MagRing-SASB: Static Authentication of Magnetism Sensor Using Semi-Biometric Interaction Magnetic Ring

Abstract

The Smartphone is one of the most well-known and widely used gadgets in contemporary times for protecting private information. Biometric methods are one way for authenticating Smartphones. However, the difference in ages (i.e., elders and children) affects the authentication procedure. When authenticating sensor-based behavioral and physical biometrics, unrecognition and forgetfulness are the most critical problems that many people face. This paper describes the current implementation of this technique on a smartphone device, which is in catch utilizing a properly valued magnet intensity (a magnetic ring) taken as a semi-biometric based on static authentication, called MagRing-SBSA. It bases on manipulating the Magnetometer sensor included in the latest generation of mobile devices. It can demonstrate the authentication procedure utilizing a magnetic ring from a magnetometer, detecting data from the unique per device generated in the area surrounding the device by a magnet held in hand. The magnetic ring's stable location while carrying the device causes a change in the magnetic field, which the magnetic sensor measures and utilizes as the foundation for authentication. Because magnetism applies to various users and the magnetization value of the ring, it can provide a comprehensive option of authentication, and it cannot readily duplicate because the ring is unique to the user on a particular smartphone