Securing Smartphones With Biometrics

With the rise of smartphones as primary life drivers, it is tough to imagine spending a day without them. As human lives continue to revolve around the smartphone, recording key life moments as well as communicating with peers and loved ones, the amount of data available on the device is huge, and pose a real security threat

Without having the necessary precautions, our own records or our own digital identities stored on these devices can be at immense risk. In our common lives, we are conditioned to embrace the process of positively verifying the identities of users, devices, or other entities, as a must to allowing access to resources on smartphones. How do we strike a balance between security and usability?

In the olden days, passwords used to suffice. However, weak, forgotten and rehashed passwords have become easy to hack. Same is the case with PINs and graphical patterns. Once considered secure and convenient, they are now susceptible to abuse by anyone who is able to enter the correct credentials. And this is why Smartphone OEMs are focusing on the need for authentication mechanisms that do not pose a burden to users, and yet, are able to efficiently reduce smartphone vulnerability.

Enter Biometrics

Biometric-based techniques are trusted as it is assumed that human body traits cannot be shared, copied, lost or stolen. So, what are the various types of Bio metric -based authentication? And, what benefits do they bring in making the secure authentication possible?

Fingerprint Biometrics

The effectiveness of fingerprint biometrics is very dependent on the quality of the scanning hardware and the app behind it. Basically, three types of fingerprint scanners. • Optical sensors use a light source to capture a high-resolution photograph of the finger and uses algorithm to identify unique patterns. • Capacitive sensors make use of capacitor circuits (its core component) to collect fingerprint data. • Ultrasonic sensors, uses a transmitter

to send ultrasonic pulse against your finger to create 3D details of your prints.

Iris Recognition

Iris Scanning is more accurate unlike fingerprint. Scanner flashes nearinfrared (NIR) light into one or both of human eyes to recognize iris(es) and unlocks the smartphone. The NIR light emitted by the iris sensor is safe and poses no risk.

Facial Recognition

Face Recognition, on the other hand, usually uses the front-facing camera and