OSE Transformative Economics Program

The basic OSE model is shown below:

 

The cornerstone of Open Source Ecology’s program for transformative economics is the 500 Plus Plan. This is a plan for producing a financial incentive in order to attract new Fellows on demand. This Plan is the development of an integrated, primarily agricultural product package that may be deployed by people joining OSE on a month’s time frame in order to capture a business opportunity from a basic farmer’s market. A farmer’s market is perhaps the lowest entry barrier venue for free enterprise worldwide, and, for purposes of OSE, a business opportunity that may be harnessed on-demand to meet goals of expansion. The opportunity is at least $500 per day at market, which is a proven figure for many vendors. New Fellows, by going to one farmer’s market per week, are thus able to earn during their stay at OSE, and moreover, to contribute 25% to the research program Development Fund. The innovation here lies in the 500 Plus Plan, which is designed to produce high value with minimum time commitment. This is feasible when a rigorous program for such value generation is devised. It must be based on the right product choice, professional techniques, and optimized ergonomics. It is designed such that it requires a time commitment of 1 hour per day, 5 days per week, plus 1 day at market. This constitutes a financing mechanism for Fellows that takes little time away from the core of our mission: open source research and development.

Continue to read (pdf) 

 

Practical Application of Open Source Economics

by Marcin Jakubowski

The present challenge is to develop a working model of the Regenerative Island Project as described under Mission. In the last couple of years, this concept refined itself to a replicable open source enterprise community, in the form of an Open Source Research and Development Center. This is an entity that may be understood by the greater mainstream world, though its essence is far ahead of any institution known to humankind. This is because of its radical teleology: to make a viable sub-economy – an economy within the mainstream – operating on principles of unrestrained, open source development.

The Open Source Research and Development Center (R&D Center) and Enterprise Incubator

The R&D Center is an applied research center that develops products, business models for product distribution, and tests the models in-house by actually engaging in these business models. The focus of product development is to enable the replication of production by developing the infrastructure surrounding a particular product, thereby addressing the capitalization of business replication. OSE’s aim is to devise a technological pattern language and flexible production infrastructures – those with as little specialized equipment as possible- such that startup costs are reduced.

These are not new ideas. The case has already been demonstrated that flexible manufacturing is a viable route of manufacturing, but that highly-specialized mass production has gained dominance. This is not due to the superiority of mass production, but due to the control of monopolizing elites.

The open source R&D Center for product development is a unique contribution to human enterprise. We do not know of any precedent of an institution that works collectively as such, fueled by an idealism of human progress. The proposed Business Incubator model pushes limits even further. The concept here is that OSE provides sweat equity means, or full startup capitalization assistance, for the most advanced business concepts. As such, it brings out people with adealistic goals and provides them with all the hardware and knowledge necessary for success.

The concept behind the business incubator’s capitalization program is simple: all startups do not require money, but the goods that money can buy. If those goods may be produced via open source flexible fabrication, or services provided via os consulting, then such is a successful means to startup.

The central feature of the Incubator must therefore be an infrastructure of resources, feedstocks, tools, and machines to produce the resources, feedstocks, tools, machines, and indeed, infrastructures, for the startup enterprise. The innovative aspect of the OSE Enterprise Incubator program is that the Fellows interested in startup have the opportunity to build the entire infrastructure as part of their training program, during a period of time sufficiently long to address all aspects of a proposed startup.

The financing mechanism for startup is revolutionary. We mentioned sweat equity. Indeed, the Fellow interested in startup is advised to take advantage of the 500 Plus Plan to finance their stay and contribute the stipulated 25% for OSE services. OSE gains the additional benefit of enterprise development and testing by the Fellow, and all working models enter the pool of open source know-how that may be tapped by others for promoting ethical, ecologically friendly enterprise.

