The use of digital media for communication has grown significantly in the modern world of technology, yet there is always a risk of intrusion because of this simple data interchange. Malware of all kinds can occasionally affect the system itself, resulting in data loss. Thus, a secure means of communication is required in order to communicate critical information. One method of doing this is steganography, which conceals information throughout a media file so that it cannot be discovered by an illegal listener. This paper presents the LSB (Least Significant Bit) technique, which uses Python to hide data over various media types, including text, images, and audio. The cover photos used in picture steganography might be of different kinds, such as binary, grayscale, or color images. We have also used real-time audio as an additional file in the field of audio steganography.

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An Innovative and Efficient Method for Real-Time Audio Steganography in Multi-media Data

  • Chilakala Sudhamani,
  • D. T. V. Dharmajee Rao,
  • Dubbaka Navanitha,
  • M. Ramasamy,
  • P. Raveendra Babu,
  • G. Narendra

摘要

The use of digital media for communication has grown significantly in the modern world of technology, yet there is always a risk of intrusion because of this simple data interchange. Malware of all kinds can occasionally affect the system itself, resulting in data loss. Thus, a secure means of communication is required in order to communicate critical information. One method of doing this is steganography, which conceals information throughout a media file so that it cannot be discovered by an illegal listener. This paper presents the LSB (Least Significant Bit) technique, which uses Python to hide data over various media types, including text, images, and audio. The cover photos used in picture steganography might be of different kinds, such as binary, grayscale, or color images. We have also used real-time audio as an additional file in the field of audio steganography.