Corruption is one of the biggest problems facing Indonesia. Education plays an important role in building the character of the younger generation with integrity and anti-corruption. This research aims to identify the effectiveness of anti-corruption literacy in forming a corruption-free character of the younger generation at the Darel Hikmah Islamic Boarding School, which is one way to instill anti-corruption values ??from an early age among students. Apart from that, this research also evaluates the application of a religion-based approach in tackling corrupt behavior and provides recommendations for developing similar programs in other Islamic boarding schools. The method used in this research is literature study, which involves a series of library data collection activities, reading, taking notes, and managing data objectively, systematically, analytically, and critically. The focus of this research is on The Power of Two learning model which aims to improve students' critical thinking skills at the Darel Hikmah Islamic Boarding School. The results of the research show that the anti-corruption literacy program implemented at the Darel Hikmah Pekanbaru Islamic Boarding School has proven to be quite effective in instilling the values ??of integrity and honesty in its students. However, this research also identified challenges in implementing the program that require further attention. This shows the importance of continuous evaluation and development to ensure the success of the program in achieving the expected educational goals.

The development of quantum computing presents new challenges to the security of data stored and processed by today's computer systems. Quantum computers have the ability to perform calculations at very high speeds, which could threaten the security of currently used encryption algorithms. Therefore, steps are needed to design and implement an operating system that is able to protect data from quantum computing threats. Ubuntu Linux version 22.04, as one of the leading open source Linux distributions, offers high-level security features. To face the era of quantum computing, it is necessary to carry out special development and implementation of this operating system. This research aims to improve the security of the Ubuntu Linux operating system version 22.04 so that it can withstand quantum computing attacks by designing and implementing a quantum-resistant cryptography protocol and testing the security and performance of the resulting system. This research method uses a qualitative approach and research and development (R&D) with literature studies. The research results show that the integration between Liboqs and OpenSSL on Linux Ubuntu 22.04 successfully implements a cryptographic algorithm that is resistant to quantum computing. Although there is a slight performance increase due to the additional overhead of the quantum algorithm, the security of the system in protecting data from quantum computing attacks is proven to be well maintained.