Cyber Security through Facial Biometric System

This presentation discusses the use of facial biometric system in cyber security. It explains what facial biometric system is, how it works, and its advantages and disadvantages. The presentation also covers the pillars of cyber security and the elements of cyber security. References are provided for further reading.

Cyber security through facial biometric system

What is Cyber-security?
 The technology which is designed to protect
devices, data or programs from any
unauthorized access is known as cyber-
security. This factor is also termed as IT
security.

Elements of Cyber
Security
 The components of cyber security comprises
of following mentioned below:
 Security in network
 Security in applications
 Safety of endpoints
 Data reliability
 Management of identity
 Safety in database
 Security in clouding
 Mobile safety
 Disaster rehabilitation
 Education up to end point

Pillars of Cyber Security
Pillars of cyber security is classified in three categories.

Biometric System
The technology designed to verify the identification of a living
person is known as Biometric System, like a finger print or face
pattern.

Cyber security by Facial Biometric
System
 What is Facial Biometric System?
 It is a system which is designed in a manner that it
verifies the person with the digital image by
comparing and analyzing the pattern.

Working of Facial Biometric
System
The Working of facial biometrics is divided in
following steps which are mentioned below:
Step1. A picture will be captured by camera of the
device and it will be stored as default identity.
Step2. The software of device will analyze the
geometry of the face of individual. The distance
between chin and forehead is measured and
stored as detail of geometry of face.
Step3. Once the identification is made with the
stored details the individual will get access to use
the device.

Advantage and Disadvantage of
Facial Biometrics System
Advantage Disadvantage
Increase in the security level Issue with the data process
and storage
Implementation Process is
easy
Problem with the size of the
image and quality as well
It helps to find the incorrect
recognition
Effect of the camera angle.
It is totally automatic system
The frauds related with the
time will be reduced.

References
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cybersecurity. Journal of Computer and System Sciences, 80(5), pp.973-993.
 Schneidewind, N., 2009. Metrics for mitigating cybersecurity threats to
networks. IEEE Internet Computing, 14(1), pp.64-71.
 Peng, S.Y., 2015. Cybersecurity threats and the WTO national security
exceptions. Journal of International Economic Law, 18(2), pp.449-478.
 Andreasson, K.J. ed., 2011. Cybersecurity: public sector threats and responses. CRC
press.
 Jain, A.K., Ross, A. and Prabhakar, S., 2004. An introduction to biometric
recognition. IEEE Transactions on circuits and systems for video technology, 14(1).
 Jain, A., Hong, L. and Pankanti, S., 2000. Biometric identification. Communications of
the ACM, 43(2), pp.90-98.
 Jain, A.K., Nandakumar, K. and Nagar, A., 2008. Biometric template security. EURASIP
Journal on advances in signal processing, 2008, p.113.
 Prabhakar, S., Pankanti, S. and Jain, A.K., 2003. Biometric recognition: Security and
privacy concerns. IEEE security & privacy, (2), pp.33-42.
 Bonsor, K. and Johnson, R., 2001. How facial recognition systems
work. HowStuffWorks. com. Np, 4.
 Meenakshi, M., 2013. Real-Time Facial Recognition System—Design, Implementation
and Validation. Journal of Signal Processing Theory and Applications, 1, pp.1-18.

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