Extreme Collaboration - Revision history

Wesxdz: /* Context */

2026-01-31T20:57:24Z

Context

← Older revision		Revision as of 20:57, 31 January 2026
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	=Context=		=Context=
	OSE aims to prove that large-scale collaboration can happen in industrialized countries to develop economic artifacts openly as opposed to via proprietary consortia such as corporations. To prove this, we are aiming to upskill numerate citizens in significant numbers (hundreds) and demonstrate that incentives can be created for siginificant economic development to address cost-of-living issues of affordability - such as housing. Here we propose a method to upgrade hundreds of people to design and production skill to ~~eneble~~ distributed, open production of powerful economic means - namely homes, heavy machines, and building materials as a first proof-of-principle that advanced economic process can be made appropriate (as in appropriate, modern technology) thereby providing a robust economic base as a substrate for advancing civilization.		OSE aims to prove that large-scale collaboration can happen in industrialized countries to develop economic artifacts openly as opposed to via proprietary consortia such as corporations. To prove this, we are aiming to upskill numerate citizens in significant numbers (hundreds) and demonstrate that incentives can be created for siginificant economic development to address cost-of-living issues of affordability - such as housing. Here we propose a method to upgrade hundreds of people to design and production skill to enable distributed, open production of powerful economic means - namely homes, heavy machines, and building materials as a first proof-of-principle that advanced economic process can be made appropriate (as in appropriate, modern technology) thereby providing a robust economic base as a substrate for advancing civilization.

	=OSE Experiment=		=OSE Experiment=

Marcin: /* Next Steps */

2026-01-30T07:57:52Z

Next Steps

← Older revision		Revision as of 07:57, 30 January 2026
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	=Next Steps=		=Next Steps=
	*First, deliver 5 day crash course, preparing the necessary parti libraries and design guides. Start with framing, then plumbing, water, electrical, vents, drywall. Same time: power center, heat pump, pv.		*First, deliver 5 day crash course, preparing the necessary parti libraries and design guides. Start with framing, then plumbing, water, electrical, vents, drywall. Same time: power center, heat pump, cabinets.

	=Meta=		=Meta=

Marcin: /* Next Steps */

2026-01-30T07:57:33Z

Next Steps

← Older revision		Revision as of 07:57, 30 January 2026
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	=Next Steps=		=Next Steps=
	*First, deliver 5 day crash course, preparing the necessary parti libraries and design guides. Start with framing, then plumbing, electrical, ~~water~~		*First, deliver 5 day crash course, preparing the necessary parti libraries and design guides. Start with framing, then plumbing, water, electrical, vents, drywall. Same time: power center, heat pump, pv.

	=Meta=		=Meta=

Marcin: /* Next Steps */

2026-01-29T09:30:24Z

Next Steps

← Older revision		Revision as of 09:30, 29 January 2026
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	=Next Steps=		=Next Steps=
	*First, deliver 5 day crash course		*First, deliver 5 day crash course, preparing the necessary parti libraries and design guides. Start with framing, then plumbing, electrical, water

	=Meta=		=Meta=

Marcin: /* Protocol for Open Design */

2026-01-29T09:29:28Z

Protocol for Open Design

← Older revision		Revision as of 09:29, 29 January 2026
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	#Then post-process: take the resulting assembly, and produce a schema that modifies things like blocking where walls intersect. Compile schema to get changes.		#Then post-process: take the resulting assembly, and produce a schema that modifies things like blocking where walls intersect. Compile schema to get changes.
	#Continue adding systems: take resulting assembly, produce schema for adding plumbing. Plumbing assembly was generated independently. Schema produces fit of plumbing. Compile for a structural+plumbing assembly.		#Continue adding systems: take resulting assembly, produce schema for adding plumbing. Plumbing assembly was generated independently. Schema produces fit of plumbing. Compile for a structural+plumbing assembly.

			=Next Steps=
			*First, deliver 5 day crash course

	=Meta=		=Meta=

Marcin: /* Protocol for Open Design */

2026-01-29T09:26:33Z

Protocol for Open Design

← Older revision		Revision as of 09:26, 29 January 2026
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	=Protocol for Open Design=		=Protocol for Open Design=
	This 100 person online course then supports the actual Extreme Enterprise Track.		This 100 person online course then supports the actual Extreme Enterprise Track of enterprise proofing.

	#Study Design Guide. Includes pictures and vBOMs from real sources.		#Study Design Guide. Includes pictures and vBOMs from real sources.

