Two-Factor Authentication Methods

IBKR offers 2 two-factor authentication tools.

  • IBKR Mobile

    • IBKR Mobile authentication is generally viewed as the most convenient two-factor authentication method to access and operate. In addition, it is intended for use by most clients. To get started, use your device to download the app.

  • Digital Security Card+ (DSC+)

    • The Digital Security Card+ (DSC+) can be used by accounts with an equity of at least USD 1,000,000. DSC+ is a battery-operated security device that generates a series of random codes to be entered along with your username and password upon each login attempt. As physical possession of the DSC+ is required to obtain the codes and log in, the device effectively prevents hackers who may have compromised your computer or information from accessing your account.

    • If you are eligible to use the DSC+ two-factor authentication method, you will have the option of requesting a device via the Settings menu in Portal. In addition, you may receive an invitation to use DSC+ from Client Services directly.

IBKR also offers several temporary-use two-factor authentication methods if your device is lost, offline or otherwise unavailable.

  • SMS Authentication

    • If you have not yet configured IBKR Mobile or received a Digital Security Card+, you can request that an authentication code be sent to your mobile device via SMS (text) message. This code must be entered in the login window to complete the login process.

  • Temporary Security Code Card

    • You can print a Temporary Security Code Card in Portal from the Settings > Security > Secure Login Systems menu. Once created, the card can be used for 21 days.

  • Temporary Security Code provided by Client Services

    • You can receive a temporary security code by calling our Client Services team and authenticating your identity. Once issued, the temporary security code can be used for 48 hours. In addition, you must call Client Services to reactivate your permanent two-factor authentication device.