JETI Admin2
Abstract
Security of lives, properties, institutions, and systems has been key in many facets of human life. The need to keep restricted premises, valuables, and programmable environments confidential, so that no other unauthorized person or program could have access to them has never been so crucial. These days, security systems are calibrated to meet varying security needs ranging from the most easily accessed to highly restricted space. The present study focuses on the design of a solar-powered space door access system based on biometric information. The access control power is supported by photovoltaic solar collector plate energy. This provides constant security service with varying degrees of security usage. It could be used for high-level security-demanding premises such as military armories, bank vaults, etc. In addition, it is relevant in medium security demanding networks and organizations. The design adopts a 3-in-1 method of personal access authentication through password, smart card, and fingerprint. This method is most efficient and reliable with an established efficiency of 0.88 (88%) due to the probability combination of the authentication modules. The system prohibits unauthorized personal access. Restriction and accessibility could be improved or turned down upon necessity. The system is innovative and demonstrates a high degree of reliability, functionality, and fool-proof authentication.
References
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