Binance co-founder Changpeng Zhao has warned that AI-powered hacking risk is climbing across crypto platforms, banks, and other critical infrastructure, following a major cryptocurrency theft. According to Yahoo Finance, the attack began with phishing and was carried out using AI tools — renewing concern about software flaws that automated systems can find and exploit faster than humans. Phishing, which relies on deceiving people into handing over access or credentials, targets operational and human weaknesses rather than the cryptography securing a blockchain itself.

“This is every crypto platform, every wallet service, every bank, every financial institution that you use,” Zhao said in an interview. He added that AI is improving quickly and predicted such incidents would become more common.

The incident has also drawn attention to the distinction between weaknesses in financial intermediaries and the underlying blockchain technology. Moody's analysts wrote this week that the hack exposed weaknesses in centralized intermediaries, while warning that its effects could spread to other market participants.

AI-Powered Hacking Risk Reaches Critical Industries

Circle CEO Jeremy Allaire said the accelerating development of agentic AI — systems built to pursue goals and carry out tasks with limited human oversight — is raising risk at the same time. He named hospitals, energy systems, utilities, and financial industry participants among the critical infrastructure facing exposure.

Allaire said organizations should operate on the assumption that they are under attack. His warning covered a broad set of industries rather than crypto alone and described the threat as unusually intense.

The reporting links the Binance theft to a wider concern: that AI can accelerate the discovery and exploitation of software weaknesses. The account does not say the blockchain itself was compromised. The same Yahoo Finance report also describes a separate, longer-term security concern — quantum computers that could threaten traditional encryption.

Quantum Computing Adds a Longer-Term Security Concern

Computer scientists project that quantum computers could break traditional encryption as early as 2030, a potential moment the industry calls “Q-day.” Quantum machines could perform calculations that would be impractical for legacy computers while using less energy, the report said. Because much of today's financial and online infrastructure relies on those same families of encryption, the concern reaches well beyond crypto.

Bank of America's thematic research team said in September that a key security algorithm could be broken with far fewer quantum bits, or qubits, than previously thought. Researchers recorded a 99% decrease over 10 months, according to the report. A separate Bank of America team told clients this week that the point may arrive sooner than expected.

That estimate remains a projection, and the report describes Q-day as a developing long-term concern. The timeline could move forward as quantum computing develops and scales, and as people put it to real-world use.

Washington and Wall Street have paid renewed attention to the issue. President Trump signed two executive orders this summer focused on developing quantum machines and preparing the government for quantum-fueled cyberattacks. Intel announced an agreement last month to buy Classiq Technologies, an Israeli quantum software startup.

Companies Begin Preparing for Post-Quantum Security

Coinbase CEO Brian Armstrong said during an earnings call that quantum computing is a more serious long-term threat to crypto security than AI. He said Coinbase had begun upgrading its infrastructure with enhanced safeguards.

Google published research earlier this year suggesting a theoretical quantum machine could break elliptic-curve cryptography, a public-key encryption method used by corporations and crypto wallets, the report said. Google urged firms to move toward post-quantum cryptography, designed to defend against quantum attacks, and plans to update its own security systems by 2029.

Meta and Apple have integrated post-quantum security into their platforms, while large banks are developing technologies to prepare for future code-breaking capabilities. The report does not say these steps eliminate risk, noting that security standards and best practices coexist with ongoing cyberattacks.

BlockTelegraph has also covered post-quantum blockchain testing, analysis of Binance hack funds, and blockchain platforms for financial institutions. Those stories provide related coverage of crypto security, hack investigations, and institutional infrastructure.

The report suggests security could become more visible to financial customers as companies upgrade their defenses against both active and projected threats. The reference points already on record — Google's 2029 security-update target, Coinbase's infrastructure upgrades, the banking-sector development work, and this summer's federal executive orders — give readers concrete markers for tracking how that preparation progresses.