It's moreover a holding and developing company. MKRO: Has become a Green Powerhouse by its franchise for building a Greener Future Through Infrastructure

MKRO operates as a holding structure encompassing companies specializing in infrastructure planning, development, finance, and construction. Leveraging its global franchise licence received from a British company emigration process, MKRO focuses on building large-scale green industrial infrastructure projects.

This licence stems from the AVIS Umbrella, an international high-tech group established in 2007. AVIS Umbrella centres its efforts on waste-to-nano-powder conversion and, through its Investment Fund AVIS Capital and AVIS Quantum Bank, drives infrastructure finance for its global "green energy strategy."

The core mission of AVIS Umbrella, and by extension MKRO, is to develop and construct green industrial parks that positively impact communities by addressing municipal waste challenges. Their strategy transforms environmental and health issues into sustainable solutions through clean energy generation, sanitation improvements, and organic food production. MKRO is positioned to play a key role in realizing this vision.

Monkey Rock Group Inc. (MKRO), a publicly traded company on the OTC market, today announced a comprehensive strategic reorganisation plan designed to enhance its operational efficiency and global competitiveness.

The company is undertaking a series of key initiatives, including:

• Corporate Restructuring: Implementing a structured approach to streamline operations and improve decision-making processes.
• Enhanced Governance: Appointing new accountants, auditors, and legal counsel to ensure financial transparency and regulatory compliance.
• Global Expansion: Pursuing registration in three additional jurisdictions to mitigate political risks and broaden market access.
• Potential Exchange Upgrade & Name Change: Evaluating a potential transition to a major stock exchange and a corresponding name change to reflect the company's evolving focus.
• Strategic Shift to R&D: Exploring a potential shift in the company's core business to focus on research and development activities.
• New Leadership: Assembling a team of experienced directors from leading engineering firms to guide the company's transformation into a global high-tech powerhouse.

These strategic changes mark a significant step forward for MKRO, positioning the company for sustainable growth and innovation in the global marketplace. Further details regarding specific timelines and developments will be announced in due course

In the wake of the North American franchise activation, and as AVIS emigrate its operations from London, MKRO is preparing a significant series of capital and technology injections. These investments will be made in tranches, reinforcing MKRO’s presence and growth potential in this new market landscape.

What’s particularly notable is the strategic decision to issue the remainder of the authorized shares—up to a cap of 20 billion. These shares will not only be delivered to the AVIS Umbrella, but will also be allocated to a new cohort of shareholders specializing in logistics and related services.

The influx of new shareholders signals more than a shift in ownership. It sets the stage for the introduction of advanced high-tech divisions and manufacturing capabilities, driven by innovation. As these partners bring their expertise and resources to the table, MKRO is poised to see an expanded industrial footprint, enhanced operational capabilities, and a surge in technological advancement.

For those following MKRO’s trajectory, these developments mark a major turning point—a combination of increased capital, strategic alliances, and a bold step toward the future of logistics and manufacturing. There’s a sense of anticipation in the air for the next wave of growth and what’s in store on this ambitious journey.

The Umbrella Project: A New Paradigm in Global Infrastructure Development

The Umbrella Project represents a significant shift in global infrastructure development. It is a collaborative ecosystem where constructors, engineering firms, banks, IT companies, and logistics providers seamlessly integrate. This transformation is driven by historical large industrial firms with metal processing infrastructure, financial institutions, fund managers, brokers, transport companies, manufacturers, and architects, all coalescing to facilitate project realization. A key component is the AVIS Franchise Umbrella, whose sophisticated software system, developed over two decades, manages the project's diverse divisions and workforce. This collaborative and technologically advanced approach signals a new era in mega-project execution.

The Umbrella Project: It's Gone Wild!

So, the Umbrella Project...it's kinda like Mowgli in the jungle. It's been growing for the last 20 years, and let's just say the team's slightly lost control of all the global developments.

Basically, they've been super focused on building these awesome, green, high-tech systems to make green energy industrial parks even better. Think super-efficient everything!

But here's the kicker: the entire global network is about to auto-update as the project's main developer moves from London and construction kicks off in 65 countries! Plus, some major construction and engineering companies are merging. It sounds like it's going to be a wild ride! Stay tuned!

A new player has emerged in the global bank card market, challenging the dominance of established giants like VISA, MasterCard, Diners Club, and AMEX. The AVIS Art of Card system distinguishes itself by operating independently of VISA or MasterCard technologies. This novel system boasts compatibility and acceptance wherever existing cards are functional, ensuring seamless integration with current POS systems and ATMs. The key differentiator lies in its promise of limitless and global payment freedom, unrestricted by country limitations, and encompassing payment logistics for both traditional currencies and cryptocurrencies. The AVIS Art of Card presents a potentially disruptive force, poised to reshape the landscape of international finance.

