87% of leaders sound the alarm on AI risks: Decoding the penetration power of Claude Mythos in cybersecurity

The tech world is witnessing an unprecedented turning point as the security of critical global systems is being threatened by artificial intelligence. The launch of the Claude Mythos model (Preview version) in April 2026 by Anthropic has sounded an urgent alarm.

The decision to limit access and withhold a broad release of this model indicates that AI deployment barriers are no longer driven by commercial factors, but are governed entirely by global security concerns. According to a report by the World Economic Forum (WEF), up to 87% of leaders now identify AI-related vulnerabilities as the fastest-growing cyber threat. Faced with this existing risk, organizations are forced to reshape their entire defense strategies.

Claude Mythos's capability to scan beyond human limits

In-depth red-team reports show that Claude Mythos possesses capabilities far superior to human security experts in handling computer security tasks. This model can automatically identify previously unknown vulnerabilities, generate exploit code, and execute complex cyber campaigns with minimal human intervention.

Even more remarkably, this AI has automatically discovered thousands of high-severity vulnerabilities across all popular operating systems and web browsers. The climax was its ability to locate and suggest exploitation methods for a dangerous system flaw that had remained latent for 27 years without being detected.

According to Ciaran Martin, former Director of the UK's National Cyber Security Centre (NCSC), the model's ability to excavate vulnerabilities at lightning speed has truly shocked experts. The risks from this technology even became a discussion topic at an International Monetary Fund (IMF) meeting in Washington D.C. regarding the danger of disrupting the security of the global financial system.

Shifting from vulnerability "scarcity" to "overload"

The emergence of powerful AI tools creates a highly dangerous secondary consequence: an overload state for defensive systems. Previously, the biggest headache for businesses was the lack of visibility into weaknesses. Now, with AI capable of large-scale scanning and identifying thousands of weaknesses simultaneously, the challenge has immediately shifted to internal systems lacking the capacity to patch them in time.

Prioritization has become extremely stressful, and mistakes will carry a heavy price. Periodic patch update cycles lasting several weeks have become completely ineffective in a world where hackers can utilize AI to find and exploit vulnerabilities within hours.

Filling the defensive gap against AI threats

Despite its overwhelming scanning power, Claude Mythos is not a silver bullet. The UK AI Safety Institute (AISI) has reached a critical conclusion: the model's greatest threat is directed at systems that are inherently vulnerable and poorly defended.

For systems with standard cybersecurity setups, automated AI attacks can theoretically be blocked. Recognizing the severity, Anthropic has implemented "Project Glasswing," granting limited access to 12 tech giants and over 40 critical software organizations to proactively strengthen defenses before this tool leaks out.

However, for the majority of small and medium-sized enterprises (SMEs) that lack the resources to build massive IT teams, shifting mindset from static defense to continuous adaptive systems is the only path forward.

3 strategic questions for leaders

Faced with the overwhelming scanning power of advanced AI systems, the World Economic Forum (WEF) has posed three urgent, vital questions for every board of directors:

1. Does AI make cyberattacks easier to launch?

The answer is yes. By automating complex technical tasks, Claude Mythos significantly lowers the entry barrier for hackers. Attacks on poorly defended systems can now be carried out with very little human effort. For fortified systems, AI will act as a "powerful assistant" helping sophisticated hackers increase the level of complexity and frequency of attacks.

2. Are organizations ready to respond at "AI speed"?

The harsh reality is that most organizations are not ready. The emergence of AI creates a state of vulnerability "overload." When AI finds thousands of weaknesses in just a few hours, the challenge is no longer finding the bug, but rather that the system lacks the manpower to patch them. Patch cycles lasting several weeks have become completely ineffective in a world where hackers can exploit vulnerabilities immediately.

3. Who controls these powers?

This remains an open question. Although Anthropic has limited access through "Project Glasswing" to collaborate with 12 tech giants and over 40 critical software organizations, there are currently no unified global rules on who is permitted to use and govern AI systems with such destructive potential.

What actions should business leaders take right now?

The transition from static defense to dynamic system governance is an inevitable trend.

According to recommendations from the World Economic Forum (WEF), to avoid falling behind, leaders need to immediately implement four core priority groups, in which leveraging the ecosystem from professional service providers like IPSIP plays a key role in solving the resource puzzle:

• Elevate cybersecurity risk to a strategic level: AI-driven threats are no longer just an IT department issue. It must be treated as a Board-level agenda item, with clear oversight and accountability.

• Invest in AI-native defense systems: Static scanning tools cannot stand against AI-wielding hackers. Organizations need automated detection and response capabilities that match the speed of the attack. Outsourcing a 24/7 Security Operations Center (SOC) from IPSIP is an optimal solution. SOC experts combined with real-time behavioral analysis technology will continuously monitor network traffic day and night, immediately intercepting unusual scanning attempts before they turn into fatal vulnerabilities.

• Prepare for compressed time cycles: Response time—from detection to patch installation—must be shortened to the absolute minimum. To overcome the "overload" caused by thin staffing, utilizing IT Support services will help businesses maintain continuous "cyber hygiene." Engineers will deploy urgent security patches on behalf of the organization, closing the golden window of time that attackers could exploit.

• Strengthen public-private partnership: No single organization can stand alone against next-generation attacks. Interdisciplinary coordination and sharing Threat Intelligence are the foundations for strengthening the global digital immune system.

The emergence of Claude Mythos outlines a near future where artificial intelligence can simultaneously strengthen and undermine digital systems. The question now is not whether these threats will appear, but whether organizations have the capacity to adapt quickly enough to manage them. By honestly answering the three strategic questions and decisively investing in continuous response cybersecurity monitoring solutions, every business can master the game and firmly protect its digital assets in the AI era.

FAQ (Frequently asked questions)

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References:

• Article: "What is Anthropic's Claude Mythos and what risks does it pose?" - BBC News.

• Report: "Anthropic's Mythos moment: how frontier AI is redefining cybersecurity" - World Economic Forum (WEF).