How to Detect and Secure Hacked AI Accounts on ChatGPT, Claude, and Perplexity
A TechCrunch guide outlines how to audit active sessions and lock down the industry's most popular AI platforms.
As artificial intelligence platforms become central to professional productivity and personal data storage, they have emerged as high-value targets for unauthorized access. A new guide published by TechCrunch provides a roadmap for users to detect and mitigate account compromises across the industry's most popular services.
The guide details specific auditing paths for the major players. For ChatGPT users, the process involves navigating to Settings, then Security and Login, and finally Active Sessions to identify unauthorized access. Claude users can manage their active sessions through the Account section within their Settings. Perplexity offers a different approach; while it does not display the specific locations of active sessions, it allows users to execute a global 'Sign out of all sessions' command via the All settings menu.
The Security Landscape
Security architectures vary significantly across these platforms, affecting how users protect their data. According to TechCrunch, both ChatGPT and Perplexity support multi-factor authentication (MFA), which adds a critical layer of defense beyond a standard password. In contrast, Claude utilizes a passwordless email-link login system, shifting the security burden to the user's email account rather than a platform-specific password.
Why AI Security is Critical
The stakes for AI account security are higher than for traditional social media profiles. These accounts often store sensitive prompts, proprietary business data, and linked payment methods. Because AI histories can act as a mirror of a user's intellectual property or private queries, the ability to audit active sessions and force immediate logouts is essential for preventing data leaks and regaining control of a digital identity.
What to Watch
As these platforms evolve, the methods for detecting intrusions are likely to become more sophisticated. Users should regularly review their session logs and ensure that MFA is enabled where available. While the current guide provides a baseline for response, the industry continues to grapple with the balance between seamless passwordless access and the robust visibility required to identify a breach in real-time.