As of last week, iMindMap 6.2 was the best mind mapping program available from any vendor. As of this week iMindMap 7.0 has blown 6.2 away, making a huge leap forward. The gap between iMindMap and the other mind mapping programs on the market has widened considerably.

iMindMap 7 is much more than a mind mapping program but rather a visual thinking/teaching tool and environment, within which mind maps are a large, but certainly not the only, component. In addition to the best mind maps available, the program can produce flow diagrams, path diagrams, concept maps, visual notes (like sketch notes), and combinations of all of the above.

iMindMap 7 is a visual thinking tool for a complete visual thinking environment. The app expands upon the mind mapping theory of Buzan and presents a much more elaborated environment for visual thinking and visual concept development than has been available before. And, just as importantly, to use apply this theory and use the tools of iMindMap 7 you need not be a “computer wizard,” “a professional mind mapper,” or a long time user of earlier programs and visual thinking theories.

I see the release of this program as the beginning of a period in which visual thinking and visual communication becomes even more important and used. Tony Buzan and Chris Griffiths have done a spectacular job in getting the theory and implementation so far along this path already. I hope they release a new book shortly.

Click the image below to expand and see my formal review. Note that I probably used less than 60 percent of the features of the program in the review map, and there is a lot more to explore in subsequent posts with differing types of information.

Oh, did I mention that iMindMap has a “presentation mode” which makes PowerPoint obsolete. Here is a video of the review above running in an automatic kiosk mode. There are a number of options for the presentations that can be applied depending upon the type of audience and the map content. And it can be presented in 3D which I chose to do. [For this example, a tiny file size with low resolution optimized for the web was used because the intent is simply to illustrate the feature, not crash the server. Note also that the low resolution does de-emphasize the 3D effect; 3D looks extremely good at HD resolutions. I also included a HD version which may give some servers trouble. Both presentations have the same content.] Click below to start the video (about 3 minutes).

low resolution

high resolution

If you don’t like the timing of the slides or the type of transition or the order, you can easily change these settings and reload the video.

[Footnote: I started programming mathematical algorithms in FORTRAN in 1970, published my first of several computer programs in peer-reviewed journals in 1973, and published an early mathematical algorithm and FORTRAN program in 1984 that was a precursor of what are now called concept maps (under the rubric in statistics of “path diagram” or “structural equations model”). Between 1977 and 1984 I published a large series of “visual mathematical models” of drug abuse etiologies and consequences using the LISREL programming environment. In comparison to all of my former experience with computer usage in real-world applications, this is the finest software application I have used in the 40+ years of my career. I am delighted I have the opportunity to use this app to explain some of my ideas and create new ones.]