Intelligent Security System with Haptic Device and Random Number Generator on Touch Enabled Devices

Among the most common means of communication between haptic devices and humans nowadays is vibrating response. Important vibrational considerations must be looked into and used to haptic devices in order to precisely and effectively communicate a greater variety of data. In this article, we present a cutting-edge and reliable defense against side-channel attacks that aim to steal the PINs and other locker credentials. To strengthen the resistance to surveillance assaults, some PIN-entry mechanisms for portable devices based on audios and/or haptics have been created. Unfortunately, none of the PIN-entry systems currently in use can successfully combine high usability with strong protection against surveillance threats. In this article, we suggest Loc-Hap PIN, a new PIN-entry system that is immune to observation assaults and works with touchscreen devices that offer localised haptic feedback. The usability and resilience to observation attacks are enhanced by the localised haptic feedback technology. By including a haptic feedback mechanism into the proposed system, we will increase resistance against observation attacks. In order to inform the user of the internal status of the Keypad, our proposed solution makes use of the fact that the effect of haptic feedback can be easily concealed, making direct observation techniques and indirect sensing techniques ineffective.