A New Challenge of Hiding any Encrypted Secret Message inside any Text/ASCII File or in MS Word File: RJDA Algorithm

Ray, Rishav; Sanyal, Jeeyan; Das, Debanjan; Nath, Asoke

doi:10.1109/csnt.2012.191

Cited by 7 publications

(7 citation statements)

References 9 publications

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“…The evaluation is done on two parameters: execution time and avalanche effect. I analyzed the RDJA algorithm [10] on both parameters but the information hiding system based RGB algorithm was analyzed only on avalanche effect. In this section, I analyzed the experimental results of RJDA algorithm [10] and Information hiding system based RGB algorithm on these parameters.…”

Section: Evaluation Methods and Experimental Results Of Rjda Algorithmmentioning

confidence: 99%

“…Authors have invented the idea of hiding message inside any file (text/ASCII /DOC), by manipulating the blank/white space characters of a cover file. The secret message is initially encrypted and hided using Modified Generalized Vernam Cipher Method (MGVCM)and inside any ASCII file respectively .In this paper authors have tried to insert very bit of each character of secret message file into a eigth randomly selected blank space of the cover file [10].…”

Section: Literature Surveymentioning

confidence: 99%

See 1 more Smart Citation

Survey on Digital data hiding using Steganography

2017

IJRTER

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-Digital data hiding is now a very potential area of research. Cryptography is a technique that states how to secure your information; it gives surety that your information is only shared with the person who is authenticated for the same. Steganography is a method that helps exchange secret information such that nobody else can detect the presence of that secret message. In almost all of the steganography algorithms, the authors would add a secret message inside a cover file without any encryption. But this method of steganography isn't secure and anyone can pull off the secret message from the cover file. To get high security, steganography method is combined with a cryptographic encryption decryption algorithm so that even if anyone discovers the existence of secret information, it is still not understandable. This paper surveys many such algorithms and also does the comparative study of all the techniques together as a part of literature survey.

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Section: Evaluation Methods and Experimental Results Of Rjda Algorithmmentioning

confidence: 99%

Section: Literature Surveymentioning

confidence: 99%

Survey on Digital data hiding using Steganography

2017

IJRTER

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“…The secret message is converted into the bits and then those bits are placed at the least significant bit (also known as, the 8th bit) of all or some random pixels of the cover image to get the maximum capacity and performance of information hiding, as a result LSB method is the better performing information hiding method than some other options of embedding messages [13][14][15].…”

Section: Figure 1 Steps Involved In Lsb Encodingmentioning

confidence: 99%

Steganography Techniques Using Convolutional Neural Networks

Kumar¹,

Laddha²,

Aniket³

et al. 2020

RCES

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Steganography has been used since centuries for concealment of messages in a cover media where messages were physically hidden. The goal in our paper is to hide digital messages using modern steganography techniques. An N * N RGB pixel secret message (either text or image) is to be transmitted in another N * N RGB container image with minimum changes in its contents. The cover image also called the carrier can be publicly visible. In this paper, along with LSB encoding, deep learning modules using the Adam algorithm are used to train the model that comprises a hiding network and a reveal network. The encoder neural network determines where and how to place the message, dispersing it throughout the bits of cover image. The decoder network on the receiving side, which is simultaneously trained with the encoder, reveals the secret image. The main aspect of this work is it produces minimal distortion to the secret message. Thus, preserving its integrity. Also, other steganography softwares cannot be used to reveal the message since the model is trained using a deep learning algorithm which complicates its steganalysis. The network is only trained once, irrespective of the different container images and secret messages given as inputs. Thus, this work has wide and secure applications in many fields.

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“…Due to this it is very difficult for the others to get the information. Rishav Ray et.al [5] has proposes a method for hiding any encrypted secret message inside a text/ASCII or Microsoft word document file, by using the blank/white space characters of a cover file. The bits of each character of secret message file is inserted in place of eight randomly selected blank space characters of the cover file for hiding secret message inside any ASCII file.…”

Section: Related Workmentioning

confidence: 99%

Encryption Algorithm using Shuffled 2-Dimension Key

Bonde¹,

Bhadade²

2019

IJEAT

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Abstract-Cryptographic algorithms are the fundamental element of security protocols and applications. They need to evolve to face the advance cyber security threats. This paper presents an encryption algorithm in which plaintext is encrypted using Shuffled 2-Dimension Key. Each time when a block is encrypted, the key is shuffled. Next time when a block is encrypted the key is different. Cipher text is more secured with shuffling 2 -Dimension key as compared with same without shuffling 2-Dimension key. The results of 2-dimension array (shuffled and without shuffled) are compared with Advanced Encryption Standard (AES) algorithm. Same character is encrypted in different way as the key get changed due to shuffling.

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A New Challenge of Hiding any Encrypted Secret Message inside any Text/ASCII File or in MS Word File: RJDA Algorithm

Cited by 7 publications

References 9 publications

Survey on Digital data hiding using Steganography

Survey on Digital data hiding using Steganography

Steganography Techniques Using Convolutional Neural Networks

Encryption Algorithm using Shuffled 2-Dimension Key

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