In response, governments are implementing two factor authentication in addition to traditional passwords. State & Federal Government: Both state and federal governments are under constant threat of cyber attacks. The highly sensitive and valuable data protected by financial firms makes them prime targets for cyber criminals. Healthcare: Due to the incredibly sensitive personally identifiable information protected by hospitals and other healthcare organizations, two factor authentication is commonly used to secure user accounts (doctors, patients, administrative staff).įinance: Financial institutions use 2FA to protect against data breaches and to comply with the growing security demands of users and auditors. Below is a list of the top five industries where 2FA is a crucial information security strategy: 2FA technology is often championed by an organization’s security team, Chief Information Security Officer, or information technology team, but it affects departments throughout the business. Two factor authentication is used across many industries that require user authentication and device trust, beyond usernames and passwords. For that reason, it’s still recommended that users have another out-of-band form of authentication to fall back on, should they lose access to their authenticator. When the user authenticates to the provider cloud from their new device, their passkeys are synchronized with the secure enclave storage.ĭevice-bound passkeys, however, are strongly tied to a specific individual device, making account restoration more difficult. Synced passkeys enable account recovery in the event a device is lost or stolen. WebAuthn uses asymmetric cryptographic keys to secure authentication. The credentials it creates are also known as “passkeys.” Passkeys can be device-bound or synced across an operating system or third-party provider cloud. Many 2FA solutions make this relatively easy - a systems administrator can help with account recovery. Security measures help control these threats, but employees are expected to be back up and running and working as normal shortly after the incident. Perhaps an employee loses their phone, or someone reports an unauthorized access attempt. Since every access attempt is confirmed with a mobile device, there are no SMS codes to enter or QR codes to save.Ĭomplex account recovery. In the modern workplace, work doesn’t stop when a security issue arises. The ease of use allows teams to onboard the software and train teams on how to use it efficiently. Scalable. Push-based 2FA can easily be scaled for organizations needing to secure multiple users. If the information sent through the push notification is correct, the user simply accepts the login attempt through their mobile device and is able to access their account. The user simply confirms that the information is correct and uses their phone to accept the authentication request.Įase of use. Once set up, push-based 2FA streamlines the authentication process. The notification includes information about the login attempt, such as location, time, IP address, and more. When they attempt to access their information, a push notification is sent to the user’s phone. Phishing security. Other types of two factor authentication are susceptible to phishing attacks, but push-based 2FA combats that vulnerability by replacing access codes with push notifications. HOTP tokens expire once they are used while TOTP tokens expire if not used within thirty seconds. Both authentication methods generate temporary passwords from a physical device carried by the user. Two other possession factors of authentication are HMAC-based One-Time Password (HOTP) and Time-based One-time Password (TOTP). These tokens generate a rotating passcode that users must physically carry on their person.ĭuo Mobile combines the knowledge factor and possession factor of authentication to create the world’s most trusted 2FA platform. Tokens are a commonly used possession factor of authentication. Possession factors verify the identity of a user by requiring proof of information that only the user should possess. A user’s password should be private only to them, allowing them to use it as a method to confirm their identity. The most common example of a knowledge factor of authentication is a password. The knowledge factor verifies identity by requesting information only an individual user would know.
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