ALYA’s KAZ-PQC Integration with Database Encryption & Access Control System Accepted by PTPKM | November 9, 2025

ALYA’s KAZ-PQC Integration with Database Encryption & Access Control System Accepted by PTPKM | November 9, 2025

Database encryption and Access control system is designed for data encrypted storage and sharing. It converts sensitive data stored in databases from plain-text to cipher-text, and incorporate an authorization management system independent of the database itself. This system relies on multiple combined factors, including operation sources (e.g., users, IP addresses, time periods) and operation behaviors (e.g., addition, deletion, modification, query). Any user or application attempting to access encrypted data must obtain prior authorization, effectively preventing unauthorized access by administrators and database dumping attacks by hackers.

KAZ -PQC algorithms are applied in the communication and encryption processes. It establishes an independent access control mechanism, requiring authorization to access encrypted data, effectively preventing unauthorized access and ransomware attacks.

The core significance of this job:

Meeting Cryptographic Application Security Assessment Requirements

It meets the national requirements for cryptographic applications and data security, and is suitable for highly regulated sectors such as finance and government. Sensitive data is encrypted and stored using national standard cryptographic algorithms, and an access control system independent of the database is established to ensure that data storage complies with regulations.

Countering Hacker Database Dumps and High-Privilege Account Leaks

Database encryption, through data encryption and the establishment of a third-party independent privilege and access control system, can effectively address data leakage issues caused by passwoard Leakage of high-privilege accounts such as DBAs. It also mitigates risks of data exposure from database file downloads/copying due to external APT attacks or internal management failures, as well as storage hardware loss, thereby significantly enhancing database security.