Image data are becoming the most common type of information sent over networks, thanks to advancements in information technology. The advancement of picture encryption technology is occurring concurrently with the growth of photographic data theft technologies. In order to stay up with the growing array of methods used for information theft, we must investigate more robust image encryption strategies. Information can now be transmitted quickly and reliably because of advancements in communication technology, which has increased its application across a range of industries, including business, science, the military, and the civilian sector. In computer science, cryptography is the process of transforming readable data, such as plain text, into an encrypted form which can only be decoded by another party with the decryption key. It strengthens security and aids in safeguarding private and sensitive data. Encryption and decryption safeguard data against loss, alteration, or compromise. Numerous technologies, including RSA, BLOW FISH, DES, TRIPLE DES, genetic algorithms, and chaotic maps, have been created. For generations, the security of data has also grown in importance. This solution suggested employing AES (Advanced Encryption Standard) technology for image encryption and decryption in order to address these issues. This technique guarantees secrecy, integrity, and authentication. These methods aid in preventing intrusion attempts.