Simulating Shor's Algorithm for RSA Vulnerability Assessment: A Proof of Concept for Quantum-Resistant Security Aanisha Selavisi, Henry Feild, Yeo Sy Mey, Serina Hj Mohd Ali 2025 7th International Conference on Applied Computational Intelligence in Information Systems Intelligent and Resilient Digital Innovations for Sustainable Living Aciis 2025 Proceedings, 2025 This paper investigates the vulnerabilities of RSA encryption in the advent of quantum computing, particularly under Shor’s algorithm. A Proof of Concept (PoC) demonstrates RSA key generation, encryption, and decryption, along with an approximation of quantum attacks on classical systems. Additionally, an API was developed to evaluate RSA performance across key sizes (1024,2048, and 4096 bits) and assess security implications. The study proposes a conceptual hybrid model integrating post-quantum techniques to enhance resilience. Findings indicate that while RSA remains secure against classical attacks, its longevity is uncertain in a quantum-enabled future, highlighting the urgent need for quantum-resistant cryptographic standards.
Developing a Scalable Phishing Detection Framework Using URL and Content Features Ak Muhd Amirul Hamdi Bin Pg Ayup, Yeo Sy Mey, Siti Husna Binti Abdul Rahman Suliman, Serina Hj Mohd Ali 2025 7th International Conference on Applied Computational Intelligence in Information Systems Intelligent and Resilient Digital Innovations for Sustainable Living Aciis 2025 Proceedings, 2025 Phishing attacks pose a significant threat to internet security, exploiting digital vulnerabilities to steal Personal Identification Information (PII), credentials, and financial data through sophisticated technological and psychological tactics. This paper proposes a Scalable Signature-Based Phishing Detection Framework utilizing blocklists and access lists, integrating URL and content-based features, employing Machine Learning algorithms (Random Forest, Logistic Regression, Decision Tree, NaÏve Bayes, Support Vector Machine), incorporating browser extensions for real-time detection, and using Docker containers with Kubernetes for threat isolation and scalability. This research provides robust security measures adaptable to emerging phishing tactics.
Near field communication based patient appointment Yeo Sy Mey, Suresh Sankaranarayanan Proceedings 2013 International Conference on Cloud and Ubiquitous Computing and Emerging Technologies Cube 2013, 2013 The current standard operating procedure in healthcare environment for patient registration and appointment scheduling are time consuming and somehow tiresome. Normally, we see patients coming to the hospital and filling out registration forms and waiting to be called or patient calls in for getting appointment and waits for the response for an agreed date. In some places appointment can be done online via web but still patient has to walk in with the appointment card to be swiped by the front desk personnel before being sent to the concerned doctor. In view of these problems, many techniques like online patient registration and scheduling appointment, etc., have been suggested to improve the work flow and thereby smoothen the waiting time. However, these systems still possess some drawbacks like facilities towards prioritization, security level of patient and also no reminder system present for these appointments. Considering these drawbacks, we here propose to develop an alternate patient appointment system using Near Field Communication (NFC) technique and Android enabled mobile application with a view to redefining the core of hospital waiting time towards appointment. The system here does not take into consideration towards implementing the prioritizing of appointment and early medicine collection for patients which would be part of another paper. The implementation be carried out in practice using appropriate NFC hardware, Php and MySQL database.
