Sculptural Storage Format

I remember a ritual from childhood. Every year my mother would place me and my brother against the door frame and mark our height with a pen. Over time, that wooden frame became a record of our growth, a physical surface that stored the passage of time through scratches, lines, and small acts of notation. It did not simply witness change. It preserved it in its material structure.

This memory led me to think about other ways information can be stored. I began researching forms of encoding that existed before digital media. What emerged from that research was a simple observation. When information is bound to the physical structure of its medium, the carrier is no longer a neutral support onto which content is placed. Its surface, depth, organization, and material logic actively participate in how information is preserved, read, and transmitted.

[past reserch - https://in-dialog.com/blogs/before-silicon-the-lost-technology-of-geometric-memory ]

Definition

I use the term Sculptural Storage Format to describe a mode of encoding in which information is translated into the formal structure of an object. Rather than being added onto a surface as representation, the data is converted into spatial instructions that determine the composition, density, scale, or topology of the form.

Methodology

To think in terms of sculptural storage formats is to treat a volume not only as metaphoric expression, but as the very architecture of its underlying patterns. In this sense, sculpture becomes not only an aesthetic object, but an informational channel.

Methodology stages

Stage one : Transformer

This stage processes the underlying data. It can involve arithmetic remapping, scaling, normalisation, or the conversion of values into logical actions and rules.

Stage two : Composition

After the data is processed there are three avenues to re-arrange the data in a spatial dimension:

• Symbolic mapping :

Each data point is assigned to a specific geometric form or visual sign. Information is encoded through the relation between values and discrete formal elements.

• Spatial mapping:

Each data point is translated into a position, region, or volume within a spatial system. Information is encoded through arrangement, distance, and distribution in space.

• Spatial modulation:

A base spatial field is established first, and the data modifies its behavior rather than generating separate elements. Information is encoded through continuous variation in properties such as density, curvature, scale, or rhythm.

Stage three : Raster

Depending on the compositional strategy selected, the resulting form is then converted into a mesh structure suitable for fabrication. This stage translates the encoded geometry into a manufacturable object with defined surfaces, resolution, and structural continuity.

Stage four: Fabrication

The geometry is translated into a manufacturable structure, such as a mesh, with sufficient surface continuity and resolution for production.

What distinguishes sculptural storage from data visualization is the role of the medium. In a chart, information is displayed on a support. In sculptural storage, information reorganizes the support itself. The object does not simply show data. Its form is produced through it.

From framework to practice

This text is intended as an opening framework rather than a complete taxonomy. In the following articles, I will break down the different encoders I have developed over time, looking at how each one transforms data into form through a specific spatial logic. For now, the projects below can be read as the first material outputs of this research, each one showing a different way in which information is transformed into form.

Encoder 1 https://in-dialog.com/projects/c-r-s

Encoder 2 https://in-dialog.com/projects/binary-deconstruction

Encoder 3 https://in-dialog.com/projects/urb-e-cho