Enhancing collaboration between researchers: applying Graphileon functionality to the Panama Papers

The publication of the Panama Papers, based on leaked financial documents that were analyzed by the International Consortium of Investigative Journalists (ICIJ) has not only generated a lot of interest and comments with regard to the pros and cons of offshore tax structures used by the world’s elites, it also sparked interest in the tools that were used to carry out this research. Tools that included Apache SolrTikaLinkurious and Neo4j .

Finding interesting cases or sub-networks in the mutually heavily connected 11.5 million content items, is a challenge in itself. That is why the ICIJ is making the Neo4j dataset publicly available, and invited the community to go and dig. Combining efforts should yield a better result.

Ok. But  … how do you combine the results of individual research efforts?  How do you share parts of a network that you have been doing research on?  How do you know whether someone else has already dug into the case that you are looking into? Or who has found cases that partially overlap with yours?

To find the answers to these questions, we played around with Graphileon to create a dashboard that allows users to:

  • Get and idea of what is in the graph store
  • Start exploring various ways (full text, following a path, controlled exploration)
  • Save a “case” as a diagram
  • Access diagrams of others
  • Find overlapping cases
  • Trace back (how did you get here?)

The video below illustrates the functionality that we configured. Yes .. configured. Not coded. All panels (tables, networks, diagrams) and queries are so-called Graphileon functions, linked to each other by triggers that carry data and parameters. After all, the dashboard is a graph too. And all you need to build dashboards like this, is knowledge of Neo4j’s Cypher language.

InterActor can also be used to visualise how investigative paths of journalists converge or diverge, using the same non-coding approach, with a concept we call pathdistances.


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Full-text search with Neo4j and Graphileon

With the release of Neo4j version 3.5, full-text search was made available. This feature allows for searching through the contents of indexed string properties of nodes and relationships. To illustrate how to use this feature inside a Graphileon application, we’ve built a demo application in a Neo4j + Graphileon installation. This demo also shows some … Continued

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Graph-based Planning, Monitoring and Reporting on project deliverables in the Kingdom of Jordan

In the context of the EU-funded M&ETAJo2025 project, Graphileon designs and implements a flexible Management Information System that allows the government of the Kingdom of Jordan to closely monitor the delivery of projects that contribute to the country's socio-economic development.

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CRUDding edges and vertices in DataStax Enterprise Graph 6.7

Adding support for DataStax Enterprise Graph in less than a month! Less than a month ago we announced the support for DataStax Enterprise (DSE) Graph. Today we can show you a sneak preview of how to manage DSE Graph content using the standard Graphileon NodeFormView and RelationFormView functions. Next on our roadmap is to integrate … Continued

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