Healthcare data is being managed using high-tech tools and web portals, resulting in massive data acquisition containing highly sensitive information as the healthcare business evolves. Data transmission must be secure to prevent hackers from stealing data. Secure data transmission is the goal of this study using quantum image cryptography. In clandestine transmissions, image steganography is also commonly used. Due to the steganography algorithm, the message cannot be detected which makes the inability of a third party to hack or change the data before it reaches its intended recipient. LSB steganography and chaos algorithms are used to encrypt images and protect medical data. Image processing in cryptography can be improved using quantum images.

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Optimacy of Secured Data Transmission in Medical Application Based on a Steganographic Key Algorithm

  • S. Pousia,
  • S. Mythili,
  • R. Ramya,
  • Anju R. Krishnan,
  • R. Preethi,
  • S. Sivamalini

摘要

Healthcare data is being managed using high-tech tools and web portals, resulting in massive data acquisition containing highly sensitive information as the healthcare business evolves. Data transmission must be secure to prevent hackers from stealing data. Secure data transmission is the goal of this study using quantum image cryptography. In clandestine transmissions, image steganography is also commonly used. Due to the steganography algorithm, the message cannot be detected which makes the inability of a third party to hack or change the data before it reaches its intended recipient. LSB steganography and chaos algorithms are used to encrypt images and protect medical data. Image processing in cryptography can be improved using quantum images.