VR Energie GmbH, acting as the project administrator and lead developer, brings together a consortium of scientists, analysts, and other contributors to form the international, global, non-commercial master project known as the Global Project Closed Users Network (GPCUNET). These participants are collectively referred to as the VR Energie Group.

The essence of the GPCUNET master project lies in the creation of a SOCIUM—a social structure in the form of individual eco-villages or mono-cities that are conceived, developed, and interconnected within the global digital network. This structure is based on a unique international network-based form of social ownership, a people-driven economic cycle characterized by regional self-sufficiency, crisis-resistant economies, resource independence, and continuous analytical and scientific upgrading.

While the concept is non-commercial by nature, it carries profound economic and social significance across all spheres of human activity and all regions of the world.

A central focus is the restoration of community-based economies, especially in regions and countries affected by war, natural disasters, and man-made disruptions.

For security reasons, the technical and operational details of this project are classified as know-how. Project capitalization is anticipated to begin in the second half of this year, supported by network algorithms, major financial institutions, and other competent entities committed to the advancement of society through effective and scientifically grounded, rather than political or commercial, means.

The resources required to address pressing regional challenges and implement priority initiatives will be generated and allocated in a sufficient and balanced manner—without disrupting global political, economic, or legal frameworks, and in full compliance with the principles that align with the DNA of a healthy and sustainable human society (SOCIUM).

This concept is unprecedented and has no direct analogs or prototypes; its significance is difficult to overstate.

The specialized GPCUNET eco-village/mono-city concept, which includes the planned reintegration of funds and fund-generating assets into the real economy, will enable the SOCIUM—as an employer—to sustain an unlimited number of jobs. These will support the development and protection of the SOCIUM’s living environment, assets, and economic cycle from parasitic forces and processes that hinder its growth. This, in turn, will facilitate the continued reintegration of previously excluded targeted funds into the real economy, regardless of past political, economic, or legal constraints.

GPCUNET is conceived as an international master project representing the DNA of a socially, economically, and spiritually advanced society, and your participation in it could play an invaluable role.

As the developer and administrator of this People’s Form of Ownership—which is distinct from both private and state ownership—our company manages funds, assets, and technologies within a non-commercial, socially-oriented, self-sufficient, and energy-independent framework. In collaboration with other stakeholders of the VR Energie / GPCUNET master project, the first pilot eco-village is being launched in Germany, selected for its political, economic, and legal stability.

The Munich region has been identified as the most geographically suitable location for the first eco-village. The project will then be scaled and replicated across other regions in Germany and partner countries—regardless of political or economic differences.

Energy and other consumer goods produced by local GPCUNET network units may enter into contractual relationships with governmental, private, and corporate entities worldwide as suppliers or vendors of goods and services. This is the primary source of budget funding and the foundation of self-sufficiency for the GPCUNET network and the SOCIUM.

In other words, the master project can sell energy and other goods or services it produces. However, the resale of third-party (governmental or private) products or services is not considered a core or fund-generating activity within this concept, as it is unnecessary.

The VR Energie / GPCUNET Eco-Village / Mono-City project, with an estimated average cost of approximately €10 billion, is designed for a 10-year development period to achieve full self-sufficiency.

GPCUNET operates under a project account and possesses all attributes of a legal entity.
VR Energie GmbH serves as the administrator, developer, and management company for the project and its collective assets.

Participants become members of the VR Energie Group / GPCUNET (Eco-Villages / Mono-Cities), engaging in joint ownership management and participating in collective decision-making regarding the project’s assets.

The business plan will be made available on a confidential basis for evaluation of investment decisions. It may not be copied, used for other purposes, or shared with third parties without prior consent.

By accepting the business plan, recipients (whether project participants or not) agree to use the document solely with prior notification to VR Energie GmbH. Should a recipient be unwilling, unable, or not intending to invest or participate, all proprietary information—such as evaluations, plans, proposals, conclusions, sales volumes, cost estimates, participation details, developer information, technologies—must remain unused, respecting the confidentiality and security policies governed by VR Energie GmbH.

The project spans virtually all sectors of human activity and represents high-value social and economic know-how. The associated technologies must not be used for commercial purposes but only within the framework of GPCUNET participation, as they are an integral part of the master project.

Projects such as Brown’s gas extraction and other highly constructive and potentially extremely profitable ventures are structured in a way to avoid global imbalance. They are intended to serve humanity’s needs for self-sufficiency, rather than to pursue the self-enrichment of commercial corporations or to strengthen political or economic elites.

