Extended AES with Custom Configurable Encryption

Extended AES with Custom Configurable Encryption

Abstract:

Organizations must prioritize data security in the rapidly changing world of virtualization and cloud technologies. We present an application that improves the Advanced Encryption Standard (AES) algorithm by adding custom encryption settings. Attackers have compromised AES, which motivated this enhancement. Any popular algorithm can be cracked. We propose a configurable algorithm that lets users change the encryption process each time to reduce this risk. This application prevents malicious decryption by integrating AES with custom configurable steps.

Introduction:

Virtualization and cloud services make protecting sensitive data difficult for organizations. Traditional encryption methods may no longer protect data. Attackers have exploited AES vulnerabilities, demonstrating the need for stronger security. We introduce an extended version of AES with custom configurable encryption to protect data in this changing threat landscape.

Objectives:

This project adds custom encryption settings to AES to secure critical data. We aim to protect against attacks by letting users modify the encryption process. This project addresses the limitations of traditional encryption methods and offers organizations a customizable encryption solution that is resilient to emerging threats.

Project Details:

The widely used AES algorithm underpins the extended AES with custom configurable encryption application. We add configurable steps to strengthen its security. Custom encryption settings complicate the algorithm, making it difficult for attackers to decipher encrypted data.

AES is the application’s cryptographic primitive. The user interface lets users customize key size, block size, and encryption rounds. Users can prevent attacks by varying these settings with each encryption operation. This makes the encryption scheme more complex and resistant to cracking.

Conclusion:

In conclusion, the extended AES with custom configurable encryption application protects critical data in a vulnerable digital environment. The application lets users create secure encryption schemes by incorporating custom encryption settings into the widely used AES algorithm. This project secures sensitive data in virtualized and cloud-based environments with a flexible encryption framework.

Note: Please discuss with our team before submitting this abstract to the college. This Abstract or Synopsis varies based on student project requirements.