The blue and red wooden parts can be moved so we have access to the cables / piping below. The other elements from the floor are interconnected. Harder to open.
Note that the façade below the glazing is removable as well. In case you stand in front of the house and you look on the space between the windows and ground level that’s removable. Not that easily removable than the highlighted areas with blue and red but it can be done.

We use 2,3 tego, plywood sheets to hold most of the elements. It’s not even tego, plywood. The material that’s used in trucks for the platform. Quite strong. It deals with eventual humidity quite well. Easy to work with. Almost unbeatable within the context. You can screw things in it. It cuts easily. Great precision. Finding workmanship is easy.
The sheets are doubled or tripled at some points. The reasoning is : the gained width. It’s way easier to position the wooden elements on top of it. This way it’s plenty of space for the screws.
No glue or expensive materials needed. They can be “glued” together with the above mentioned screws. At some parts (at the corners) we need 3 pieces.
This tego, plywood components are way above the gravel. Protected quite well from water.
The foundations … (waterproofed concrete) comes above ground level (and gravel). Water can’t reach metal parts or the tego / plywood from below. It’s mostly wood . No dew point will form along the way. With metal sheets we would have serious problems.



We hope this dossier provided clarity. To execute these frameworks and turn them into actionable reality, we recommend exploring the following core resources:
- ➔ Enterprise AI & Systems
- ➔ Commission Relic-Grade Physical Infrastructure
- ➔ Contact Client Intake & Commissioning
Core Architecture & Master Manifestos:
- MA-0000 The Sovereign Manifesto: The Eradication of Systemic Friction and the Physics of Enterprise Survival
- MA-000A The Algorithmic Standard: Enterprise Viability and the Eradication of Systemic Friction
- MA-037 Research Dossier: The Convergence of Enterprise GraphRAG and 3D Mycelial Infrastructure
- MA-000B The Master Hub: 3D Mycelial Architecture & Zero-Friction for Tier-1 Enterprise
- [Applied Physics] Thermodynamic Architecture: Eradicating Systemic Friction and Achieving Minimal-Latency Execution
- [Macro-Economics] The Sovereign Macroorganism: The Unified Blueprint of Planetary Evolution
















