Biometric authentication plays a crucial role in verifying user identity. The most commonly used biometric authentication methods are face recognition and fingerprint scanning. You’ve probably used them before, right? But do you fully understand what biometric authentication is, how it works, and its benefits? Let’s dive into this article to explore biometric authentication, its functions, and real-world applications.
Biometric authentication is an identity verification method that uses a person’s unique physical characteristics to confirm that they are who they claim to be. While it serves the same purpose as passwords or PINs, biometric authentication is considered more secure and convenient.
Unlike passwords and PINs, which can be forgotten, stolen, or manipulated, biometric authentication relies on intrinsic traits that cannot be easily altered. Stealing or faking biometric data is nearly impossible without highly advanced technologies like deepfake manipulation.
However, deepfake fraud can still be detected using biometric authentication systems equipped with liveness detection technology. This ensures that only biometric data from real, live individuals—not fake representations—can be authenticated.
Biometric authentication is gaining popularity because it offers significantly stronger security compared to passwords, PINs, and even OTPs (One-Time Passwords). Here are some of its key benefits:
What could be faked from a person’s unique facial features or fingerprints? This is why biometric authentication is considered one of the most secure verification methods. Unlike passwords, PINs, and OTPs, which can be stolen through phishing or cyberattacks, biometric data is significantly harder to forge.
Many financial institutions are switching to biometric authentication to enhance security. It reduces the risk of account takeovers and identity theft, as biometric credentials cannot be easily duplicated or stolen.
Biometric authentication takes just 1–2 seconds to verify identity. From a user’s perspective, facial authentication feels as simple as taking a selfie. But behind the scenes, biometric authentication systems can verify thousands of identities within seconds, making it highly efficient for large-scale security systems.
For example, airports and train stations use biometric authentication to speed up passenger check-ins and reduce queues.
With biometric authentication, users don’t have to remember anything—unlike passwords or PINs, which need to be memorized. Plus, managing multiple passwords for different platforms can be frustrating.
Passwords and OTPs can be stolen through phishing, credential stuffing, or SIM swapping. In contrast, biometric data is much harder to steal because it cannot be easily transferred or used by unauthorized individuals.
Many digital banking services are now replacing SMS-based OTP authentication with biometric authentication to enhance protection against identity fraud.
Physical authentication tools like access cards, tokens, or hardware devices can be lost, damaged, or stolen. Biometric data stored within a secure system, however, remains safe from these physical risks.
Biometric authentication is generally categorized into two main types:
This type of authentication relies on a person’s physical features, including:
Behavioral biometrics analyzes individual behavior patterns, such as:
Each method comes with unique advantages and challenges in terms of accuracy, security, and usability.
Biometric authentication has been widely adopted across various industries to enhance security and streamline processes.
The banking sector is one of the largest adopters of biometric authentication, using it to provide both security and convenience. Many banks now use biometric authentication instead of OTPs for transactions.
For example:
If you use face recognition to unlock your smartphone, you’re already using biometric authentication.
Most modern smartphones, tablets, and laptops integrate biometric authentication for secure and effortless user access.
Additionally, many mobile applications now require biometric authentication before users can log in or perform transactions. In these cases, device authentication is also applied, ensuring that only registered devices can access the app.
The healthcare industry is also leveraging biometric authentication to:
Certain telemedicine platforms require biometric verification to ensure that only the registered patient can access medical consultations and data.
This extra layer of protection prevents phishing attacks that commonly target OTP-based authentication.
VIDA provides a secure and convenient biometric authentication system through its two solutions: PhoneToken and FaceToken.
VIDA PhoneToken is a device-based authentication solution that ensures transactions can only be performed from a user’s registered device.
When a user downloads an app, PhoneToken automatically binds to their device, making it a trusted device. This means that even if hackers steal a user’s username, password, PIN, or OTP, they cannot access the account from another device.
VIDA FaceToken is a biometric authentication solution that ensures only the rightful account owner can access an application.
It combines face matching and liveness detection to bind biometric identity directly to the user’s device.
When a user enables FaceToken, their biometric identity is securely stored in an encrypted format, ensuring that:FaceToken guarantees that each authentication must be performed by the real, live user who originally registered.
Biometric authentication is the future of digital security. By eliminating password vulnerabilities and OTP fraud risks, biometric authentication provides a seamless and fraud-resistant user experience.
Want to learn more about VIDA PhoneToken and FaceToken? Get in touch with VIDA today!