White Paper on Open Collaboration - Revision history

Marcin: /* Introduction */

2020-06-03T19:59:46Z

Introduction

← Older revision		Revision as of 19:59, 3 June 2020
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	OSE has already developed collaborative, [[Open Source Product Development]] Techniqeus by using [[Toolchain Degeneracy]] and [[Module-Based Design]], coupled with techniques of [[Extreme Manufacturing]]. Specifically, [[24 Hour Collaboration Architectures]] and [[Incentive Challenges]] are based on proven techniques for rapid, crowd-based development <ref>[[Bold]]</ref>. Linux has demonstrated large scale collaboration via repositories and version control of modular code <ref>[[The Success of Open Source]]</ref>, and similar techniques can be potentially applied to hardware development. [[2016]] has seen the emergence of usaful open source CAD, and combined with [[Merge Workflow]] and [[Part Libraries]] on a wiki, allows for open source hardware development to scale to thousands of people working concurrently and in real-time. [[Development Templates]] and [[Enterprise Development Templates]] now formalize this process, which can now be applied to projects of any complexity whatsoever.		OSE has already developed collaborative, [[Open Source Product Development]] Techniqeus by using [[Toolchain Degeneracy]] and [[Module-Based Design]], coupled with techniques of [[Extreme Manufacturing]]. Specifically, [[24 Hour Collaboration Architectures]] and [[Incentive Challenges]] are based on proven techniques for rapid, crowd-based development <ref>[[Bold]]</ref>. Linux has demonstrated large scale collaboration via repositories and version control of modular code <ref>[[The Success of Open Source]]</ref>, and similar techniques can be potentially applied to hardware development. [[2016]] has seen the emergence of usaful open source CAD, and combined with [[Merge Workflow]] and [[Part Libraries]] on a wiki, allows for open source hardware development to scale to thousands of people working concurrently and in real-time. [[Development Templates]] and [[Enterprise Development Templates]] now formalize this process, which can now be applied to projects of any complexity whatsoever.

	Given the technical feasibility of large-scale hardware development, we ask how we can mainstream such a model effectively, based on its [[Distributive Enteprise]] merit. How widely is this concept recognized? If someone is exposed to the concept, what stands in the way of buy-in? What is the critical problem that we must solve for in order to get buy-in to collaborative, open source product development?		Given the technical feasibility of large-scale hardware development, we ask how we can mainstream such a model effectively, based on its [[Distributive Enteprise]] merit. How widely is this concept recognized? If someone is exposed to the concept, what stands in the way of buy-in? What is the critical problem that we must solve for in order to get buy-in to collaborative, open source product development in the world of entrepreneurship? Does this new model transform the economy as we know it?

	=Timeline=		=Timeline=

Marcin: /* Introduction */

2020-06-03T19:59:10Z

Introduction

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	=Introduction=		=Introduction=
	OSE has already developed collaborative, [[Open Source Product Development]] Techniqeus by using [[Toolchain Degeneracy]] and [[Module-Based Design]], coupled with techniques of [[Extreme Manufacturing]]. Specifically, [[24 Hour Collaboration Architectures]] and [[Incentive Challenges]] are based on proven techniques for rapid, crowd-based development <ref>[[Bold]]</ref>. Linux has demonstrated large scale collaboration via repositories and version control of modular code <ref>[[The Success of Open Source]]</ref>, and similar techniques can be potentially applied to hardware development. [[2016]] has seen the emergence of usaful open source CAD, and combined with [[Merge Workflow]] and [[Part Libraries]] on a wiki, allows for open source hardware development to scale to thousands of people working concurrently and in real-time. [[Development Templates]] and [[Enterprise Development Templates]] now formalize this process, which can now be applied to projects of any complexity whatsoever.		OSE has already developed collaborative, [[Open Source Product Development]] Techniqeus by using [[Toolchain Degeneracy]] and [[Module-Based Design]], coupled with techniques of [[Extreme Manufacturing]]. Specifically, [[24 Hour Collaboration Architectures]] and [[Incentive Challenges]] are based on proven techniques for rapid, crowd-based development <ref>[[Bold]]</ref>. Linux has demonstrated large scale collaboration via repositories and version control of modular code <ref>[[The Success of Open Source]]</ref>, and similar techniques can be potentially applied to hardware development. [[2016]] has seen the emergence of usaful open source CAD, and combined with [[Merge Workflow]] and [[Part Libraries]] on a wiki, allows for open source hardware development to scale to thousands of people working concurrently and in real-time. [[Development Templates]] and [[Enterprise Development Templates]] now formalize this process, which can now be applied to projects of any complexity whatsoever.

