Security is one of the most critical issues in the modern world, and encryption is one of the best substitute methods to guarantee security. Furthermore, a variety of picture encryption techniques have been put forth; each has advantages and disadvantages of its own. An important part of securely sharing photos is cryptography. Thus, the cryptographic technique involving a higher degree of pixel-by-pixel change. As image processing capabilities advanced, the image was first filled with pixels, which made it extremely complex for an attacker or hacker to manipulate. In the second step, the Elliptic Curve Cryptographic (ECC) algorithm and the Rubik’s Cube encryption technique are used to encrypt the image with its binary data. The following algorithms will be used to encrypt the pixels using a randomly generated key. Using binary sequence conversion, the input 2-D image is converted into a 1-D array by dividing and following each pixel according to a set of rules. The image is saved in a distributed database using a random pixel storage technique to provide effective security against hackers and enable safe server access. The suggested image encryption approach stands out due to its high level of security compared to the current methods, loss-lessness, a decent peak signal to noise ratio (PSNR), symmetric key encryption, little cross-correlation, and a very large number of secret keys.