The objective of GPCUNET and its associated projects is fundamentally non-commercial and non-political. It aims to develop a master model for global self-sufficiency, resource production, and enhanced quality of life—both for GPCUNET eco-villages/mono-cities and for societies worldwide.

The number, scope, and technological fields of GPCUNET initiatives are not limited.

Upon the establishment of the SOCIUM as a legal entity, the ownership of GPCUNET’s master project assets will belong to humanity as a whole, rather than to any commercial entity, political party, national government, or economic alliance.

These objectives are achieved through an algorithm operating within global computer networks and cloud-based technologies, ensuring full transparency and preventing any manipulation of SOCIUM’s resources against the interests of humanity or for destructive purposes.

Participation in GPCUNET is conditioned on signing an agreement that outlines a transparent, programmable model of society, with non-governmental, non-commercial, and non-private forms of ownership, recognizing the inapplicability of traditional ownership models to this initiative.

All resources—financial, administrative, technological, intellectual, and asset-based—will be consolidated into a single aggregated resource under the GPCUNET SOCIUM concept.
Without such consolidation, conflicts of interest—whether political, economic, geopolitical, or competitive—would be inevitable, potentially undermining global stability outside the GPCUNET network.

The business plan is being prepared under the leadership of Valentin Reitenbach, Director of VR Energie GmbH and developer of the GPCUNET Eco-Village/Mono-City.

The GPCUNET platform was specifically designed to eliminate potential conflicts of interest. It does not disrupt the existing balance of power; instead, it makes regions, countries, and industries more resource-resilient, counteracting tendencies toward competition and warfare.

At the same time, the project is structured to significantly raise living standards and employment globally, starting from Germany—the home of the project’s developer and
administrator of GPCUNET-SOCIUM’s non-commercial resources.

The creators of the GPCUNET Eco-Village Region (DE) Munich are members of the VR Energie/GPCUNET Group.

The GPCUNET SOCIUM project itself acts as the seller of products and energy resources.
Participation in the project offers stable, upward profitability dynamics, requires no investment, expenses, or risk on the part of participants.

The GPCUNET guarantor may receive stable benefits through the establishment of project funds and exclusive rights to share in the profits from energy sales. The guarantor’s role is to act as the project’s backer in an acceptable form.

Energy products are intended for sale to European and other consumers connected to the distribution energy network.

A price markup (agreed with the GPCUNET Developer/Administrator) will generate profit for the Guarantor, Partners, and Project Participants.

Estimated Profit Calculation:

At a purchase price of €300 per 1,000 m³ of natural gas, considering that the calorific value of Brown's gas is 3.7 times higher than that of natural gas, this implies that the equivalent energy volume can be sold at up to seven times the market value of natural gas under comparable combustion conditions.

The implementation of a serial production program for new modular generators designed to produce Brown’s gasthrough a catalytic method without electrolysis meets the highest standards for energy carrier production.

Brown’s gas, often referred to as HHO gas or oxyhydrogen gas, consists of two parts gaseous hydrogen and one part oxygen combined in a specific volume.

A group of scientists and engineers has made a world-class breakthrough: the direct extraction of clean gaseous fuel from water with extremely low energy consumption—approximately 0.002 MWh per ton compared to the known energy requirements for traditional electrolysis of around 5 MWh per ton.

This represents a 2,500-fold reduction in the energy intensity of the process.
The generator is housed in a 20-foot container.

We have successfully solved this challenge, and today the energy consumption for Brown’s gas production has been minimized to near-zero levels.

No external energy sources, including electricity, are required for the operation of the Brown’s gas generators.

As a result, it is now possible to produce and sell Brown’s gas at a price 50% lower than the minimum market price of natural gas.

This makes it feasible to use Brown’s gas for district heating plants, residential heating (cottages), and also for large-scale inexpensive electricity generation.

The technology is completely environmentally safe. It produces no CO₂ emissions and no other harmful pollutants.

This achievement was made possible by the catalytic method of producing Brown’s gas, utilizing a new-generation, low-cost catalyst that does not exist naturally. The reaction occurs at normal atmospheric pressure and ambient temperature.

The gas produced in this process requires no additional purification and can be immediately supplied to burners for combustion and steam production.

Brown’s gas is also suitable as a fuel for any internal combustion engine. This innovation eliminates the need for traditional refueling stations, gas pipelines, and fuel distribution networks.

Additionally, autonomous power generation plants operating on Brown’s gas have been developed as a parallel technology, offering a fully independent and scalable energy solution.