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The AI Attack Surface: How Threat Actors Abuse Trusted AI Platforms
Huntress explains how threat actors abuse trusted AI platforms as an attack surface for malware delivery and data theft.
Huntress's post describes threat actors targeting the AI attack surface, abusing trusted AI tools and platforms to deliver malware and steal data. Using legitimate AI services helps attacker activity blend into normal traffic and evade detection. The article frames AI platforms as an increasingly exploited part of the enterprise attack surface that defenders should monitor.
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Who's governing your AI? A trust framework for enterprise agents and models
DigiCert pitches AI Trust framework using PKI, DNS policy records and workload identity to govern shadow AI agents across enterprises.
The Register-sponsored piece outlines DigiCert's AI Trust framework for governing AI agents, built on PKI, DNS, and attestation, citing IBM's 2026 Cost of a Data Breach report that 68% of organizations lack AI governance or shadow AI detection. The approach treats agent identity as workload identity aligned with IETF WIMSE, NIST CSF 2.0, and SPIFFE/SPIRE, using short-lived credentials instead of static API keys. DigiCert also proposes DMARC-style DNS agent policy records and an AI Agent Passport cryptographically binding agent identity to approved operations, with a unified kill switch.
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Zero trust AI agents demand a different kind of security
Teleport's Chris Webber argues zero trust must extend to AI agents through trusted runtimes with zero initial privileges and continuous per-action enforcement.
In an interview, Teleport VP of Product Marketing Chris Webber says point-in-time authentication and static least privilege fail for agents that act fast, unpredictably, and continuously, sometimes spawning dozens of clones with the credentials of the human who invoked them. Teleport Trusted Runtimes give each agent a unique attestable identity, zero starting privileges, and expiration after task completion to eliminate standing privilege and stored data. Teleport Identity Security monitors agent actions against declared objectives in real time, intervening up to termination and runtime destruction, replacing anomaly-based ITDR detection with continuous enforcement.
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How Threat Actors Are Turning Trusted AI Platforms Into an Attack Surface
Huntress details campaigns abusing Claude Artifacts, claude.ai/share links, and ChatGPT/Grok conversations to deliver SectopRAT, MacSync, and AMOS stealers.
Huntress SOC documented nine months of campaigns in which attackers weaponized trusted AI platform features—Claude Artifacts, public claude.ai/share links, and indexable ChatGPT/Grok conversations—to deliver malware. The July FakeAgent campaign hit more than 29 organizations via a malicious Claude Artifact posing as a Claude Desktop download page that redirected to SectopRAT. A claude.ai/share link disguised as an Apple Support guide tricked a victim into running a curl command that deployed the MacSync stealer, harvesting cookies, credentials, keychain secrets, Telegram sessions, and SSH/cloud keys, while SEO-poisoned ChatGPT and Grok conversations delivered the AMOS stealer via ClickFix-style instructions.
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OpenAI's millennium proof dispute raises the question of whether researchers can trust AI labs
Mathematician Tristan Buckmaster accused OpenAI of pressuring him and possibly training on his drafts amid OpenAI's race to claim a Navier-Stokes millennium proof.
OpenAI published a blog post and Sam Altman defended the team behind its AI-generated proof of the Navier-Stokes Millennium Problem after mathematician Tristan Buckmaster accused the company of academic misconduct. Buckmaster and co-author Levent Alpöge, who works at Anthropic, allege OpenAI pressured Buckmaster, sidelined Alpöge, and may have trained on drafts they entered into OpenAI's systems. OpenAI acknowledges it cannot rule out that de-identified data from their product usage helped improve its models. Mathematician Terence Tao warned the episode could discourage researchers from sharing work, reversing centuries of open science.
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“Ghostjacking” Exploits AI Agents’ Trusted Access to Evade Firewall Controls
Tenet warns 'Ghostjacking' tricks AI agents with fake reports to abuse trusted access and bypass firewall controls, exposing half of Fortune 500 firms.
Tenet researchers described 'Ghostjacking,' a technique that feeds fabricated reports to AI agents in order to hijack their trusted access and evade firewall controls. The firm estimates that roughly half of Fortune 500 companies are vulnerable because AI agents operate with elevated, trusted permissions that perimeter tools do not inspect.
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Deloitte strengthens AI governance to support trusted enterprise adoption
Deloitte expanded AI Controls and Assurance services to close governance gaps, noting only 21% of firms have mature agentic AI governance.
Deloitte announced expanded AI Controls and Assurance services spanning AI governance frameworks, risk assessments, model validations, AI-enabled internal audit, ecosystem integration with hyperscalers, and regulatory readiness including SOC reporting. The launch cites Deloitte's State of AI in the Enterprise finding that 74% of companies plan to deploy agentic AI within two years while only 21% report mature governance for autonomous agents. The offerings align with Deloitte's Trustworthy AI framework and target the AI lifecycle from exploration to enterprise-scale deployment.
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