Bitcoin Policy Institute Calls on AI Developers to Provide Crypto Infrastructure Defenders with Access to Advanced Models

cryptonews.ruPublished on 2026-08-12Last updated on 2026-08-12

Abstract

The Bitcoin Policy Institute (BPI) has issued an open letter urging leading AI developers to grant trusted access to advanced AI models for defenders of critical crypto infrastructure. Analysts warn that sophisticated AI systems, capable of analyzing large codebases and finding vulnerabilities, could be leveraged by malicious actors before open-source defenders can use them, posing a significant risk to the trillion-dollar digital asset ecosystem. Vulnerable points include wallets, signing devices, cryptographic libraries, node software, exchanges, and payment networks. BPI highlights that developers of key open-source projects like Bitcoin Core currently lack access to the specialized cybersecurity programs and most powerful AI models available to leading AI labs and their partners. This creates a dangerous asymmetry. The institute calls on AI labs to establish or expand permanent trusted access programs, providing qualified developers and researchers with early, supervised access to cutting-edge models, sufficient computing resources for security audits, secure environments for analyzing sensitive code, and direct channels for vulnerability disclosure and coordinated fixes. The goal is to enable defenders to identify and patch security flaws before attackers can exploit them. BPI also urges the crypto industry to assist AI labs in identifying reliable participants for such access programs and coordinating response efforts.

Analysts from the Bitcoin Policy Institute (BPI) stated that advanced artificial intelligence systems could significantly alter both security research and the execution of cyberattacks.

In an open letter to researchers, engineers, and company leaders developing advanced AI systems, the organization noted that modern models are already capable of analyzing large codebases, identifying potential vulnerabilities, and performing complex technical tasks.

According to the authors of the letter, these capabilities may become available to malicious actors before they are accessible to open-source defenders. This creates a risk for digital asset infrastructure, which secures the storage and transfer of trillions of dollars.

Particularly vulnerable could be wallets, signing devices, cryptographic libraries, node software, asset custody systems, exchanges, and payment networks.

The Institute emphasized that digital assets differ from many traditional financial systems. In the event of a hack, an attacker can much more rapidly convert the obtained access into financial losses.

Bitcoin Core Developers Lack Access to the Most Powerful Models

The letter points out that leading AI labs and their partners may gain access to new cybersecurity capabilities months before they become available to the broader ecosystem.

At the same time, some open-source developers, specifically Bitcoin Core, do not have access to the specialized cybersecurity programs of such labs.

The authors of the letter called on advanced AI labs to create or expand permanent trusted access programs for qualified developers and researchers who defend open-source financial infrastructure.

Among the proposals:

  • early, supervised access to the most powerful models with cyber capabilities;
  • sufficient computational resources for prolonged security audits;
  • secure environments for analyzing private or non-disclosable code;
  • access for small teams, non-profit organizations, and independent developers;
  • a direct channel for vulnerability disclosure and coordinated remediation.

The Institute believes that early access to advanced models and sufficient computational resources will help developers find and fix vulnerabilities before malicious actors can exploit them.

The letter's authors also called on the crypto industry to help AI labs identify reliable participants for such programs and coordinate responses to identified issues.

Recall that earlier, the Bitcoin Policy Institute urged central banks to use bitcoin to hedge against inflation.

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Related Questions

QWhat is the main concern raised by the Bitcoin Policy Institute regarding advanced AI models and crypto infrastructure?

AThe main concern is that the advanced capabilities of current AI models for analyzing large codebases and finding vulnerabilities may become accessible to malicious actors before they become available to open-source defenders. This creates a significant risk for the digital asset infrastructure responsible for storing and transferring trillions of dollars.

QAccording to the open letter, which specific parts of the crypto ecosystem are particularly vulnerable to cyberattacks?

AThe open letter highlights that wallets, signature devices, cryptographic libraries, node software, asset storage systems, exchanges, and payment networks are particularly vulnerable to cyberattacks.

QWhat specific access problem do developers like those working on Bitcoin Core face, according to the BPI?

ADevelopers like those working on Bitcoin Core do not have access to the specialized cybersecurity programs and the most powerful AI models that are available to leading AI labs and their partners, who gain early access to new cybersecurity capabilities.

QWhat are the key proposals made by the Bitcoin Policy Institute to address the AI security gap?

AThe key proposals include: providing early, supervised access to the most powerful AI models with cyber capabilities; allocating sufficient computational resources for long-term security reviews; creating secure environments for analyzing private or non-disclosable code; granting access to small teams, non-profits, and independent developers; and establishing a direct channel for vulnerability disclosure and coordinated remediation.

QWhy does the BPI argue that digital assets are more susceptible to rapid financial loss in a hack compared to traditional financial systems?

AThe BPI argues that digital assets are distinct from many traditional financial systems because in the event of a breach, an attacker can convert the gained access into direct financial losses much more rapidly and significantly.

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