Vitalik Buterin Says Perfect Crypto Security Remains Impossible

TheNewsCryptoPubblicato 2026-02-23Pubblicato ultima volta 2026-02-23

Introduzione

Vitalik Buterin, the founder of Ethereum, argues that perfect security in the cryptocurrency sector is unattainable due to the complexity of human intent. He explains that blockchain networks cannot perfectly interpret user intentions and hard-code them into inflexible code. Buterin defines security as an alignment problem, where the goal is to ensure the protocol's actions match user expectations. Even basic transactions involve assumptions about identity, network, and interface accuracy that cannot be fully programmed. Instead of pursuing perfect security, Buterin advocates for layered security mechanisms. These include redundancy through multiple independent checks, transaction simulations, spending limits, and address verification. He also suggests that AI could complement, but not replace, cryptographic security by modeling human judgment patterns. However, no technological system can fully emulate human reasoning. Buterin concludes that crypto security is a continuous alignment process rather than a final endpoint, requiring ongoing improvements as technology evolves.

Vitalik Buterin has clarified the reasons why the cryptocurrency sector will never be able to provide perfect security, citing the complexity of human intent. In a recent X post, the Ethereum founder went on to say that blockchain networks will never be able to perfectly interpret the complex intentions of users and hard-code them into an inflexible line of code.

Buterin defined security not as a standalone technological aspect, but rather as a larger problem of bringing system security in line with user expectations. He went on to say that usability and security have the same goal in mind: ensuring that what the user wants is what the protocol does.

Security as an Alignment Problem

Buterin explained that even basic blockchain transactions involve some assumptions. When people send digital assets, they assume certain things about the recipient’s identity, the correct network, and the interface’s accuracy. Programmers cannot program all these assumptions into code.

Buterin highlighted that these gaps make it impossible to achieve absolute security. Even with highly advanced code, systems cannot accurately determine the users’ actual intentions. Therefore, the community should move away from the promise of achieving perfect security and instead aim for alignment between intentions and results.

Buterin further added that security models can decouple user experience and security. He said that both aspects need to be combined to avoid unintended consequences. If systems are not able to represent user intent correctly, then vulnerabilities arise.

Layered Security Mechanisms and Redundancy

Instead of aiming for perfection, Buterin encouraged the use of layered security mechanisms. Redundancy was one of the principles he encouraged, where multiple independent checks are done to ensure the user’s intentions are verified before any transaction is carried out. Transaction simulations enable users to see the results of their actions before they are carried out. Spending limits and address verification can also be used to minimize risks when carrying out high-value transactions.

Buterin also spoke about the possible use of large language models in the interpretation of user instructions. He explained that artificial intelligence should be used to complement, not replace, basic cryptographic security. General-purpose AI can model general human judgment patterns, and fine-tuned models can model individual human behavior patterns. Buterin, however, was of the opinion that no technological system can fully emulate human reasoning.

Market analysts have noted that recent high-profile exploits underscore the importance of improving protective frameworks. Investors are increasingly drawn to platforms that implement transparent redundancy and structured safeguards. Buterin summed up the state of crypto security as an alignment process rather than an endpoint. There is always a need for improvement in protective systems as blockchain technology advances.

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Tagscrypto securityCryptocurrencyETHEREUMEthereum (ETH)securityVitalikvitalik ButerinVitalikButerin

Domande pertinenti

QAccording to Vitalik Buterin, why is perfect security impossible in the cryptocurrency sector?

ABecause blockchain networks cannot perfectly interpret the complex intentions of users and hard-code them into an inflexible line of code. Security is an alignment problem between system security and user expectations.

QHow did Buterin define security in the context of blockchain technology?

AHe defined it not as a standalone technological aspect, but as a larger problem of aligning system security with user expectations, ensuring that what the user wants is what the protocol does.

QWhat are some of the layered security mechanisms Buterin encouraged instead of aiming for perfection?

AHe encouraged the use of redundancy with multiple independent checks, transaction simulations, spending limits, and address verification to minimize risks, especially for high-value transactions.

QWhat role did Buterin suggest artificial intelligence could play in crypto security?

AHe suggested that AI, specifically large language models, could be used to complement basic cryptographic security by modeling general human judgment patterns and individual behavior patterns, but it cannot fully replace human reasoning.

QWhat is the current state of crypto security, as summarized by Buterin?

AHe summarized it as an alignment process rather than an endpoint, emphasizing that there is always a need for improvement in protective systems as blockchain technology advances.

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