Introducing AVIS: The Art of Card

AVIS, or Art of Card, reimagines the traditional bank card with innovative options and personalized designs. Unlike standard bank cards obtained through conventional means, AVIS cards are accessible through major retailers like Lidl and Aldi. Furthermore, users can design custom cards online for their business needs or request bespoke designs.

AVIS offers versatility beyond the typical plastic card. Options include virtual cards, durable metal cards, and luxurious iterations in 14-carat gold, silver, and platinum. AVIS extends its artistic expression into jewelry, offering card designs transformed into rings and necklaces. Experience the Art of Card.

YES. The AVIS Art of  Card is quite similar as American Express Cards, a card not licensed by VISA or MasterCard, but compatible at the global card gateways. the Cards can process digital and crypto money at the same time. Loans, Leasing and Credits are processed by the same card system involving Ai delivered under certain processed easily provided by set card limit levels and fixing repayment tranches and terms.

YES, the AVIS Card and Card SWITCH functionality for acquiring service accepts a high volume of Offline and protocol payments. The high-security system creates ISO8583 messages into the card gateway for large payment transactions. The protocol payment facilitates many industrial trade business instead or replacing many payments where a SBLC would be required. For volume payments we have secured the ticket size amounts with cash retainers at the settlement accounts for possible charge back events. The Ai functionality supports the dedection at the payment processes of a possible cyber crime attack! 

The cryptocurrency landscape, often perceived as an abstract realm of numbers and code, is constantly evolving. While most cryptocurrencies exist solely as digital entities, AVIS Green (AG) introduces a unique paradigm by grounding its value in tangible assets. This coin distinguishes itself by being 50% backed by physical gold and 50% by a live, green industrial factory.

This innovative approach offers users the option of holding physical gold coins or maintaining a digital representation within their accounts. The concept of transacting with gold coins in a modern economy naturally raises questions of acceptance. Initial skepticism regarding trust is understandable. However, the acceptance of gold as a payment medium has historical precedent, as demonstrated by its established use in Switzerland. The inherent appeal of a beautifully crafted gold coin, coupled with the coin's functionality and robust security features, is anticipated to drive adoption.

Each AVIS Green coin incorporates an embedded chip that interacts with a user's mobile application, enabling seamless account management. Pegged to the Swiss Franc at a 1:1 ratio and encased in a transparent graphene layer, the coin boasts exceptional durability – 300 times stronger than conventional metal. Moreover, graphene's purported healing properties add an additional layer of value. The AVIS Green coin facilitates international transactions via ATMs and provides transaction tracking capabilities.

AVIS Green represents a compelling attempt to bridge the gap between the digital world of cryptocurrency and the enduring value of tangible assets. Its success will hinge on overcoming initial adoption hurdles and demonstrating the practical benefits of a gold-backed digital currency.

AVIS Green Invest: Bridging Cryptocurrency with Tangible Assets

AVIS Green Invest emerges as a novel cryptocurrency, sharing kinship with AG but distinguished as a standard speculative multichain asset designed for trading and investment within the crypto sphere. Uniquely, AVIS Green Invest is fully paid and underpinned by both gold reserves and green industrial factory shareholding. This foundation seeks to provide a measure of stability and intrinsic value to the cryptocurrency, linking it to tangible assets beyond the digital realm.

The acquisition of gold and industry shareholding can represent significant financial burdens. However, our VORTEX milling project presents a compelling solution: sourcing gold directly from the mining process itself.

VORTEX milling offers an economically advantageous gold extraction method with a distinct technological edge over traditional mining processes. These containerized mills champion a green approach, eliminating the necessity for water or harmful chemical additives. Furthermore, the VORTEX process ensures minimal soil impact.

This technology presents a mutually beneficial scenario for both our organization and miners, particularly those with existing production or mining licenses facing impediments. VORTEX offers a pathway to unlocking value in a sustainable and responsible manner.

The AVIS Exchange (XCHG) mirrors the functionality of traditional exchanges like the Swiss Exchange (SIX), offering trading in derivatives, bonds, futures, and commodities. However, XCHG distinguishes itself through its direct connection to custodial accounts and a collateral house.

