Resilient and Ethical Enterprise IT Systems integrating Platform Engineering SAP Analytics Healthcare Interoperability and Cloud Infrastructure

Abstract

Modern enterprises face unprecedented demands for reliability, ethical data handling, interoperability, and agility in their IT systems. This paper presents a comprehensive framework for designing resilient and ethical enterprise IT systems that integrate platform engineering, SAP ecosystems, data analytics, healthcare interoperability, and cloud infrastructure. Resilience ensures continuity of operations amid disruptions, while ethical considerations such as privacy, fairness, and accountability are essential in systems handling sensitive data—especially in healthcare contexts. Platform engineering provides standardized tooling, automation, and internal platforms that reduce complexity and accelerate delivery. SAP systems serve as core business processing engines; integrating them for real-time analytics enhances decision support while aligning transactional and analytical workflows. Data analytics unlocks insights across operations, and healthcare interoperability enables seamless information exchange following protocols like HL7 and FHIR. Cloud infrastructure supports elastic scalability, distributed delivery, and costefficient resource utilization. Through an extensive literature review and multiple case studies involving expert interviews and system artifact analysis, this research identifies architectural patterns, governance practices, and measurable outcomes associated with unified enterprise systems. Findings show that enterprises adopting these integrated approaches achieve improved performance, reduced downtime, enhanced compliance, and stronger trust among stakeholders. The paper concludes with practical recommendations and directions for future research in resilient, ethical enterprise IT design.