AI-Powered Diagnostic Workflow for Serverless Application Troubleshooting: From Alert to Resolution
Rosh Perumpully Ramadass · Technix International Journal for Engineering Research · 2025
This article explores the integration of artificial intelligence into serverless application troubleshooting processes. The article addresses the unique challenges of debugging serverless architectures, where traditional monitoring approaches prove inadequate due to the ephemeral nature of functions and complex service interactions. Propose an AI-driven automated troubleshooting framework that synthesizes application knowledge, historical incident data, and real-time metrics to identify root causes with high accuracy. The article encompasses anomaly detection, machine learning-based pattern recognition, code-aware analysis, and cross-service correlation techniques. The article demonstrates significant reductions in Mean Time to Recovery, improved engineer productivity, enhanced application reliability, and favorable total cost of ownership implications. The article establishes this approach as transformative for serverless environments, fundamentally changing how organizations implement DevOps practices while enabling more proactive reliability engineering.