The feature is implemented to disable standard password logins and prevent credential-harvesting attacks.
The system requires cryptographic passkeys or physical hardware tokens to verify your digital identity securely.
Account recovery via email, SMS, and manual customer service intervention is disabled to prevent exposure to a very dangerous type of social engineering attack.
AI platforms have become serious targets. As generative tools move deeper into personal workflows and enterprise data environments, the accounts that hold sensitive information have grown increasingly attractive to cybercriminals. Credential harvesting and account compromise are more than just edge-case threats now.
OpenAI has responded with a feature called Advanced Account Security. It is an optional account-level setting designed to raise the barrier to phishing and unauthorized access by changing how users authenticate. Instead of patching over the weaknesses of password-based login, it replaces that entry point with something considerably harder to exploit. For anyone using ChatGPT to handle sensitive work, the protection it offers is worth understanding.
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Open ChatGPT.com on a desktop browser. Hit the settings gear icon, the profile identity portal at the bottom left, and then select the dedicated security tab.
Below the usual multi-factor authentication switches, one will see the link to ‘Advanced account security’. Read the explanation and press the enrollment button, then confirm the change using the account password.
The wizard disables the default login passwords altogether. Users will use two separate, password-free authentication methods, like device-backed software passkeys or FIDO-compliant hardware security tokens, for the main login.
Since email and text messaging recovery routes are entirely disabled here, simply copy the unique cryptographic recovery string displayed on the screen, and save it offline, since customer support won't be able to recover access in this case.
Officially enrolled to enable a tight security policy. The system will immediately log off all existing mobile and web sessions and ask users to log in again with the new hardware key.
In addition to improving protection against credential theft, the feature offers a major privacy advantage. Unlike normal accounts, where users can disable auto-data collection in data controls, Advanced Account Security disables it by default. It ends data-collection loops before they start, ensuring that proprietary text prompts and file uploads never feature in training new AI models.
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Stronger account security is not optional anymore. Threats are more sophisticated and passwords alone are no longer enough to keep them out. OpenAI's latest security features offer a more resilient line of defense, one that is built to resist phishing attacks instead of simply slowing them down. Taking a few minutes to update the security settings is a small effort that makes a significant difference.
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OpenAI Tightens ChatGPT Security with Advanced Protection for High-Risk Users
1. Is this enhanced guard feature applied to api usage and codex profiles?
Yes, as soon as you activate this security layer on your master login profile, the increased authentication requirements are applied to your Codex accounts.
2. Is it possible to log in using standard authenticator app codes?
No, regular software-based authenticator codes don't meet the high requirements (no phishing needed) that this mode demands. In particular, it only accepts passkeys or hardware-based keys.
3. What if I happen to lose all my physical hardware keys and the backup token?
If someone has lost their hardware keys and recovery code, they will not be able to access your account. The OpenAI Support Agents do not have any backdoor access tools to help them with this.
4. Why do they block me from using text messages and email links?
Cybercriminals often use SMS and e-mail networks to carry out SIM-swap and interception-based cyberattacks. This is why turning off these weak communication channels prevents cybercriminals from using them in social engineering scenarios.
5. Will I be required to sign in to my live devices more often?
Yes, if you wish to lessen the lifetime of your active session windows, this configuration does so. A shorter validation cycle like this reduces the likelihood that an attacker can hijack an active logon session by leaving a device unattended.