Marcin: /* Protocol for Open Design */

2026-01-29T08:47:36Z

Protocol for Open Design

← Older revision		Revision as of 08:47, 29 January 2026
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	#Create a Gallery on wiki - upload all library parts there. Upload 3 items: schema, compiler, and actual FreeCAD file.		#Create a Gallery on wiki - upload all library parts there. Upload 3 items: schema, compiler, and actual FreeCAD file.
	#Do a first cut of all parts for part library. In successive iterations - keep upgrading the schema - such as build order rules for automated instructionals, actual part links, properties (such as weight), material parameters, etc. This will allow full automation of build instructionals and BOMs, and technical drawings.		#Do a first cut of all parts for part library. In successive iterations - keep upgrading the schema - such as build order rules for automated instructionals, actual part links, properties (such as weight), material parameters, etc. This will allow full automation of build instructionals and BOMs, and technical drawings.
	#Then create an assembly schema.		#Then create an assembly schema, and compiler, which feeds the part library and outputs an assembly.
			#Then post-process: take the resulting assembly, and produce a schema that modifies things like blocking where walls intersect. Compile schema to get changes.
			#Continue adding systems: take resulting assembly, produce schema for adding plumbing. Plumbing assembly was generated independently. Schema produces fit of plumbing. Compile for a structural+plumbing assembly.

	=Meta=		=Meta=

Marcin: /* Protocol for Open Design */

2026-01-29T08:44:53Z

Protocol for Open Design

← Older revision		Revision as of 08:44, 29 January 2026
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	#Start by defining specification schemas that can be reused. Generate FreeCAD CAD with AI by creating compilers for parts.		#Start by defining specification schemas that can be reused. Generate FreeCAD CAD with AI by creating compilers for parts.
	#Create a Gallery on wiki - upload all library parts there. Upload 3 items: schema, compiler, and actual FreeCAD file.		#Create a Gallery on wiki - upload all library parts there. Upload 3 items: schema, compiler, and actual FreeCAD file.
	#Do a first cut of all parts. In successive iterations - keep upgrading the schema - such as build order rules for automated instructionals, actual part links, properties (such as weight), material parameters, etc. This will allow full automation of build instructionals and BOMs, and technical drawings.		#Do a first cut of all parts for part library. In successive iterations - keep upgrading the schema - such as build order rules for automated instructionals, actual part links, properties (such as weight), material parameters, etc. This will allow full automation of build instructionals and BOMs, and technical drawings.
			#Then create an assembly schema.

	=Meta=		=Meta=

Marcin: /* Protocol for Open Design */

2026-01-29T08:39:37Z

Protocol for Open Design

← Older revision		Revision as of 08:39, 29 January 2026
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	=Protocol for Open Design=		=Protocol for Open Design=
			This 100 person online course then supports the actual Extreme Enterprise Track.

	#Study Design Guide. Includes pictures and vBOMs from real sources.		#Study Design Guide. Includes pictures and vBOMs from real sources.
	#Define a sufficient part library of admissible parts.		#Define a sufficient part library of admissible parts.
	#Start by defining specification schemas that can be reused. Generate FreeCAD CAD with AI by creating compilers for parts.		#Start by defining specification schemas that can be reused. Generate FreeCAD CAD with AI by creating compilers for parts.
	#Create a Gallery on wiki - upload all library parts there. Upload 3 items: schema, compiler, and actual FreeCAD file.		#Create a Gallery on wiki - upload all library parts there. Upload 3 items: schema, compiler, and actual FreeCAD file.
	#Do a first cut of all parts. In successive iterations - keep upgrading the schema - such as build order rules for automated instructionals, actual part links, properties (such as weight), material parameters, etc. This will allow full automation of build instructionals and BOMs.		#Do a first cut of all parts. In successive iterations - keep upgrading the schema - such as build order rules for automated instructionals, actual part links, properties (such as weight), material parameters, etc. This will allow full automation of build instructionals and BOMs, and technical drawings.

	=Meta=		=Meta=

Marcin: /* =Protocol for Open Design */

2026-01-29T08:38:40Z

=Protocol for Open Design

← Older revision		Revision as of 08:38, 29 January 2026
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	*T-Day - exciting!		*T-Day - exciting!

	==Protocol for Open Design=		=Protocol for Open Design=
	#Study Design Guide. Includes pictures and vBOMs from real sources.		#Study Design Guide. Includes pictures and vBOMs from real sources.
	#Define a sufficient part library of admissible parts.		#Define a sufficient part library of admissible parts.