This integration facilitates the tokenization of assets, both digital and physical, making them tradable as smart contracts. A key advantage is the acceptance of these security tokens for margin credits, enabling algorithmic trading. Furthermore, XCHG allows companies to trade stock for cash and streamlines the issuance of financial instruments via AI processing.

As the market maker, AVIS Exchange gains access to a vast network of companies seeking financing, aligning with its own investment objectives, particularly in green construction. The exchange's functionalities present numerous additional advantages, positioning it as a novel platform for digital asset trading.

Tokenized Assets: A New Paradigm for Trading

The financial landscape is undergoing a significant transformation with the advent of tokenized assets. Whether in digital or physical form, these assets are now being digitalized, represented as smart contracts, and traded on exchanges. This innovative approach allows for fractional ownership and increased liquidity.

A key advantage of this system is the ability of these security tokens to provide margin credits, mirroring traditional financial functionalities. This feature enables algorithmic trading robots to operate and generate profit, further enhancing market efficiency and accessibility. The tokenization of assets marks a pivotal step towards a more digitized and interconnected financial ecosystem.

The integration of artificial intelligence has significantly altered financial landscapes, particularly in private placement activities for large project finance. While primary market securities trading has historically dominated financial markets, algorithmic trading systems and quantum computing, implemented over the last decade, have revolutionized capital markets. These robots demonstrating performances, a dream of every banker!

The core technology employs state-of-the-art Vortex technology, utilizing tornado power (spinning air pressure in a reactor chamber, reaching nearby the status of a black hole for imploding any form of material including superhard structures into nanopowder) for waste conversion and further processing in graphene composite with 3D printing. AVIS Umbrella currently has over 120 green energy facilities under development in South America and Africa and a further more as 100 worldwide, reflecting its commitment to addressing global challenges through innovative thinking.

VORTEX Technology Set to Revolutionize Manufacturing

The VORTEX technology, currently in its 5th generation of prototyping, is poised for mass production in Spain, Hungary, and Dubai. This development coincides with an ongoing merger and acquisition, integrating an international metal forming company with a 3D printing manufacturer. This strategic move, involving a company with 4,000 engineers across eight countries, signals a significant shift in the manufacturing landscape. The traditional manufacturing of metal forming equipment is expected to be supplanted by additive manufacturing techniques within the coming years. This transition underscores the potential of 3D printing to preserve the infrastructure and viability of the industry.

There are a number of different facility solutions:

Container-based scalable Units: Each processing containers continaing (1) one VORTEX processir converts 2000 KG waste each hour into Nanpowder

Alfa Facility: Processe Waste up to 5.000.000 metric tons per year and has an nanopowder output about 4.900.000 metic tones of nano powder each year.

Beta Facility: Alfa Facility: Processe Waste up to 20.000.000 metric tons per year and has an nanopowder output about 19.000.000 metic tones of nano powder each year.

Generally, a standard household with 3 persons producing 3000 KG garbage each year. This means a city wiht 500.000 people deliver 500.000 metric tone waste to the disposels.

No, we are developing the global constructions similar to the McDonald in a franchise arrangement!

Each Green Energy Industrial park comes as a fully lease financed project. Find out more and how it works under the franchise questions.

Yes, these waste management facilities, whether delivered in containers units or as a mega Alpha or Beta plant for urban structures, process any kind of input material into nanopowder. Toxic, Electro and Radioactive Waste are processed in different assembled industry structures. Radioactive waste will be converted into energy in particular reactors.

AVIS Green Waste Industrial Park: Global Expansion and Franchise Opportunities

Since its inception in 2005, the AVIS Green Waste Industrial Park project has expanded its reach to 65 countries, establishing 120 facilities. A further 100 facilities are planned for construction in Africa through a partnership with AFRA, the African Central Bank Union.

Our objective is to provide franchise licences to most major urban areas around the world. Applicants must demonstrate good standing as an entity and possess a sound capital structure to manage initial construction costs. The process includes securing suitable construction land (typically through long-term leases with local authorities) and establishing a local franchise company. Additionally, a capital import license must be registered with the central bank, and a bank merger should be considered for managing construction funds.

Construction is planned to commence within 12 months, with turnkey facility delivery targeted within two years, contingent on existing infrastructure. During construction, a container-based facility for nanopowder production will be provided.

Harnessing Value from Waste: A Franchise Opportunity in Green Energy Waste Management

For entities managing substantial volumes of waste, such as millions of metric tons, a franchise model presents a viable pathway toward sustainable and profitable waste management. By becoming a franchise member, organizations can leverage established expertise, standardized processes, and a comprehensive service delivery framework for local green energy waste management facilities.

