Steganography
Journal of Engineering, Computers & Applied Sciences (JEC&AS) ISSN No: 2319-5606 Volume 2, No.1, January 2013 _________________________________________________________________________________
Adaptive Steganographic Algorithm using Cryptographic Encryption RSA Algorithms
Manoj Kumar Sharma, Jaipur National University Dr. Amit Upadhyaya, Jaipur National University Shalini Agarwal, Pursuing M.Tech, Banasthali University, Banasthali
ABSTRACT
Cryptography is the art of securing information by applying encryption and decryption on transmission data which ensure that the secret can be understood only by the right person.[1] Steganography is the process of sharing information in an undetectable way by making sure that nobody else can even detect the presence of a secret. If these two methods could be combined, it would provide a fool-proof security to information being communicated over a network. This paper propose two different steganographic algorithms using RSA cryptographic algorithms and with some random functions. The message is transformed into a cipher audio signal using a key, concealed into another cover data using Steganography by converting it into an intermediate encrypted and message using random number generator and with the help of RSA algorithms. The proposed method thus achieves a high degree of security for information. Keywords— Metamorphic cryptography, Cryptography, Steganography, Matrix Multiplication, Angular Encryption, Dynamic Encryption, Color Key, Cipher Image, Intermediate Text, Color Key Matrix, Data Matrix, Paradox.
INTRODUCTION
Information security is of utmost importance in today’s fast developing era. Information or messages are being exchanged over various types of networks. With the huge growth of computer networks and advancement in technology, a huge amount of information is being exchanged. A large part of this information is confidential or private which increases the demand for stronger encryption techniques. Security
Adaptive Steganographic Algorithm using Cryptographic Encryption RSA Algorithms
Manoj Kumar Sharma, Jaipur National University Dr. Amit Upadhyaya, Jaipur National University Shalini Agarwal, Pursuing M.Tech, Banasthali University, Banasthali
ABSTRACT
Cryptography is the art of securing information by applying encryption and decryption on transmission data which ensure that the secret can be understood only by the right person.[1] Steganography is the process of sharing information in an undetectable way by making sure that nobody else can even detect the presence of a secret. If these two methods could be combined, it would provide a fool-proof security to information being communicated over a network. This paper propose two different steganographic algorithms using RSA cryptographic algorithms and with some random functions. The message is transformed into a cipher audio signal using a key, concealed into another cover data using Steganography by converting it into an intermediate encrypted and message using random number generator and with the help of RSA algorithms. The proposed method thus achieves a high degree of security for information. Keywords— Metamorphic cryptography, Cryptography, Steganography, Matrix Multiplication, Angular Encryption, Dynamic Encryption, Color Key, Cipher Image, Intermediate Text, Color Key Matrix, Data Matrix, Paradox.
INTRODUCTION
Information security is of utmost importance in today’s fast developing era. Information or messages are being exchanged over various types of networks. With the huge growth of computer networks and advancement in technology, a huge amount of information is being exchanged. A large part of this information is confidential or private which increases the demand for stronger encryption techniques. Security
References: [1] Pramitha, K.; Suresh, L.P.; Shunmuganathan, K.L., “Image steganography using mod-4 embedding algorithm based on image contrast”, ISBN: 978-1-61284-654-5, Page(s): 364 – 369, 22 September 2011, IEEE. [2] Jie Yang; Weiwei Lin; Taojian Lu., “”, An approach to prove confidentiality of cryptographic protocols with non-atomic keys”, World Automation Congress (WAC), 2012, ISBN: 978-1-4673-4497-5, Page(s): 525 – 530, 24-28 June 2012 , IEEE. [3] Jie Yang; Weiwei Lin; Taojian Lu , “An approach to prove confidentiality of cryptographic protocols with non-atomic keys”, ISSN : 21544824, Page(s): 525 – 530, 24-28 June 2012,IEEE. Verification & Validation After completion of problem 2, finally we have to perform verification and validation process. In verification process we may check the bit streams of both, original message or extracted message, or may also check the size of both original of extracted www.borjournals.com Blue Ocean Research Journals 3