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AII-1000-43863
ReportedReported by fewer than three independent publishers, with no official finding.

AI-driven cyberattacks achieve 88% success rate in security tests

Simulated tests by security startup Corma showed AI-driven cyberattacks successfully infiltrated systems in 88% of scenarios while existing AI defenses detected only 12% of threats. State-level threat actors are reportedly deploying AI agents that autonomously conduct reconnaissance and lateral movement in compromised networks, prompting development of specialized defensive AI systems.

14 August 2026 ยท Corma ยท Security and cyberattacks
14 August 2026
AII-1000-438632 sources โ†“
Quick facts
Category
Security and cyberattacks
Country
Israel
Source
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Date
14 August 2026
Drafted by
Raidu Incident Detection

What happened

Corma, a cybersecurity AI lab founded in 2025, conducted hundreds of simulated tests in which major AI models from OpenAI and Anthropic were deployed as both attackers and defenders in real enterprise environments. AI attackers successfully infiltrated systems in 88% of the simulations, while AI defense systems detected only 12% of threats.

TrendAI reported that state-level threat actors have integrated AI into their attack processes, including AI agents that autonomously conduct reconnaissance and lateral movement within compromised networks, significantly increasing attack automation.

Reported impact

The security gap between AI-driven attacks and existing AI defenses represents a significant vulnerability in enterprise environments, with attackers operating at speeds and complexity beyond current human teams, tools, or general-purpose AI systems.

Corma's early customers among Fortune 500 companies across multiple industries have reduced threat response times by over 94% and expanded security coverage by 15 times using the company's technology, with the platform detecting multi-stage attack campaigns that would otherwise remain undiscovered.

Index analysis

The successful attack rate in simulations demonstrates a substantial capability gap, with AI-driven attackers achieving orders of magnitude faster and more sophisticated operations than existing defenses can counter, creating urgency for defensive AI systems designed from the ground up for cybersecurity.

State actors' integration of AI agents into intrusion workflows indicates that cyberattack automation has reached a critical threshold where autonomous systems can persist in and traverse compromised infrastructure without human direction.

Governance controls

Corma has deployed its technology to multiple Fortune 500 companies across various industries and has raised $60 million in seed funding from Sequoia Capital, Khosla Ventures, and Coatue to develop specialized defensive AI foundation models and agents.

Enterprise security vendors including Fortinet are rolling out new AI-specific security products and introducing security controls for AI traffic, data sovereignty, and hybrid cloud architectures in response to the expanded threat landscape.

Classification

Category
Security and cyberattacks
Industry
Digital security
Country
Israel
Harm status
Potential harm
Intent
Unknown
Timing
Unknown
Harm types
Public interest
Harmed
Business
Failure modes
Unsafe autonomous behaviour
Consequences
None recorded
AI systems
OpenAI models, Anthropic models, Corma AI foundation model, AI agents used in state-level attacks

Sources and evidence

This record was researched and written by the Index, based on the following original reporting.

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15 August 2026
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AI ็ถฒ่ทฏๆ”ปๆ“ŠๆˆๅŠŸ็އ้ซ˜้” 88% Corma ๅ‹Ÿ่ณ‡ 6000 ่ฌ็พŽๅ…ƒๅปบ AI ้˜ฒ็ฆฆๆจกๅž‹
17 August 2026