Network Security Layer Implementation through Voice Biometric Aim: The aim of the project is to secure the data communication over Lan by using Voice Biometric Authentication. Description: There are various kind of data transmission that is taken place in Networking. Due to growing algorithms in ethical hacking and the threats in Trojan scripts in the networking data is no more secured. There are chances that the data is hacked and misused by unauthorized users. There are various ways of protecting the data. Few of them are firewall and spamming. But all of these methods deals with controlling IP addresses. The threats do continue if the hackers change their IP address or domain. The other way of securing messages is encryption technique like MD5 or RSA. But public encryptions are well being architecture to be broken. Therefore we would use the steganography to provide more protection to the message. Therefore we would implement biometric Security for LAN data transmission. The network would first install sample speech in the database of all the authentic users. This would be done by means of speech acquisition. Once speech is stored any further data transmission and retrieval would only
Network Security Layer Implementation through Voice
BiometricAim:The aim of the project is to secure the data
communication over Lan by using Voice Biometric Authentication.
Description:There are various kind of data transmission that is
taken place in Networking. Due to growing algorithms in ethical
hacking and the threats in Trojan scripts in the networking data is
no more secured. There are chances that the data is hacked and
misused by unauthorized users. There are various ways of protecting
the data. Few of them are firewall and spamming. But all of these
methods deals with controlling IP addresses. The threats do
continue if the hackers change their IP address or domain. The
other way of securing messages is encryption technique like MD5 or
RSA. But public encryptions are well being architecture to be
broken. Therefore we would use the steganography to provide more
protection to the message. Therefore we would implement biometric
Security for LAN data transmission. The network would first install
sample speech in the database of all the authentic users. This
would be done by means of speech acquisition. Once speech is stored
any further data transmission and retrieval would only be allowed
if the user is biometrically authenticated. For any transmission
and receieving a user would need to speak his phrase. This would be
first sample with 16KHz frequency. Then the sampled wave would be
transformed using FFT. This FFT sample would be converted to
logarithmic domain which is called Mel Frequency Cepstrum. The
Cepstrum would be quantized using Vector quantization and would be
checked with data base values. We would use binary search method to
locate the original file. If the voice phrase is not found in
database, user would not be authenticated to either transmit or
receive.
