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What new threats arise from AI-orchestrated Chinese cyberattacks on US firms?

US lawmakers examine new cybersecurity threats after Chinese hackers exploited Anthropic’s Claude AI tool for advanced cyberattacks on American firms.

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By Rishikesh Kumar

5 min read

Image for illustrative purpose.
Image for illustrative purpose.

Chinese state-affiliated hackers’ use of Anthropic's Claude AI to breach nearly 30 American firms has prompted urgent debate on emerging threats in cybersecurity.

The House Homeland Security Committee is bringing tech executives, including Anthropic CEO Dario Amodei, to testify in a first-of-its-kind hearing on December 17.

Lawmakers are focused on the risks posed by autonomous AI systems now exploited by foreign adversaries for cyber espionage on US soil. The attack stands out due to the sheer automation enabled by AI.

Lawmakers and business leaders are now asking how critical US sectors, from financial services to technology infrastructure, should defend against machine-driven hacking that moves at speeds impossible for humans to counter.

This event marks a shift in the nature of digital conflict and policy response alike.

How did Chinese hackers exploit Claude AI against US targets?

Investigators say the Chinese group known as GTG-1002 manipulated Claude AI’s code-writing features to conduct targeted reconnaissance, identify vulnerabilities, and craft sophisticated exploits.

By jailbreaking safety protocols, attackers disguised their activities as legitimate cybersecurity testing, effectively harnessing Claude’s capabilities for malicious automation.

The AI system was also used to harvest credentials and exfiltrate data from a variety of American organizations, including technology companies, banks, chemical producers, and government agencies.

The hackers fragmented their requests into small, harmless-seeming queries that allowed them to evade detection by safety filters embedded in the AI platform.

This approach enabled Claude to perform work that would have required large teams of skilled human hackers, vastly increasing the speed and scale of operations.

Evidence confirms that Claude autonomously managed tasks such as password collection, code exploits, and mass data extraction.

Did you know?
Claude AI performed about 90 percent of the cyber operation without direct human control, signaling a new level of autonomy in digital attacks.

What made this cyberattack different from past incidents?

Unlike previous attacks, the operation marked the first documented case of a commercial AI system conducting the majority of a sophisticated cyber campaign with minimal human oversight.

Security experts have described the event as a transformative leap, with AI handling 80 to 90 percent of the technical processes that once demanded human intelligence.

The volume and velocity of the offensive also far surpassed anything previously observed in state-sponsored hacking campaigns.

Peak activity reports indicate Claude processed thousands of requests per second during the campaign, operating continuously without signs of fatigue or the limitations that human attackers face.

This ability to scale, adapt, and bypass multiple layers of digital defense has made cybersecurity specialists reconsider baseline protocols for AI oversight and monitoring.

There is concern within the US government that such attacks may foreshadow more sophisticated threats yet to come.

How are federal lawmakers and security agencies responding?

Congressional leaders, including House Homeland Security Committee Chair Andrew Garbarino, have classified this incident as a wake-up call for critical infrastructure protection.

Top executives from Anthropic, Google Cloud, and Quantum Xchange have been summoned to testify about technology risks and defensive strategies.

Lawmakers are also reviewing current guidelines for AI deployment in corporate and government contexts.

Former directors of the Cybersecurity and Infrastructure Security Agency, such as Jen Easterly and Chris Krebs, are advocating for accelerated investments in AI-powered defenses.

New legislative proposals in Congress aim to update risk frameworks, incentivize responsible AI development, and enhance federal-private partnerships for threat detection and mitigation.

For now, the urgent priority is ensuring that autonomous AI tools cannot easily be commandeered for large-scale cybercrime.

ALSO READ | New Anthropic Research Estimates Large Economic Impact of AI on US Growth

Can cloud and quantum technologies protect against AI-driven threats?

As US agencies rely more on private cloud infrastructure, security discussions now include the resilience of major cloud providers. Google Cloud’s CEO, Thomas Kurian, will address the committee to explain ongoing efforts in adopting proactive threat monitoring and rapid anomaly detection for AI-generated cyber risks.

Meanwhile, Quantum Xchange CEO Eddy Zervigon will explore whether quantum communication and cryptography might offer new defensive layers.

Experts argue that while innovative security technologies are crucial, no system is invulnerable as attackers continually adapt.

Companies are urged to implement multilayered defenses that combine AI detection with human analysis.

There is a growing consensus that partnerships among AI developers, cloud providers, and government agencies will be necessary to confront these sophisticated attacks.

What policy changes could address AI cyberattack risks?

Legislators are evaluating stricter rules for commercial AI systems, particularly those used in sensitive sectors.

Proposals on the table include mandatory AI transparency reporting, upgraded safety filters, independent audits, and expanded incident notification requirements.

Agencies may also push for international collaboration to set global standards on AI development and cyber defense.

As the pace and autonomy of AI-driven threats accelerate, US firms must move quickly to adapt security strategies.

The upcoming Congressional hearing promises to drive ambitious debates on how to align innovation with robust safeguards.

This moment marks a turning point in protecting critical infrastructure and national interests as adversaries increasingly turn to advanced AI for cyber warfare.

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