Design and Analysis of a High-Efficiency Chaotic Encryption Algorithm for Image Security in ICT Frameworks

With millions of people sharing photos over the internet for a variety ofpersonal and professional reasons, secure transfer of images is a challenging topicin the age of communication technology. Encryption algorithms such acryptographic images contribute to the secure transfer of information about thenetwork. The development of a strong and effective method for medial imageencryption is to ensure integrity, change in medical imagery that leads tomisdiagnosis to safely and personally prevent patient medical documents and toprevent cyberattacks. Medical image encryption is common in telemedicine,marking secure image transfer extremely important. The dataset includes personalhealth information about patients. All important information, including medicalimages, is currently stored on images and communications servers due to growinginterest in hospitalization records around the world. This study presented a uniqueapproach to medical image encryption combining triple data encryption algorithms(3DES) and advanced encryption standards (AES) WITH THREE CHAOTICMAPS (LOGISTIC, Amold Cat, Baker). The BAT optimization algorithm is alsoused to satisfy the task of key generation. Finally, use the least significant bit (LSB)to hide the encrypted medical images before they are sent to the server via theTCP/IP protocol.