A crucial element of this approach involves securing waste management contracts with local town hall infrastructures. These contracts form the foundation for a visibility study, providing insights into local construction processes and waste generation patterns. Standardized formularies, supplied as part of the franchise agreement, further streamline operations and ensure consistency in waste processing and energy generation. This holistic strategy transforms a waste burden into a valuable resource, contributing to both environmental sustainability and economic growth.

Best pratice of land size for a waste management facility:

An Alpha facility converts about 5,000,000 metric tons garbage to nano powder and has housing about 400 VORTEX 24/7 mills in function. They are mounted in the turtle's arms. The actual facility needs about 100.000m2 land plus surrounding infrastructure. In total about 500.000m2 land should be the right size of such facility for production.

An Beta facility converts about 20,000,000 metric tons garbage to nano powder and has about 2000 VORTEX mills 24/7 in function. The best location about the waste transport logistic is the seaside (port) accessibility by large container ships transporting about 20,000 containers per week for discharge into the facility. Train connectivity and highway are required. Such a facility with the surrounding infrastructure should have about 5,000,000m2 construction land. Usually such an industrial infrastructure will have business and urban structures including green houses in a green city urbanisation and should be on at least 20,000,000m2 construction land.

The container based facilities are a best practice infrastructure for bridging the construction period until the final facility is up and run (typically 2 years). A standard container facility will have about 30 containers in operation.

Shipping vessels converts a good 1,000,000 metic tones garbage each year are also a solution with 1000-meter-long waste transport tubes. The garbage vessel will be lying under anchor and connects to the land feeding units by belts housed in floating tubes. 

On board the vessel carries a fully functional waste converting facility and the vessel will be at any location where help is required. The feeder section on land are easy movable container-based units.

40,000,000m2 construction land

20,000,000metric tones garbage recycling to nanopowder for the 3D printing industry

5,000,000 flats, villas, hotels and urban structures

Universities, Centre for IT and next generation jobs

10 million people urban green paradise structure

3GW alternative free-electric power production

Alternative food production for the population

10 million new category high class jobs

3D manufacturing of industrial and consumer products 

Tax-free-zone

Construction Timelines for Standard Alpha and Beta Facilities

This outlines the projected construction timelines for standard Alpha and Beta facilities.

An Alpha facility, designed for turnkey operations, is estimated to require an 8-month planning phase followed by a 2-year construction period.

Beta facilities, intended for turnkey operations with urban infrastructure integration, have a construction timeframe of 2 to 3 years. In scenarios involving green city development, a parallel construction approach utilizing a minimum of 1000 3D printing robots will be implemented. This concurrent methodology allows for the simultaneous 3D design, printing, and construction of structures within the 3-year timeframe.

1000 direct jobs and up to 3000 indirect jobs.

Example: if there is 1,000,000 metric tons of dry input garbage, there will be about 950,000 metric tons of nanopowder produced!

Nanopowder Composites in 3D Printing: A Manufacturing and Construction Revolution

The integration of nanopowders into composite 3D printing processes is poised to fundamentally reshape both manufacturing and construction sectors. This innovative approach facilitates the creation of intricate and highly customized forms, applicable across diverse industries. From automotive and aerospace components to architectural structures and maritime vessels, the capacity to engineer materials at the nanoscale offers unprecedented design flexibility and performance characteristics. This represents a paradigm shift, enabling efficient production of complex geometries and ushering in a new era of possibilities for industrial applications and consumer goods alike.

The evolving landscape of technology necessitates a proactive approach to workforce development. Re-schooling today's workforce is not merely an option, but an imperative requirement for sustained economic growth and individual prosperity. Emerging fields such as high-tech engineering, 3D printing construction and manufacturing, with nanopowder technology are generating a demand for skilled professionals that far exceeds the current supply.

While artificial intelligence will undoubtedly play a role in streamlining processes and accelerating innovation, its implementation will simultaneously create new opportunities in areas such as design, architecture, waste management, scientific research, testing, and project management. These novel roles, currently absent from the traditional job market, demand specialized knowledge and expertise.

Therefore, investing in comprehensive re-skilling initiatives is crucial to bridging the gap between the skills possessed by the existing workforce and the competencies required to thrive in the modern, technology-driven economy.