			Given the technical feasibility of large-scale hardware development, we ask how we can mainstream such a model effectively, based on its [[Distributive Enteprise]] merit. How widely is this concept recognized? If someone is exposed to the concept, what stands in the way of buy-in? What is the critical problem that we must solve for in order to get buy-in to collaborative, open source product development?

	=Timeline=		=Timeline=

Marcin: /* Preface */

2020-06-03T19:53:59Z

Preface

← Older revision		Revision as of 19:53, 3 June 2020
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	[[Open Source Product Development]] has the potential to produce a historic transfer of wealth from fincance capital to production. Specifically, we propose [[Open Source Microfactories]] or [[Open Source Fab Labs]] as the production mechanism, based on global repositories of open source design. The distribution model is industrial productivity on a small scale and $100/hr revenue rate for owner-operator businesses, thereby requiring 25% effort to provide a guaranteed basic income at $4k/month (2 hours of work per day, no more). The assumption is that collaborative development is better, faster, stronger than proprietary development, and that it will result in robust supply chains and [[Circular Economies]]. This paper discusses the blocks to the deployment of such an economic paradigm. Specifically, what problem do we need to solve for to make wide collaboration possible? To answer this question, we gather 2000 of the top super-cooperators in the world to deploy the Open Source Microfactory within 12 months, and report on the results of an experiment dedicated to solving the recruitment challenges of such a team.		[[Open Source Product Development]] has the potential to produce a historic transfer of wealth from fincance capital to production. Specifically, we propose [[Open Source Microfactories]] or [[Open Source Fab Labs]] as the production mechanism, based on global repositories of open source design. The distribution model is industrial productivity on a small scale and $100/hr revenue rate for owner-operator businesses, thereby requiring 25% effort to provide a guaranteed basic income at $4k/month (2 hours of work per day, no more). The assumption is that collaborative development is better, faster, stronger than proprietary development, and that it will result in robust supply chains and [[Circular Economies]]. This paper discusses the blocks to the deployment of such an economic paradigm. Specifically, what problem do we need to solve for to make wide collaboration possible? To answer this question, we gather 2000 of the top super-cooperators in the world to deploy the Open Source Microfactory within 12 months, and report on the results of an experiment dedicated to solving the recruitment challenges of such a team.

	=~~Preface~~=		=Big Picture=
	The title of this work is Open Collaboration. Collaboration can refer to many things, but when taken from the perspective of addressing pressing world issues, collaboration must refer to collaboration on economic development. Economic development is taken in a broad sense - as the economy - or house-keeping - of the ~~earths~~. This economy has significant flaws. Namely, the 2 critical unresolved issues of distribution and environmental degradation - as evidenced by continuing ecocide and a 0.7 [[Gini Coefficient]] - must be addressed.		The title of this work is Open Collaboration. Collaboration can refer to many things, but when taken from the perspective of addressing pressing world issues, collaboration must refer to collaboration on economic development. Economic development is taken in a broad sense - as the economy - or house-keeping - of the earth. This economy has significant flaws. Namely, the 2 critical unresolved issues of distribution and environmental degradation - as evidenced by continuing ecocide and a 0.7 [[Gini Coefficient]] - must be addressed.

	=Introduction=		=Introduction=

Marcin: /* Preface */

2020-06-03T19:53:12Z

Preface

← Older revision		Revision as of 19:53, 3 June 2020
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	=Preface=		=Preface=
	The title of this work is Open Collaboration. Collaboration can refer to many things, but when taken from the perspective of addressing pressing world issues, collaboration must refer to collaboration on economic development - taken in a broad sense - ~~since~~ the economy - or house-keeping - of the ~~earth -~~ has significant flaws. Namely, the ~~issue~~ of distribution and environmental degradation ~~has not yet been addressed in the modern economy~~ as evidenced by continuing ecocide and a 0.7 [[Gini Coefficient]].		The title of this work is Open Collaboration. Collaboration can refer to many things, but when taken from the perspective of addressing pressing world issues, collaboration must refer to collaboration on economic development. Economic development is taken in a broad sense - as the economy - or house-keeping - of the earths. This economy has significant flaws. Namely, the 2 critical unresolved issues of distribution and environmental degradation - as evidenced by continuing ecocide and a 0.7 [[Gini Coefficient]] - must be addressed.

