Dynamic Troubleshooting Workspaces for Cloud Network Management
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Solution Overview
Problem
Traditional network troubleshooting tools are inflexible and inadequate for managing dynamic and complex networks, limiting users to static problem-solving methods and fixed decision trees, which hinders efficient resource management.
Innovation Solution
A dynamic troubleshooting workspace is created, allowing users to customize workflows by connecting informational user interface components to form transient or persistent diagnostics and data analysis workspaces, enabling real-time, adaptive troubleshooting through context-aware mechanisms and system-level semantics.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Adaptability or versatility
If traditional fixed decision trees and predefined workspaces are used, then the system structure remains simple and deterministic, but the adaptability to dynamic and complex networks is limited
Solution Approach 1:
The patent transforms static troubleshooting workspaces into dynamic ones that automatically adapt to network conditions. The system dynamically generates workspace configurations based on real-time network statistics, event types, and user interactions, allowing the troubleshooting interface to evolve from a fixed structure to a flexible, context-aware environment that matches the dynamic nature of modern networks.
Solution Approach 2:
The patent segments the troubleshooting system into modular components including event subscriptions, workspace configurations, dynamic layout management, and context-aware content delivery. This segmentation allows each component to be independently configured and adapted, enabling the system to handle complex network scenarios through composed, reusable modules rather than monolithic fixed structures.
2Productivity
If fixed troubleshooting methods are used, then the tool structure remains simple, but the user efficiency in managing complex networks is reduced
Solution Approach 1:
The patent implements feedback mechanisms where the system continuously monitors network statistics, user interactions, and event streams to dynamically adjust workspace configurations. This feedback loop enables the tool to learn from usage patterns and network conditions, automatically optimizing the troubleshooting interface to improve user efficiency without requiring manual reconfiguration or complex fixed structures.
Solution Approach 2:
The system provides self-service capabilities by automatically generating appropriate workspace configurations based on detected network events and conditions. Instead of requiring users to manually navigate complex fixed decision trees, the system autonomously adapts the troubleshooting interface to the current network state, reducing the cognitive load and time required for effective network management.
3Reliability
If static workspaces are used, then the interface structure remains simple, but the ability to represent dynamic network states is inadequate
Solution Approach 1:
The patent prepares multiple pre-configured workspace templates and component layouts that can be rapidly instantiated based on detected network events. This preliminary preparation allows the system to quickly switch between different troubleshooting contexts without requiring complex real-time generation, ensuring accurate representation of dynamic network states while maintaining interface simplicity through reusable pre-defined structures.
Data Source
AI summary
Systems, methods, and computer-readable media for dynamic troubleshooting workspaces. A system can collect network statistics for a network and, based on the statistics, present a first workspace having a first set of interface components, each of the first set of interface components representing a respective network context, and each of the first set of interface components including a first set of objects associated with the respective network context. Next, the system can associate selected interface components from the first set of interface components to yield associated interface components, and dynamically present a second workspace having a second set of interface components selected based on the associated interface components, each of the second set of interface components representing a different respective network context related to the associated interface components, and each of the second set of interface components including a second set of objects associated with the different respective network context.