The evolving landscape of construction and manufacturing, particularly with the rise of 3D printing, necessitates a significant re-skilling of the current workforce. The demand for designers and architects in these emerging fields is already evident. While AI can expedite structural design for robotic printing, the interaction between design and robotics, coupled with crucial aspects like waste management, material science, research, testing, and overall project management, will generate a plethora of novel and engaging job opportunities. These roles, presently absent from today's labor markets, underscore the urgent need for comprehensive re-schooling initiatives to prepare the workforce for the future of construction.

3D Printing: A Catalyst for Economic Growth in Industrial Ecosystems

The integration of 3D printing into the manufacturing landscape is fostering unprecedented business opportunities across diverse sectors. The presence of a 3D printing-focused industrial park acts as a nucleus for economic expansion, extending its influence far beyond the facility itself.

Industries in the vicinity, such as hospitality and tourism, experience a surge in activity. Moreover, businesses involved in trading, transportation, and logistics reap substantial benefits from the enhanced industrial infrastructure. This symbiotic relationship underscores the transformative potential of 3D printing to stimulate comprehensive economic development within the broader industrial ecosystem.

The indicated gate fee must be calculated by the MT amount of collected garbage, delivered to the facility for processing day-by-day! if the facility converts 10.000.000 MT per year, means 10.000.000 x $100= $1.000.000.000 incoming monies.

Typical gate fees by waste type (illustrative ranges)

United States

· MSW (municipal solid waste): roughly $30–120 per ton at municipal landfills or transfer stations; variations by region and local policy.

· Industrial waste: $40–200 per ton depending on hazard level, compatibility with permitted waste streams, and treatment/disposal method.

· Toxic/Hazardous waste: $150–700+ per ton; higher for Very Small Quantity Generator (VSQG) fees or specialized treatment; highly regulated and often priced per cubic yard or per container plus per ton.

Canada

· MSW: approximately CAD 60–150 per ton in many provinces, with regional variation.

· Industrial waste: CAD 80–250+ per ton depending on characterization and treatment needs.

· Hazardous waste: CAD 200–600+ per ton or more, reflecting stringent handling and specialized facilities.

European Union (examples by country; ranges are indicative)

· Germany: MSW around €60–120 per ton for disposal in municipal facilities; hazardous waste can exceed €200–€600 per ton depending on class and treatment.

· France: MSW €40–100 per ton in some regions; hazardous waste €150–€500+ per ton.

· Italy/Spain/Portugal: MSW commonly €30–100 per ton; hazardous waste €100–500+ per ton depending on treatment.

· United Kingdom: MSW disposal costs often rolled into household charges or local charges; facility gate fees for MSW typically £40–120 per ton; hazardous waste £150–£500+ per ton.

United Kingdom (London/Scotland example)

· MSW: gate fees at transfer stations or incinerators often in the £50–120 per ton range.

· Industrial waste: £70–250 per ton depending on grade and treatment.

· Hazardous waste: £200–700+ per ton with additional handling/storage costs.

Australia

· MSW: AUD 80–180 per ton in many state systems.

· Industrial waste: AUD 100–350 per ton depending on classification.

· Hazardous waste: AUD 250–800+ per ton with strict regulatory requirements.

New Zealand

· MSW: NZD 70–150 per ton in many regions.

· Industrial waste: NZD 120–300 per ton.

· Hazardous waste: NZD 200–700+ per ton.

Non-OECD / emerging markets (wide variation)

· Gate fees can be significantly lower or higher based on infrastructure gaps, subsidies, or heavy regulation. For example, some regions may have low MSW disposal costs but very high hazardous waste costs due to limited facilities.

How to find exact current gate fees for a specific location

1. Municipal or regional waste management pages: Look for tariff schedules, environmental fees, or disposal charges.

2. Waste facility operator tariffs: Landfills, transfer stations, and incinerators often publish per-ton rates for each waste category.

3. Annual budgets and waste plans: City budgets or environmental plan documents may include disposal cost assumptions.

4. Public records requests: If rates aren’t readily published, you can request them from the city or waste management authority.

5. Industry reports and consultants: Regional waste market reports often summarize typical gate fees by country or region.

Yes 3D printed electro waste recollection trucks, robotic waste collection and transport systems, high speed trains and electro container vessels will be implemented into the infrastructure.

A standard Alpha facility (5mln MT) is budgeted to €250,000,000

A standard Beta facility (20mln MT) is budgeted for at least € 1,000,000,000 plus the surrounding infrastructure. €10,000,000,000 are budgeted for a moderate green urban structures.

All finance requirements are processed by the AVIS financial model, containing several interacting capital processors. Bond issuance and interbank infrastructure capitals are employed, as well private placements and algorithmic trading robots. The Umbrella joint until Q3 2025 about €/$250 bln of construction monies available for the project and under liquid processing. 

