Published Paper Details:

Steganography is used to conceal information such as text, photos, and videos in other media files such as photographs, videos, and music. We can use steganography to safely transport communications from one host to another. Currently, we cannot rely on the server side to encrypt our communications from beginning to finish because the server side knows both the sender and receiver's keys. We can ensure that the server does not decode and keep our messages in plain text by using steganography. We can protect our messages both from the server and from outsiders. With steganography, we save our secret data in the pixels' least significant bits. Putting data in the least significant bits has little effect on the picture since the pixel values fluctuate significantly. We may encrypt data into graphics using several strategies such as sequential, prime, and equation ciphering. To interpret such a picture, the intruder must search for all possible combinations of pixels, which raises the task's temporal complexity exponentially. We may use this strategy to secure our communications not just from attackers but also from server-side proxy attacks. With this approach, the transmitter and receiver agree on some keys that will be used to encrypt and decrypt data from photographs. Only two keys must be remembered by the user: the beginning point and the method used to encrypt data into the Pictures.