Contact us now to enquire about Think I.T.’s MFA solution.
We are a managed service provider (msp).Did you know, according to reports from CERT NZ, at least 65% of cybersecurity incidents could have been prevented by two-factor authentication (2FA)?
In support of this, Deputy Privacy Commissioner, Liz MacPherson has announced that Two-Factor Authentication (2FA) is now considered the bare minimum for small businesses or organisations. She warns that small businesses experiencing a cyber-related privacy breach without at least two-factor authentication in place can expect to be found in breach of the Privacy Act.
Why Multi-Factor Authentication (MFA) Requires More Than Just Passwords
Multi-factor authentication (MFA) verifies a user’s identity by combining different authentication factors. These commonly include a knowledge factor, such as a password or security question; a possession factor, like a security key, authenticator app, or hardware token; and an inherence factor, such as biometric data like facial recognition.
Whether it’s a time-based one-time password (OTP), push notifications, text messages to your mobile phone, or secure mobile device authentication, implementing MFA is significantly more secure than 2FA alone.
Stay Protected with Think I.T.
Contact us now to enquire about Think I.T.’s custom multi-factor authentication (MFA) solutions and discover how additional layers of security can safeguard your organisation.
FAQs
What is the difference between 2FA and MFA?
Two-factor authentication (2FA) needs two factors to log in. This usually includes a password and a code from an app. Multi-factor authentication (MFA) needs two or more factors to work. It can use biometrics, like facial recognition, to increase security.
Why is MFA more secure than 2FA?
MFA uses multiple layers of security by combining knowledge factors, possession factors, and inherence factors. This means even if one factor is compromised, unauthorised users cannot gain access without the additional factors.
What types of authentication factors are commonly used?
Common factors include knowledge factors like passwords and security questions. Possession factors include mobile phones, hardware tokens, and security keys. Inherence factors include facial recognition and fingerprints.
Can MFA protect against phishing and SIM swapping attacks?
Yes. MFA reduces risks from phishing and SIM swapping by requiring more than just passwords or SMS codes. It often involves biometric or hardware token verification. These methods are harder for attackers to bypass.
How can my business implement MFA effectively?
Choose an MFA solution that uses different authentication methods. These can include authenticator apps, push notifications, hardware tokens, and biometrics. Make sure it is easy for both employees and customers to use.