A host country will not need to provide any monies nor sovereign collateral. 

The host country must provide: Land for the construction and infrastructure. Waste management licences. Construction licence and trading licences. Garbage processing licences for Municipal, Industrial, demolition, and toxic and radioactive waste.

Further: Tax-free rights and guarantee. Central Bank cash import and export licence and a licence for the stock exchange. Clearing and Custodial accounts. (considering a merger with a host local bank) A licence for creating companies at the facility zone. 

There are 19 mining operation in the project. Distributed in South America and Africa.  For sourcing of gold collateral and in reference to the AG stabile coin manufacturing the group decided to merger and acquire a serial of nine gold mining projects and/or participate on mines in production in South America under the Colombian franchise licence Gold product, conform 43-101 regulatory

For the demonstration of VORTEX mining technology (mining project N° 001) the mining project Las Animas the group selected.

The Las Ánimas mine is located some 31 km north of Ibagué, Tolima, Colombia, and

1.8 km from the town of Santa Isabel. From Ibagué, access to the site is by National

Highway #43 for 49 km and then 27 km by rural country paved road climbing in

elevation from 500 meters to 2,100 meters. Access to the mine from the country

paved road is by the company road for 2.8 km.

HMD Generators: Becomes a Spanish Innovation!

Simply, the financial system of the Umbrella requires gold collateral and at the same time needs to produce 10 bln gold coins. 

The construction Division is responsible for the entirely processing of the mining operations. Further acquiring of mining corporations is planned to comply with the bond issuance program and Coin management.

3D kinetic fusion of graphene-carbon composite creates vessel structures super strong and super light. 

In an era where innovation and sustainability converge, AVIS Shipping emerges as a frontrunner in the maritime industry, revolutionising shipyard productivity through advanced technologies. The company focuses on the construction of mega yachts and industrial floating production facilities, utilising cutting-edge methods such as 3D kinetic fusion mega printing robots and nano-powder graphene composites. This multifaceted approach not only enhances manufacturing efficiency but also reinforces environmental considerations through the integration of alternative energy sources.

AVIS Merger: A Calculated Risk in the Spanish Market

In September 2022, AVIS embarked on a strategic merger with a Madrid-based conglomerate comprising 93 companies, including four shipyards across Spain, Turkey, and Morocco. This alliance aimed to provide the construction company with financial restructuring and access to AVIS's innovative financial model, while simultaneously allowing AVIS to leverage the group's diverse divisions in solar energy, urban construction, investment funds, and its presence on the Madrid Stock Exchange.

Despite signed collaboration contracts and launched arrangements, concerns linger regarding the Spanish work ethic and its potential impact on high-quality manufacturing standards. AVIS faces the challenge of re-evaluating the initial agreement, particularly in light of the planned €500 million investment. Achieving the desired high-quality standards at the shipyards would necessitate an injection of at least €2 billion for restructuring.

Ongoing negotiations will determine whether the group's workforce aligns with AVIS's operational requirements. Failure to meet these standards may necessitate exploring alternative industrial opportunities to ensure the success and profitability of AVIS's investment.

Emerging from technology originating with an Umbrella shareholder, our project focuses on prototyping Hydro Magnetic Dynamo (HMD) generators housed in containers. The HMD technology, conceived in the 1980s by a Russian scientist, involves a device demonstrating significant power generation potential.

Early prototypes, built in Vladivostok, Russia, culminated in a semi-industrial prototype in Armenia. This unit, with a 2-meter diameter, underwent testing from 1992 to 1997, achieving an average output of 1.5 MW at 3,000 amperes, with peaks reaching 8 MW.

The inventor's son has brought this technology to Europe, integrating it into our project as a basis for an independent generator prototype. Leveraging 3D kinetic fusion printing with composite materials, we aim to develop a new generation of free energy generators suitable for diverse high-electricity-demand environments.

Ultimately, mass production of these HMD generators will revolutionize energy distribution, potentially replacing traditional electrical grids and powering various forms of transportation particular the shipping industry.

The reverse tesla ring motor invented from a shareholder of AVIS good for a new driving system for cars and jets, subject there is enough power available will also be the best propulsion system for vessels. In combination with the HMD ring reactors (Hydro Magnetic Dynamo) Generators will be the ideal powerful push force for any vessel, regardless as a replacement of the existing petrol engines in container ships or for the Yacht industry. The system will combine the today standard propeller systems with the stabilisators maintained in vessel structures. For sure the technology will be a fundamental revolution and decarbonise absolutely and sustainable the shipping industry.