For example, if the business opportunity sought is an integrated, year-round greenhouse and farm franchise operation, then the capitalization required includes fruit trees, greenhouses, buildings, water supply, and animal stock. OSE’s capitalization services may include: (1) the Fellow building a sawmill, CEB, and plastic extruder in our flexible workshop during their stay, to take care of greenhouse and other building needs; or, the Fellow leases our equipment; (2) the Fellow grows out from seed or propagates all fruit, berry, and nut trees from the OSE genetic pool of resources; (3) additionally, the Fellow builds a freeze-dried juice powder machine, microcombine, agricultural spader, hammer mill, during their stay- devices necessary for state-of-art soil proparation, harvesting, making mulch, and preserving foods with most nutrition; (4) the Fellow builds solar concentrators, engine cycle, ancillary stove, and designs a heat storage system; (5) the Fellow combines effort with other Fellows to fund land acquisition, or OSE taps its land resources to grant permanent stewardship to the Fellow; (6) the Fellow builds their own OSCar for transportation needs during their stay; (7) the Fellow may choose to incubate a flock of fowl, adopt some goats, or other animals during their stay; (8) the Fellow may make their fuel alcohol distillation apparatus (9) the Fellow becomes a fully enabled land steward, and thus quits their contract with the military-industrial state.

The above example shows that it may take two years to complete the preparation for an integrated farm franchise- fruit and nut trees may take two years to become ready for planting out. Each technical device or item may take approximately 30 days of full time work to produce from existing open source documentation. This indicated that approximately one year would be spent in the shop fabricating the necessary technologies. Together with learning operation, techniques, plant and animal propagation- two years may suffice for a crash course. However, given the depth of the immersion experience, the Fellow will be in full control of their technological and biological environment, since the Fellow produced it all by theirself.

The costs involved are only material costs. Each device may cost approximately $1000 in materials. The Fellow has a choice of how to fund this. OSE may tap its Development Fund and lease the final product to the Fellow. Or, the Fellow may purchase materials from their own funds. Another option is to tap resource development based on the nonprofit nature of OSE work. Initiative may also be taken to generate value via barter or other means. Given that OSE has land, produce, and a productive infrastructure, a large number of productive activities may be tapped to generate value in return for other value. The economy of the OSE R&D Center and Enterprise Incubator is one of abundance, and many creative means may be taken.

OSE Yearly Plan — April 2006/April 2007

This plan shows the work to be done in the period from April 2006 to April   2007.   The   majority   of   new   developments   revolves   around   the development of novel social technology and a flexible hardware technology which we are proposing herein. Technical developments include energy,
vehicle, and farm equipment infrastructure. This is part of background developments of an integrated land-based enterprise community.

 OSE Yearly Plan — April 2006/April 2007 (pdf)

OSE Progress Report for 2005/2006

We are forming an enterprise community focusing on open source technology for sustainable living. Part A is a review of OSE’s first season at our land-based facility in Osborn, MO. The facility is leased and operated by Marcin and Brittany. Corresponding future direction based on the experience gained is described in Part B.

OSE Progress Report for 2005/2006

OSE Sustainable Investment Group, LLC

Open Source Ecology Sustainable Investment Group LLC is a for-profit company used to fund the non-profit company Open Source Ecology, Inc. It will raise money through this offering to acquire land and build a hydroponic lettuce greenhouse. The Company will sell greenhouse produce and sustainably-harvested lumber. The company will also engage in marketing of other sustainable products from its affiliates. Here’s the financial offering plan (s.c.o.r.)

OSE SIG S.C.O.R.

Open Source Ecology, Inc.

by Marcin Jakubowski, Ph.D.

 

“(…) It may be more desirable to pursue and promote modes of production and societal organization that are more integrated and skilled, where time is liberated for other personal and civic pursuits. A skilled worker in the information age is one who tries to piece together the disconnected elements of societal dysorganization. They are social and civic entrepreneurs who strive to acquire a broad set of skills and an integrated understanding of how the system works in order to affect a change for the better. Integrated learning towards these ends means that the student of the system is crossing disciplinary boundaries, pursuing broad, applied, experiential learning. This is the type of learning that we are creating in our organization, Open Source Ecology, Inc. Open Source Ecology refers to the integration of the natural, societal, and industrial ecologies aimed at sustainable and regenerative economics. Participatory models of production represent the core of any truly democratic society. It is only in such a system that a balance can be found between human activity and the sustainable use of natural resources. Part of this process involves the exploration of societal structures and productive activities to determine what is truly appropriate to meeting human needs. The goal is to provide human needs while liberating our time so that we can engage in exactly that which each of us wants to be doing in this life, instead of spending all of one’s time on the necessities of survival.”

continue to read | download the pdf file

Open Source Ecology, our mission


I. What is Open Source?Open Source refers to the model of providing goods and services which includes the possibility of the end-user’s participation in the production of these goods and services. This concept has already been demonstrated in Linux, the open source computing system. With Linux, a large number of software developers have contributed to creating a viable alternative to the proprietary Windows computer operating system. Many people can readily see the advantages- all Linux software is free. Please read these articles on the concept of Open Source software and its implications for changing business.

