Unified Account Metadata Graph for Cloud Resource Management
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Solution Overview
Problem
In cloud environments, managing multiple provider network services and resources across various infrastructure services is complex, as existing user interfaces primarily focus on single services, making it difficult for clients to obtain a unified big-picture view of their services and resources.
Innovation Solution
Implementing an account metadata manager that generates a unified graph representation of services and resources, allowing clients to view and manage resources through customizable visualizations and programmatic interfaces, including hyperbolic tree browsers, and enabling configuration modifications and authorization management.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Loss of information
If multiple provider network services and resources are managed through separate user interfaces, then each service can be administered with specialized tools, but clients cannot obtain a unified big-picture view of their services and resources
Solution Approach 1:
The patent merges multiple service-specific user interfaces into a single unified account metadata graph interface. This graph representation consolidates metadata from compute, storage, networking, and other services into one visual structure, allowing clients to view all resources and their relationships in a single location without needing to switch between separate consoles.
Solution Approach 2:
The account metadata graph serves as a universal interface that performs multiple functions: it provides a big-picture overview of the entire account, enables detailed exploration of individual resources, displays relationships between services, and facilitates configuration changes. This single interface replaces the need for multiple specialized interfaces.
2Ease of operation
If clients use multiple separate consoles to manage different services, then detailed control over each service is maintained, but it becomes difficult to obtain an intuitive big-picture view as the number of resources increases
Solution Approach 1:
The interface employs hierarchical segmentation through the account metadata graph structure. The graph is organized with service nodes, resource nodes, and relationship edges arranged in a navigable hierarchy that allows clients to zoom in from a high-level overview to detailed views of individual resources. This segmentation maintains organization even as the number of resources grows.
Solution Approach 2:
The patent introduces a visual dimension for managing complexity by representing resource relationships in a graphical format. Instead of listing resources in flat tables or requiring sequential navigation through multiple screens, the graph visualization presents three-dimensional relationships (direct and indirect connections) in a single visual plane, making it easier to comprehend the big picture.
3Loss of information
If a unified interface is created to view all services and resources, then clients gain comprehensive visibility, but the system complexity increases due to metadata collection and graph generation
Solution Approach 1:
The account metadata graph manager acts as an intermediary component that sits between the various service systems and the user interface. It collects metadata from compute, storage, networking services and other providers, transforms this data into a unified graph representation, and serves it to users. This intermediary abstracts the complexity of data collection and graph generation from the user-facing interface.
Data Source
AI summary
Methods and apparatus for unified account metadata management are disclosed. A storage medium stores program instructions that when executed on a processor generate a graph representation of metadata associated with a client account of a provider network. At least a portion of the metadata is obtained using an internal mechanism of the provider network. The graph comprises a plurality of nodes (representing resources associated with the client account) and a plurality of edges (representing configuration relationships). The instructions when executed provide a visualization of resources and configuration relationships of the graph; and in response to a graphical interaction with the visualization, issue a command to a network-accessible service of the provider network to implement a configuration modification associated with a resource represented in the graph.