Automated Multi-Source Debugging and Natural Language Error Explanation for Dashboard Applications explores Transform cryptic dashboard error messages into actionable insights using automated multi-source debugging and AI-driven explanations.. Commercial viability score: 5/10 in Enterprise Software Tools.
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This research addresses a critical gap in debugging distributed microservices by correlating errors across multiple layers and explaining them in natural language, significantly reducing resolution time and improving user experience.
To productize, this system can be integrated into existing APM tools or as a standalone dashboard plugin offering automated debugging analytics and error explanation.
This system could replace traditional APM and logging tools which require manual error correlation and are not user-friendly for non-developers, making error management and debugging more efficient and accessible.
As enterprise applications increasingly adopt microservices, the demand for efficient debugging tools surges. Companies seeking to reduce downtime and technical debt can significantly benefit, opening a large market primarily in IT services and large enterprises.
An enterprise tool that reduces downtime by providing real-time debugging and error explanations in large scale web applications, perfect for IT operations teams in companies using complex microservices.
The paper introduces an automated system that aggregates error data from browser, API, and server logs. It uses LLMs to translate technical errors into understandable language for users and support staff, helping in quick diagnosis and resolution of issues in microservice architectures.
The system is structured around a multi-source data collector, an API contract validator, an event correlation engine, and an NLG module, tested through simulated pipeline processing and theoretical validation of resolution time reduction.
The system's efficiency hinges on the accuracy and training of the LLMs, which may not always perfectly interpret errors. Initial deployment could demand substantial integration with existing systems.