	=Introduction=		=Introduction=

Marcin: /* Abstract */

2020-06-03T19:51:43Z

Abstract

← Older revision		Revision as of 19:51, 3 June 2020
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	[[Open Source Product Development]] has the potential to produce a historic transfer of wealth from fincance capital to production. Specifically, we propose [[Open Source Microfactories]] or [[Open Source Fab Labs]] as the production mechanism, based on global repositories of open source design. The distribution model is industrial productivity on a small scale and $100/hr revenue rate for owner-operator businesses, thereby requiring 25% effort to provide a guaranteed basic income at $4k/month (2 hours of work per day, no more). The assumption is that collaborative development is better, faster, stronger than proprietary development, and that it will result in robust supply chains and [[Circular Economies]]. This paper discusses the blocks to the deployment of such an economic paradigm. Specifically, what problem do we need to solve for to make wide collaboration possible? To answer this question, we gather 2000 of the top super-cooperators in the world to deploy the Open Source Microfactory within 12 months, and report on the results of an experiment dedicated to solving the recruitment challenges of such a team.		[[Open Source Product Development]] has the potential to produce a historic transfer of wealth from fincance capital to production. Specifically, we propose [[Open Source Microfactories]] or [[Open Source Fab Labs]] as the production mechanism, based on global repositories of open source design. The distribution model is industrial productivity on a small scale and $100/hr revenue rate for owner-operator businesses, thereby requiring 25% effort to provide a guaranteed basic income at $4k/month (2 hours of work per day, no more). The assumption is that collaborative development is better, faster, stronger than proprietary development, and that it will result in robust supply chains and [[Circular Economies]]. This paper discusses the blocks to the deployment of such an economic paradigm. Specifically, what problem do we need to solve for to make wide collaboration possible? To answer this question, we gather 2000 of the top super-cooperators in the world to deploy the Open Source Microfactory within 12 months, and report on the results of an experiment dedicated to solving the recruitment challenges of such a team.

			=Preface=
			The title of this work is Open Collaboration. Collaboration can refer to many things, but when taken from the perspective of addressing pressing world issues, collaboration must refer to collaboration on economic development - taken in a broad sense - since the economy - or house-keeping - of the earth - has significant flaws. Namely, the issue of distribution and environmental degradation has not yet been addressed in the modern economy as evidenced by continuing ecocide and a 0.7 [[Gini Coefficient]].

	=Introduction=		=Introduction=

Marcin: /* Introduction */

2020-06-03T19:37:40Z

Introduction

← Older revision		Revision as of 19:37, 3 June 2020
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	=Introduction=		=Introduction=
	OSE has already developed collaborative, [[Open Source Product Development]] Techniqeus by using [[Toolchain Degeneracy]] and [[Module-Based Design]], coupled with techniques of [[Extreme Manufacturing]]. Specifically, [[24 Hour Collaboration Architectures]] and [[Incentive Challenges]] are based on proven techniques for rapid, crowd-based development <ref>[[Bold]]</ref>. Linux has demonstrated large scale collaboration via repositories and version control of modular code <ref>[[The Success of Open Source]]</ref>, and similar techniques can be potentially applied to hardware development. [[2016]] has seen the emergence of usaful open source CAD		OSE has already developed collaborative, [[Open Source Product Development]] Techniqeus by using [[Toolchain Degeneracy]] and [[Module-Based Design]], coupled with techniques of [[Extreme Manufacturing]]. Specifically, [[24 Hour Collaboration Architectures]] and [[Incentive Challenges]] are based on proven techniques for rapid, crowd-based development <ref>[[Bold]]</ref>. Linux has demonstrated large scale collaboration via repositories and version control of modular code <ref>[[The Success of Open Source]]</ref>, and similar techniques can be potentially applied to hardware development. [[2016]] has seen the emergence of usaful open source CAD, and combined with [[Merge Workflow]] and [[Part Libraries]] on a wiki, allows for open source hardware development to scale to thousands of people working concurrently and in real-time. [[Development Templates]] and [[Enterprise Development Templates]] now formalize this process, which can now be applied to projects of any complexity whatsoever.