Graphene Nanopowder Composites Revolutionizing Aeronautics

Waste management facilities are increasingly producing substantial quantities of nanopowder to be mixed with graphene in composite. This byproduct presents an opportunity to revolutionise manufacturing, particularly in the aeronautics sector. Our company has developed a novel approach utilizing this resource: large-scale 3D printing of aircraft hull structures from graphene nanopowder composites.

These "bionic formatted" structures, created through kinetic fusion in robotic printers capable of producing parts the size of two football fields, offer significant advantages. The resulting hulls weigh less than 10% of traditional metal structures while exhibiting up to 300 times greater stability.

Coupled with onboard HMD ring reactors and reverse Tesla ring engines powering jet-structured propellers, these advancements promise years of operation without refueling. This innovation will fundamentally transform air transport and usher in a new era for the global transport industry.

A New Era for 3D Printed Flying Ships

The AVIS team is proud to announce the next generation of 3D printed superstrong flying ships. This project represents a significant leap forward, incorporating experimental technologies that effectively eliminate gravitation. Furthermore, this same technology provides a nearly unlimited power source, creating an ideal propulsion system for space applications. While we are not yet disclosing further details, we are fully committed to bringing this project to fruition and will share more information as development progresses.

The production is at all the locations wherever a floating 3D printer is anchored. However, must be nearby of one of our waste to nanopowder facilities as the printer with up to 1000 3D printing robots mounted, requires a seamless streaming delivery of nanopowder. The robots are busy in forming the giant hulls to become a new flying wonder of a futuristic vessel or a new bionic formed building structure, designed by the architects on its 3D creation screens, supported by Ai technology. 

An AVIS 3D printed carbon graphene truck is in its assembly of proprietary inhouse techniques a further revolution of the AVIS traffic and transport project. The super strong and super light vehicles having 3 times more capacity in caring goods as there are not tones of metal moved around our streets. The reverse tesla ring engine powered by the HMD generators makes these new transport vehicles to a ultimate solution for the last mile delivery. In combination with the newly air traffic systems will the name TRANSPORT of goods and human live having a different understanding.

A AVIS 3D printed carbon graphene Car is the human transport understanding in its ultimate freedom. A super light and super strong structure with NO windows, NO metal and NO battery recharging. It’s a travailing understanding whereby the body itself is a high-definition screen and driving along streets are commanded by your mobile phone. If there is a traffic problem on streets, a simply drone technology jumps your car of the street and brings you home safely for to be landed on your per-defined terrace space. 

The project is a further division to be realized by merger and acquisition of a standard car manufacturer to be reshaped and adapted to our project standards and integrated into the AVIS Umbrella structure. The acquisition process is ongoing and several offers of car manufacturers are validated for a final closing, adapting and start of production.

It is a 220-meter-long, 50m wide and 50-meter-high floating platform used for vessel servicing and reparation. Such a basic platform constucted in Holland will house more as 1000 robot arms each one carring a kinetic fusion nanopowder spray head. The functionality controlled by laser pointers and artificial intelligncy robots connected directly into the METAVERSE architecture where engineers and cientist controlling the system. The robots are mounted into the movable roof platform following the growing of the 3D printed structure. These novel printers are a bracke through technology in the consturction of large superhard and super light non metallic hulls.

Bionic formed super hard and super light hulls for ships, aeronautical vehicles and space ships. The hulls are created as standalone units or as connectable units. 

After a prototype has proven its functionality and its stable working flow, as well as the connection to the 3D designers and engineers in the METAVERSE is fine-tuned, and the nanopowder delivery from the waste management platforms are guranteed, there will be a number of Mamut required for the global markets. The Manufacturing Printers will change the outlook and functionality of large hull construction of the metal industry in all aspects. 

It is the intention to join as many technologies as possible for the production of food components to deliver organic high class alternative meat whether 3D printed or laboratory grown. It’s a global launch of a solution to eliminate entirely the animal farming and killing of live for feeding the humanity. 

