DATA SECURITY SYSTEM IN HOSPITAL : IMPLEMENTATION OF FULLY HOMOMORPHIC ENCRYPTION ACCELERATOR

• Main Author: Fadhli, Hamdani
• Format: Final Project
• Language: Indonesia
• Online Access: https://digilib.itb.ac.id/gdl/view/55925
• Institution: Institut Teknologi Bandung

Nowadays, accessing information from internet is getting easier. The increasing number of internet users every year causes the density in sending and receiving data to become increasingly dense. Although the density on the internet is getting denser, data security must still be ensured so that the important data can be safe and cannot be stolen by irresponsible parties. One way to secure data is to use encryption. Homomorphic Encryption offers a data processing algorithm where data can be processed in encrypted form so there is no need to decrypt it first. However, the more secure the data, the slower and more complex processing time. Data encryption at this time still relies on the CPU to be able to work on various computing problems related to encryption. Therefore, we need a tool to accelerate the performance of the computing process. The current data security system in hospitals is still not secure and data leaks often occur which cause a lot of losses ranging from financial losses as well as nonfinancial losses. The security system is not maintained until the data center level chich causes the data leakage. Therefore we need a system that can secure data to the data center.