Steganography on multiple MP3 files using spread spectrum and Shamir's secret sharing

Yoeseph, Nanang Maulana; Purnomo, Fendi Aji; Riasti, Berliana Kusuma; Safi’ie, Muhammad Asri; Hidayat, Tri

doi:10.1088/1742-6596/776/1/012089

Cited by 3 publications

(1 citation statement)

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“…The combination of a spread spectrum hiding technique and Shamir's Secret Sharing technique is used for hiding data in audio Mp3 file format is proposed in paper [13]. They described audio quality of stego file after hiding and sharing the data is nearly the same as the original MP3 file with the average value of MSE, i.e., 0.023, and PSNR us 129.426 db.…”

Section: Literature Reviewsmentioning

confidence: 99%

Secure Data Transmission in Mp3 File Using LSB and Echo Hiding

Than

2019

ijarcs

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Steganography is the hiding secret message in the various media and very popular in today network transmission and information security. Although many of the secure transmission have been done in digital image, a little work has been done in audio mp3 file. Hiding data in mp3 file is the most researchable area and preferable way to carry secret data. Therefore this paper proposes a way of hiding secret message into mp3 file by using LSB, Least Significant Bit technique and Echo Hiding. LSB is the most popular steganographic technique but there is a weak point in including noise, compression technique and extraction process. To compensate that weakness, the combination of Echo Hiding in time spectrum is proposed. The integration is used in serial. To test the effectives of the methods, various types of genres is prepared in different compression rates. The experimental results are carried out for different size of the secret message files.

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Section: Literature Reviewsmentioning

confidence: 99%

Secure Data Transmission in Mp3 File Using LSB and Echo Hiding

Than

2019

ijarcs

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The Use of Multiple MP3 Audio Files for Additional Steganography Capacity

Indrayani¹,

Nugroho

Hidayat

et al. 2019

J. Phys.: Conf. Ser.

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Steganography is the science and art of hiding secret messages in such a way so that the existence of messages is undetected by human senses. In this paper, multiple MP3 files are used as cover with the aim of increasing steganographic capacity without limiting the number of used files. Concealing secret messages in the form of files on the MP3 file cover can be performed by using homogenous frame. Homogeneous frames in the MP3 files store the bits of the inserted secret files. Before being inserted into some MP3 cover files, secret files are first encrypted employing AES algorithm with passwords implicated by MD5 processes. Audio quality changes between steganography MP3 files and original MP3 files are measured by using stereo signal strength and Mean Opinion Score (MOS). The test results show that the distribution of steganography load on multiple MP3 files can fulfill the user’s needs for the capacity of steganography without reducing the quality of used MP3 files. This paper proposed a method about the increase of steganography capacity which is capable to insert and retrieve secret files on multiple MP3 audio files using homogenous frame utilization methods without resizing and reducing the quality of used MP3 files.

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