Goals This article demonstrates how to use the Neo4j browser for querying, visualization and data interaction. Prerequisites Please have Neo4j downloaded and installed. It helps if you read the section on Graph Databases. Beginner Overview Installing and Starting Neo4j Browser… Read more →

This article demonstrates how to use the Neo4j browser for querying, visualization and data interaction.
Please have Neo4j downloaded and installed. It helps if you read the section on Graph Databases.

Installing and Starting Neo4j Browser

First, download Neo4j. Use the provided installer, start the Neo4j Desktop App and start the database after (optionally) selecting a location for your database files.

Alternatively unzip the downloaded file, and start Neo4j by following the instructions in the readme (bin/neo4j start).

If you connect to Neo4j for the first time, you’re asked to change the password for the default user account “neo4j/neo4j”.

Please remember the password. In case you forget it, you have to remove the credentials file in data/dbms/authorization.

Open the URL http://localhost:7474 to start working with Neo4j and our query language, Cypher.

Start by typing :play intro into the command-line and pressing Enter. Please follow the guide to learn about our user interface.

Feedback & Questions

If you have feedback or questions on how to use the Neo4j Browser, there is a small messaging system in the configuration () drawer. You can provide your name and send us a message.

Neo4j Browser Sync

Neo4j Browser Sync is a new feature that allows you to synchronize your favorites, styling and settings to a cloud storage, so you can share it across machines and browsers.

neo4j browser sync

Just log in with your GitHub, Twitter or Google account and synchronize your workplace to the cloud.

Useful Commands and Keyboard Shortcuts

Shortcut Purpose


Help System

:help commands

Useful Commands


Clear Frames

:style [reset]

Styling Popup & Reset

:help keys

Keyboard Help

Ctrl+Enter or Cmd+Enter

Execute Statement

Ctrl+Up or Cmd+Up

Previous Statement


Enter Multiline Mode


Move Focus to Editor


Toggle Editor to Full Screen

Built in Guides

If you want to learn more first, click on any of the helpful links shown after startup: these are quick guides that introduce the different concepts. You find more helpful links in the left sidebar in the “Information” tab ().


a guided tour of Neo4j browser

:play intro


GraphDB 101

:play concepts


query language introduction

:play cypher

The Movie Graph

a mini graph model with use-cases

:play movie graph

The Northwind Database

the classic demo database with import instructions & use-case queries

:play northwind graph

Custom Guides

starting with Neo4j 2.3 you can use :play <url> to play a custom guide

:play http://guides.neo4j.com/graphgist/restaurant_recommendation.html

Import our sample movie graph by entering :play movie graph.

On the second slide click the large Cypher CREATE … statement, then hit the triangular Run button.

After a few seconds the data is imported, and you’ll see a subset of the movie data rendered as a graph.

Styling Neo4j Browser Visualization

You can pan the visual view around and drag nodes to rearrange them.

The nodes already have a sensible captions, it auto-selects a property from the property list to be rendered as caption.

If you click on any node or relationship you see the properties of that element below the visualization, larger property sets might be folded in, there is a little triangle on the right to fold them out.

E.g. you click on one of the Movies then you can see it’s properties below the graph. Same for actors or the ACTED_IN relationships.

If you click on any label or relationship above the graph visualization, you can then chose its styling in the area below the graph.

Colors, sizes and captions are selectable from there.

For instance click on the (Movies) label above the graph and change the color, size and captions of nodes labeled with Movie.

style node

style relationship

Running Queries

When you continue with the guide, you will see more queries. You can get them into the editor by clicking on them. To execute, hit the triangular play button.

Query results are rendered either as visual graph, tabular or ascii-table result. You can switch between those with the icons on the left side of the result frame.

Remove all accumulated output frames with :clear, the cross removes a single frame and aborts a (long-)running statement. The maximum number of frames that are kept is configurable.

You can click the small query above the graph visualisation to pull it back into the editor.

Use the keyboard shortcuts listed above to work efficiently with the editor area.

Navigate input history with Ctrl+Up and Ctrl+Down, access all of it via :history. The history will be persisted across browser restarts.

You can switch between tabular, visual mode, query plan and x-ray mode for results with the icons on the left of each panel,

Don’t worry if you don’t see any output, you might just be in visual mode but returned tabular/scalar data, just switch the mode to tabular

Query time is reported in the tabular view, don’t rely on that exact timing though it includes the latency and (de-)serialization costs, not just the actual query execution time.

You can download the results as CSV from the tabular output panel (top right download icon), and as JSON (download icon above the panel). The graph visualization can be exported as PNG and SVG.

If you enter fullscreen mode of a graph visualization you can zoom in and out. After a node is clicked it gets a halo, in which you can expand and remove nodes from the visualization. You can also turn previously dragged nodes lose again.

Meta Graph

In the left side drawer on the top database section () you find the currently used node-labels and relationship types. Clicking on any of those runs a quick query to show you a sample of the graph using those.

Queries and Favorites

If you start with an empty frame, display some nodes and relationships, use the Favorites () drawer on the left, click on the Get Some Data entry, and run the query. This executes the statement MATCH (n) RETURN n limit 100 which fetches some nodes.

The browser helpfully also fetches and displays relationships between those nodes, even if they were not part of your query result. You can disable the latter behavior with the “Auto-Complete” switch in the bottom right corner. Then only relationships returned by the actual query will be shown.

You can save your own queries as favorites by “starring” them. Use a comment // comment above your query to provide a title. Use folders to organize the favorites you can rearrange them by dragging and delete if they are no longer useful.

Your favorites, settings, and styles can be saved to the cloud with Neo4j Browser Sync. If you clear your browser cache, your local favorites will be removed.

Advanced Styling

For more advanced styling you can bring up the style-viewer with :style, download the graph-style-sheet (GRASS), edit it offline and drag it back onto the drag-area of the viewer.

You can reset to the default styles with :style reset. Alternatively by clicking the “fire extinguisher” icon in the popup from :style.

Within the GRASS file you can change colors, fonts, sizes, outlines and titles per node-label and relationship-type. It is also possible to combine multiple properties into a caption with caption: '{name}, born in {born}';

style sheet grass


  • since Neo4j 2.3 there is a config drawer on the left (with the cog), no need for the :config command anymore
  • you can retrieve the current configuration with :config
  • the individual settings are configured with:
    • :config maxNeighbours:100 – maxiumum number of neighbours for a node
    • :config maxRows:100 – maximum number of rows for the tabular result

Executing REST requests

You can also execute REST requests with the Neo4j Browser, the command-syntax is
:COMMAND /a/path {"some":"data"}. The available commands are :GET, :POST, :PUT and :DELETE.

A simple query would inspect the available endpoints of the database :GET /db/data/, the results are listed as formatted JSON. Then you can for instance retrieve all labels in the database with :GET /db/data/labels.

To execute a Cypher statement you post to the transaction Cypher endpoint like this:

:POST /db/data/transaction/commit {"statements":[
     {"statement":"MATCH (m:Movie)  WHERE m.title={title} RETURN m.title, m.released, labels(m)",
      "parameters":{"title":"Cloud Atlas"}}]}