Sarcouncil Journal of Engineering and Computer Sciences

Abstract: Self-healing data workflow pipelines represent a paradigm shift in cloud-based data processing, offering autonomous failure detection, diagnosis, and recovery without human intervention. This architecture comprises three critical components: observability functions that collect comprehensive telemetry across infrastructure, application, and business dimensions; trigger functions that employ threshold-based, time-based, and pattern recognition strategies to identify actionable events; and recovery functions that implement remediation through retry mechanisms, resource scaling, state management, and circuit breaking techniques. The serverless implementation of this architecture enables independent scaling of components while providing cost-effective infrastructure that adapts to changing demands. By embedding recovery mechanisms directly into workflow architecture, organizations can maintain operational continuity despite transient failures, resource constraints, or unexpected workloads, significantly reducing recovery time and operational overhead while allowing engineering resources to focus on delivering business value rather than maintaining existing pipelines. This transformative approach has demonstrated remarkable results across diverse industry verticals, with financial services, healthcare, and retail sectors experiencing substantial improvements in reliability, cost efficiency, and operational agility, enabling organizations to process increasingly complex data workloads with unprecedented resilience against the inevitable failures inherent in distributed computing environments.