the ASI Alliance, announced on April 1, 2026, that his team will regenerate the quantum attack circuits hidden by Google. According to the white paper published on March 30, the Bitcoin quantum vulnerability compromises 6.9 million BTC against attacks that process transactions in just nine minutes.
The tech firm argued that withholding the code is a matter of responsible disclosure to prevent malicious use. However, experts claim that this technical opacity is functionally irrelevant in the current ecosystem. The ASI Alliance maintains that the knowledge required to build such circuits is already accessible to well-funded state actors.
The attack model exposed by Google reveals that a quantum computer could crack transactions in nine minutes. Since Bitcoin’s average confirmation time is ten minutes, the attacker has a 41% probability of operational success. Goertzel warns that any success rate higher than a single digit represents an unacceptable structural failure for the network.
Currently, it is estimated that 6.9 million BTC reside in wallets with exposed keys due to address reuse practices. This figure includes 1.7 million coins belonging to the Satoshi era, which are vulnerable by original design. The risk is not marginal, as the collapse of cryptographic guarantees undermines confidence in the scarcity model.
Given this scenario, the ASI Alliance is developing its own blockchain oriented toward quantum computing from its architectural foundations. The MeTTa language, used in its smart contracts, allows quantum-safe encryption systems to be modular and upgradeable. This infrastructure seeks to leverage the capabilities of artificial general intelligence to strengthen resistance against future technological threats.
Does quantum computing represent the ultimate collapse of Bitcoin’s security model?
Google’s proposal to implement a “digital salvage” framework has sparked intense ethical controversy. This mechanism would allow governments to legally decrypt dormant coins through the use of quantum power. Goertzel rejects this premise, arguing that granting states the power to seize assets destroys the fundamental concept of digital private property.
Historically, Bitcoin’s security was based on the theoretical invulnerability of elliptic curve cryptography. However, Google’s timeline sets the year 2029 as the limit for migrating toward post-quantum standards. While other projects debate solutions, the ASI Alliance integrates evolutionary learning algorithms to anticipate massive attacks coordinated by highly advanced artificial intelligences.
For retail investors, the immediate recommendation is to migrate their funds to native address formats like SegWit. In these addresses, the public key remains hidden until the moment of spending, reducing the attack surface. However, coordinating updates across decentralized networks will be complex, potentially leading to forks and critical errors during the mandatory transition process.
The convergence between artificial general intelligence and quantum computing is imminent according to current projections. Goertzel predicts that the arrival of AGI will occur between 2027 and 2028, preceding quantum hardware. Therefore, projects that have not implemented preventive solutions now will face catastrophic obsolescence when the first genesis block is finally compromised.
The future of decentralization depends on the ability to technologically outperform centralized actors in this race. It is vital to monitor the upcoming milestones of the ASI Alliance and progress in global cryptographic standards. Although current hardware is insufficient for an attack, Google’s mathematical proof confirms that the time for traditional cryptography is rapidly running out.
The impact of these revelations transcends mere technical security to delve into economic game theory. If users perceive that there is a real probability of transaction reversal, trust in the network will collapse. It is imperative that the community analyzes the available technical reports to design a robust roadmap against the immediate and systemic quantum threat.
