Not every application of spatial computing has to solve a spectacularly complex problem. Sometimes the advantage of Data2Space becomes obvious in one of the simplest situations: there is simply not enough space on the screen.
Consider a straightforward analytical task. You want to compare two world maps, each containing financial information, economic indicators or climate-risk data. Perhaps one map shows today’s situation and the other a scenario for the future. Or you want to compare several alternative bar charts to determine which visualisation communicates the information most effectively.
On a conventional computer, the problem is immediately apparent. You can display one map, then the other. You can put them next to each other, shrink both, open several windows or connect additional monitors. But every solution ultimately encounters the same limitation: the physical size of the display.
Even a very large professional monitor remains a finite rectangle. Apple’s largest standard desktop display, for example, is 27 inches. That may be an excellent display, but it does not provide an unlimited workspace.
Data2Space approaches the problem differently.
Instead of asking how much more information can be squeezed onto a screen, it allows the user to place information in a three-dimensional environment.
Two world maps can be positioned next to each other at their natural scale. Several versions of a visualisation can exist simultaneously. A user can walk around the models, compare them directly and change perspective simply by moving.
This can create immediate productivity advantages for remarkably simple tasks:
- comparing two or more maps simultaneously,
- examining alternative versions of a chart,
- placing current and historical information side by side,
- comparing different scenarios,
- displaying several financial analyses at the same time,
- keeping reference information visible while analysing another model.
The key benefit is not that 3D makes every task better. It is that 3D removes a particular bottleneck: the limited physical area of the monitor.
| Conventional screen-based work | Spatial work with Data2Space |
|---|---|
| One finite display area | A potentially very large spatial environment |
| Windows overlap | Objects can occupy separate positions |
| Maps must be reduced to fit | Maps can be positioned next to each other |
| Charts are compared sequentially | Several versions can remain visible |
| Zooming changes the context | The user can move through the model |
| Additional monitors add more rectangles | Information can extend naturally into space |
This becomes particularly interesting when the information itself is spatial. A world map is already a representation of geography. Comparing two maps therefore naturally benefits from being able to see both as complete objects rather than repeatedly switching between them.
The same principle applies to charts. Imagine a team developing a new dashboard or investment report. Five different versions of a visualisation need to be compared. On a desktop, the analyst opens five windows, reduces their size and constantly shifts attention between them.
In a spatial environment, the five alternatives can simply be placed around the user.
The advantage may sound simple — and that is precisely the point.
Data2Space does not need to transform every analytical task into a revolutionary new experience to create value. Sometimes productivity improves because a basic constraint disappears.
The monitor is no longer the boundary of the workspace.
Once information can occupy three-dimensional space, users can decide how much room different objects need, how they should be arranged and from which perspective they should be examined.
This is one of the most practical arguments for Data2Space: the technology can be valuable not only when analysing extraordinarily complex financial systems, but also when performing everyday comparison tasks that are unnecessarily difficult simply because the screen is too small.
Sometimes the simplest reason to use 3D is also the most convincing: you need more space.