Nebula Explorer
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Nebula Explorer
Visualize your data, find insight in seconds!
Nebula Explorer is a web-based graph exploring tool. It works with the Nebula Graph DBMS and enables data scientists and business analysts to query and analyze a large volume of data without having to write any graph query language. You can easily gain business insight from the query results that are visually displayed on the canvas.
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(Apply for a 30-day FREE trial of Nebula Explorer Enterprise Edition. )
A graph is worth a thousand words
The shortest path to insights
Nebula Explorer is built on top of the Nebula Graph query engine, providing fast and interactive graph exploration capabilities to you quickly find hidden connections and insights from you data.
Advantages
Why Nebula Explorer
Easy to use and user-friendly
Explorer can be deployed in simple steps. And use simple visual interaction, no need to conceive nGQL sentences, easy to realize graph exploration.
Powerful and flexible
Explorer supports querying data through VIDs, Tags, and Subgraphs. Explorer supports operations such as expanding operations on multiple vertices, querying the common neighbors of multiple vertices, and querying the path between the start vertex and the end vertex.
Beautifully presented
Explorer supports modifying the color and icon of the vertex in the canvas to highlight key nodes. You can also freely choose the data display mode.
Get a 360° view of your data
Features
Plenty of query methods to display data
You can query data by VIDs, by Tags, and by Subgraphs. Nebula Explorer also supports importing data randomly or from local files. You can limit the number of output results and filter the results. You can also view the subgraph of one or more vertices, and specify the number of steps, edge types, and the direction of inflow and outflow of the subgraph, and then the data will be visualized on the canvas.
Uncover hidden connections
You can select two or more vertices on the canvas and query their common neighbors. You can also customize the type and direction of the edge, specify the number of query steps, and choose to query the following three types of path: all path, shortest path, and no-loop path.
Make the invisible visible
Supports 2D and 3D view mode switching, allowing users to explore graph data from different perspectives, and enhance the user's sense of exploration. It also supports editing the color, size and other attributes of nodes in the canvas.
Use cases
You need to quickly find neighbor relationships from complex relationships, analyze suspicious targets, and display graph data in a visualized manner.
You need to filter, analyze, and explore a large data set in a visualized way.
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