Irresistible Offer

Problem Statement

The GVCS requires mass recruiting of capable collaborators who can be taugh a functional level of collaborative literacy for swarm design-build. Skills involve full fluency in basic CAD, allowing for modular breakdown required of swarm builds. Extraction of information from CAD must be seamless, as should collaborative design based on a collaborative coordinate system for locating modules. High-functioning and scalable proficiency in wiki (documentation and collaborative orientation), Google Slides, and Google Photos must be guaranteed. With swarm design-build basics, we must provide 100 tool and 100 technique orientation, along with 745 house modules. All are to be iconized, BOM, vBOMed, and CADded up.

Based on RLF-based 100 tool and 100 technique mastery of 745 house modules, we document skill burndown for every participant. 100/100/745 are nominal numbers, and these are a start. Once these are mastered, we move on to 50 machines (GVCS) and 500 modules - culminating in 2028 delivery of the GVCS at $50M price ticket and the Technosphere by 2036 at a $50B price ticket.

To get there, 50 cohorts of 24 are required, totaling buildup of the core OSE facility to 1200 students and thus additional nearby land within 4 years, at a prototype cohort of 24 in 2026, 240 by 2027, and 1200 by start of 2028 - barely eking out completion of the GVCS by 2028.

Scalable infrastructure means on-demand house construction - as simple studios produced from site-milled lumber for structure, CEB for thermal mass, and 3D prints covering glazing, insulation, and appliances. For these - optimized, on-demand. These all plug into the 100kW Hangar, with its supply of thermal batteries for heating and cooling. A modular biodigester adds waste treatment capacity on demand, such that heat, power, and sewer are provided. In time, we will be adding an aquaponic greenhouse for food production