	=Timeline=		=Timeline=

Marcin: /* Introduction */

2020-06-03T19:35:04Z

Introduction

← Older revision		Revision as of 19:35, 3 June 2020
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	=Introduction=		=Introduction=
	OSE has already developed collaborative, [[Open Source Product Development]] Techniqeus by using [[Toolchain Degeneracy]] and [[Module-Based Design]], coupled with techniques of [[Extreme Manufacturing]]. Specifically, [[24 Hour Collaboration Architectures]] and [[Incentive Challenges]] are based on proven techniques for rapid, crowd-based development <ref>[[Bold]]</ref>. Linux has demonstrated large scale collaboration via repositories and version control of modular code <ref>The Success of Open Source</ref>, and similar techniques can be potentially applied to hardware development. [[2016]] has seen the emergence of usaful open source CAD		OSE has already developed collaborative, [[Open Source Product Development]] Techniqeus by using [[Toolchain Degeneracy]] and [[Module-Based Design]], coupled with techniques of [[Extreme Manufacturing]]. Specifically, [[24 Hour Collaboration Architectures]] and [[Incentive Challenges]] are based on proven techniques for rapid, crowd-based development <ref>[[Bold]]</ref>. Linux has demonstrated large scale collaboration via repositories and version control of modular code <ref>[[The Success of Open Source]]</ref>, and similar techniques can be potentially applied to hardware development. [[2016]] has seen the emergence of usaful open source CAD

	=Timeline=		=Timeline=

Marcin: /* Introduction */

2020-06-03T19:34:45Z

Introduction

← Older revision		Revision as of 19:34, 3 June 2020
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	=Introduction=		=Introduction=
	OSE has already developed collaborative, [[Open Source Product Development]] Techniqeus by using [[Toolchain Degeneracy]] and [[Module-Based Design]], coupled with techniques of [[Extreme Manufacturing]]. Specifically, [[24 Hour Collaboration Architectures]] and [[Incentive Challenges]] are based on proven techniques for rapid, crowd-based development <ref>[[Bold]]</ref>. Linux has demonstrated large scale collaboration via repositories and version control or modular code, and similar techniques can be potentially applied to hardware development. [[2016]] has seen the emergence of usaful open source CAD		OSE has already developed collaborative, [[Open Source Product Development]] Techniqeus by using [[Toolchain Degeneracy]] and [[Module-Based Design]], coupled with techniques of [[Extreme Manufacturing]]. Specifically, [[24 Hour Collaboration Architectures]] and [[Incentive Challenges]] are based on proven techniques for rapid, crowd-based development <ref>[[Bold]]</ref>. Linux has demonstrated large scale collaboration via repositories and version control of modular code <ref>The Success of Open Source</ref>, and similar techniques can be potentially applied to hardware development. [[2016]] has seen the emergence of usaful open source CAD

	=Timeline=		=Timeline=

Marcin: /* Abstract */

2020-06-03T19:33:59Z

Abstract

← Older revision		Revision as of 19:33, 3 June 2020
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	=Abstract=		=Abstract=

	[[Open Source Product Development]] has the potential to produce a historic transfer of wealth from fincance capital to production. Specifically, we propose [[Open Source Microfactories]] or [[Open Source Fab Labs]] as the production mechanism, based on global repositories of open source design. The distribution model is industrial productivity on a small scale and $100/hr revenue rate for owner-operator businesses, thereby requiring 25% effort to ~~fund~~ a ~~full life~~ at $4k/month (2 hours of work per day, no more). The assumption is that collaborative development is better, faster, stronger than proprietary ~~developmnent~~, and that it will result in robust supply chains and [[Circular Economies]]. This paper discusses the blocks to the deployment of such an economic paradigm. Specifically, what problem do we need to solve for to make wide collaboration possible? To answer this question, we gather 2000 of the top super-cooperators in the world to deploy the Open Source Microfactory within 12 months, and report on the results of an experiment dedicated to solving the recruitment challenges of such a team.		[[Open Source Product Development]] has the potential to produce a historic transfer of wealth from fincance capital to production. Specifically, we propose [[Open Source Microfactories]] or [[Open Source Fab Labs]] as the production mechanism, based on global repositories of open source design. The distribution model is industrial productivity on a small scale and $100/hr revenue rate for owner-operator businesses, thereby requiring 25% effort to provide a guaranteed basic income at $4k/month (2 hours of work per day, no more). The assumption is that collaborative development is better, faster, stronger than proprietary development, and that it will result in robust supply chains and [[Circular Economies]]. This paper discusses the blocks to the deployment of such an economic paradigm. Specifically, what problem do we need to solve for to make wide collaboration possible? To answer this question, we gather 2000 of the top super-cooperators in the world to deploy the Open Source Microfactory within 12 months, and report on the results of an experiment dedicated to solving the recruitment challenges of such a team.

	=Introduction=		=Introduction=

Marcin: /* Links */

2020-06-03T19:32:15Z

Links

← Older revision		Revision as of 19:32, 3 June 2020
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	=Links=		=Links=
	*[[Top and Open]]		*[[Top and Open]]

			=References=