We propose an approach where the runtime execution is visualized dynamically. Instead of parsing thousands of lines of logs, an engineer observes a dynamic graph where nodes represent services and edges represent active data flows. This paper explores the implementation, performance overhead, and usability benefits of such a visual runtime.
Visual runtime verification transforms the abstract concept of software health into a tangible, observable interface. By superimposing visual state machines onto live telemetry, VisRuntime empowers engineers to intuitively detect and diagnose system anomalies. Future work will focus on integrating Augmented Reality (AR) to project these visual states onto physical server infrastructure in data centers. visual runtime