II. What is Open Source Economics?

Our mission is to extend the Open Source model to the provision any goods and services- Open Source Economics. This means opening access to the information and technology which enables a different economic system to be realized, one based on the integration of natural ecology, social ecology, and industrial ecology. This economic system is based on open access – based on widely accessible information and associated access to productive capital – distributed into the hands of an increased number of people. Read about an inspiring example of such an economic model being currently put into practice with respect to manufacturing vehicles.

We believe that a highly distributed, increasingly participatory model of production is the core of a democratic society, where stability is established naturally by the balance of human activity with sustainable extraction of natural resources. This is the opposite of the current mainstream of centralized economies, which have a structurally built-in tendency towards of overproduction.

III. What is Open Source Ecology?

We derive our organization’s name from a concept which refers to the integration of the natural, societal, and industrial ecologies – Open Source Ecology – aiming at sustainable and regenerative economics. We are convinced that a possibility of a quality life exists, where human needs are guaranteed to the world’s entire population – as long as we ask ourselves basic questions on what societal structures and productive activities are truly appropriate to meeting human needs for all. At the end of the day, the goal is to liberate our time to engage in exactly that which each of us wants to be doing – instead of what we need to do to survive. All have the potential to thrive. Today, an increasingly smaller percentage of the world’s population is in this position.

IV. Activites

We are engaging in four ongoing projects: Open Source Technology Project, Regenerative Island Project, Free Agent Learning Institute, and Open Consulting Project.

(1) Open Source Technology Project

The OS Technology Project aims to demonstrate that a small-scale, robust, patent-free, employee-owned high technology manufacturing process can produce goods that have higher quality and are more affordable than their large-scale, mass-produced counterparts. In particular, we aim to demonstrate that small-scale production of photovoltaics (PV) is economically competitive with mass-produced PV. The small-scale production focuses on an extensive service infrastructure, including full materials takeback and reuse. In short, we aim to show that David beats Goliath.

(2) Regenerative Island Project

The goal of this project is to demonstrate that small islands (~10-100 people) of sustainable and regenerative human habitats can be created and integrated within the mainstream industrial system. Qualities that make such islands ‘sustainable’ and ‘regenerative’ are measured by a Local Quality of Life indicator, which includes scoring based on well-defined measures for: (1) right livelihood opportunities, (2) ecological footprint, (3) commuting distance to work, (4) external energy inputs, (5) external utility inputs, (6) effect on environmental and air quality, (7) nutrient recycling, (8) materials throughput, (9) athletic, recreational, and mind-body practice facilities, (10) cost of housing, (11) access to schools and libraries, (12) access to medical care, (13) access to different modes of transportation, (14) wildlife habitat, (15) local productivity of goods and services for on-site use, (16) material productivity for external use, (17) provision of services to the community, (18) cultural and historical values, and (19) aesthetic and inspirational qualities. Examples of such ‘islands’ are sustainable housing communities, learning institutions, ecovillages, eco-industrial zones, integrated agricultural operations, and extractive reserves.

(3) Free Agent Learning Institute

This project aims to create a school for individuals interested in practical, real-life education leading to careers as Free Agents for Change. The focus of the learning program is to provide any literate and ethically-motivated individual with an interdisciplinary, core toolbox of skills, including working knowledge in the applied sciences (math, physics, chemistry), ecological design, humanism, organizational theory, ethics, financial literacy, and applied law. The curriculum also includes practical internships and group projects. Graduation is attained upon successful design and implementation of an employment option consistent with right livelihood. Practical skills include house design and production, implementing integrated agricultural/food processing operations, building planned communities, establishing research nonprofits, conservation foundations and endowments, starting appropriate manufacturing operations, organizing community-based urgent care clinics, ecological design and consulting services, and so forth.

(4) Open Consulting Project

The goal of this project is to challenge existing intellectual property models of business operation by demonstrating that mutually-beneficial, open source engineering and design collaboratives are capable of succeeding in the marketplace while promoting zero barriers to entry via open sharing of technical know-how. We will  demonstrate this with respect to a collaborative which aims to share ecological waste-water treatment system design and specification knowledge among this entire community, where individual companies are encouraged to share proprietary information in exchange for the proprietary information of all other groups, while allowing all designs to become fully transparent via dissemination into the public domain.