Sarcouncil Journal of Engineering and Computer Sciences

Abstract: A groundbreaking federated analytics system integrates electronic health records and wastewater surveillance data across distributed cloud platforms, enabling real-time disease detection while preserving data privacy. The system demonstrates remarkable versatility in handling diverse data streams while maintaining consistency in analysis quality. The framework processes health data while maintaining stringent security protocols by implementing sophisticated machine learning algorithms and privacy-preserving techniques. The implementation has gained substantial traction among public health agencies worldwide, showcasing significant improvements in outbreak detection, disease spread prediction, and cross-border health monitoring capabilities. The multi-cloud architecture enables secure data processing across geographical boundaries while ensuring regulatory compliance, featuring advanced cryptographic techniques and differential privacy mechanisms for protecting individual patient data. The framework's innovative approach to disease surveillance combines automated EHR extraction, real-time wastewater analysis, and sophisticated data normalization processes, establishing new standards for integrated public health monitoring systems.