Point-To-Point Multi-Layered Cryptography System Based on RSA and Chaos Synchronization
- Author
- Kapikinyu, Vincent
- Title
- Point-To-Point Multi-Layered Cryptography System Based on RSA and Chaos Synchronization
- Abstract
- The communication between communication links/branches of different organizations are prone to hacks and loss of sensitive information since the issues of confidentiality, authentication and privacy for in transit network traffic are not being adhered to as they should be (Fernando, 2021). The confidential data that is being transferred between branches is exposed to hacks and other security threats. The first objective was to analyze different techniques used to encrypt data and distribute keys efficiently for data in transit. The second objective was to design and implement a model which encrypts data in transit between two links using RSA algorithm, P2PE and chaos synchronization. The last objective was to benchmark test and evaluate the effectiveness and efficiency of RSA algorithm, P2PE and chaos synchronization in encryption. As seen from chapter 4 ,the author managed to develop the multi-layered encryption system using chaos synchronization for key distribution in a simulated environment using C# and try to intercept the connection using Wireshark. The system was evaluated in terms of encryption strength, key length and speed of delivery. Therefore, all the three objectives were achieved. The author evaluated the simulation solution and achieved satisfactory results. The system was tested using white and black box and also the encryption key length was used as a measure of performance. The proposed solution can create long key up to 256 bits depending on the data which needs to be transferred. The author tested the traffic of the tunnel using Wireshark and modelled how data is transferred between two links.
- Date
- 2023
- Publisher
- BUSE
- Keywords
- Point-To-Point Multi-Layered Cryptography System
- RSA and Chaos Synchronization
- Supervisor
- Mr Matombo
- Item sets
- Department of Computer Science
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