At every waste to nanopowder facility we are constructing several giant (4 football fields large) hermetic closed greenhouses for growing plants and trees, like the jackfoot tree for the delivery of healthy, free of pesticides fruits to convert into alternative meat. However, it is an experiment at large scale for the invitation of hundreds of scientists for re-search in the provided large-scale environments to develop the ultimate solution for feeding human populations. The green houses are attached to the most advanced laboratories and universities like the Hanyang University for supporting the processes. As there will be at least 4 to 8 large scale green houses at each facility we are constructing (120 global locations), the development will create its own drive alone about the global presence of hundredth of such structures 

Animal farming has no future at all. There are billions of animals killed for to be eaten by intelligent humans. This inacceptable solution must find its end. The other effect is that a healthy and testy meat substitute can be manipulated for a healthy delivery of ingredients to the different live structures or better understood, there is a better control of a particular requirements of the different human live situations scanners by the body scanners of the medical teams and med-technology of AVIS.

3D printing, particularly if the kinetic fusion of nanopowder composite is employed, is a source of a endless forming of new structures or it is a replacement of old structures in the global manufacturing. A 3D printer is feed in its forming instruction by a good computer and a particular 3d forming program. The printer then executing the form the designer has created at the screen of the computer. A METAVERS is basically nothing else. It is a constantly creating of 3D forms or buildings or units where the user or visitor walks virtual along. And there comes the importance of a metaverse in its connected to real live robot printers and team members and laboratory structures. As well as Artificial Intelligence Avatars (Ai) as supporters are the source where a architect or designer as visitor or any other user be supported by an Avatar create his product in an METAVERSE building or particular sphere and then wherever in the real world the robot arm start its production, the 3D form will become reality. Buildings are to be constructed, cars, gadgets, furniture’s or whatever user product is required. All becomes a real live tool. Universities working with laboratories and users, professors, visitors or inventors together. Virtual banking system acting and investors controlling their financed product or company, how are in reality moves their supported product or project. It’s a all-over interaction at any time and in any environment. 

The 3D designing of products for the 3D printers. Working in team by asking other users, regardless of where they are and interacting with universities and engineering teams and laboratories are the creator of a product the user likes to have or produce for trading!

Absolut all in reference of finance, payments trades and transforming a project into a reality! 

For a decade, the software market has resembled a chaotic "Wild West," particularly in the realm of comprehensive live and business management systems. Companies, mirroring the ill-fated Umbrella Corporation's approach, have chased the mirage of all-encompassing solutions by haphazardly integrating disparate functionalities. This "software purchase rush," fueled by the desire to control sprawling franchise networks, diverse technologies, and complex regulatory requirements, has largely failed.

The result? A fragmented landscape where businesses are bombarded with nonsensical systems, often pressured into costly, long-term contracts for services that fail to deliver tangible value. The promise of seamless integration and control has devolved into a quagmire of monthly draining payments for "BS" services.

However, the AVIS QUANTUM system emerges as a beacon of order from this chaos. Born from a decade of painful lessons and a commitment to genuine integration, AVIS QUANTUM represents the culmination of connecting disparate software dots into a cohesive and effective interaction processing system. We have, in essence, tamed the software Wild West.

The concept of "Web-4" proposes a revolutionary approach to software interaction. It envisions a system capable of encapsulating complex software architectures, such as those used by major financial institutions, into manageable "organic bionic cells." This encapsulation would theoretically streamline interactions between disparate systems.

Imagine a scenario where transferring a large sum between banks requires extensive compliance checks. Web-4 aims to simplify this process by enabling direct interaction between the involved systems. Users could potentially transfer funds between accounts on different platforms through a simple copy-paste action, with the system automatically handling legal and compliance requirements.

This technology, while potentially transformative, raises significant security concerns. Misuse could lead to severe consequences. However, the underlying concept suggests a novel approach to global internet understanding and software interaction. The development and implementation of Web-4, even in a less radical form, could have profound implications for the future of the internet.

The rapid evolution of technology necessitates a fundamental shift in workforce training. The demands of modern high-tech engineering, 3D printing construction, and advanced manufacturing are creating an unprecedented need for IT designers and programmers. While Artificial Intelligence promises to accelerate code development and the implementation of quantum systems, a significant global shortage of qualified technology professionals persists.

To address this critical gap, we are establishing a cross-border online and Metaverse university. This institution will provide young people with the opportunity to explore career paths in IT, fostering the skills necessary to become valuable team members and preparing them for the jobs of the future. Our online marketplace, integrated within the Umbrella Metaverse, will connect students with a vast network of industries and businesses seeking qualified IT personnel. This initiative represents a vital step in bridging the skills gap and ensuring a workforce ready to meet the challenges of a rapidly changing technological landscape.

The Double-Edged Sword of Technology and the Promise of Natural Alternatives

Our modern world is interwoven with technological structures that exert both surprisingly positive and negative influences on our lives. While media outlets often portray the latest trends and advancements as inherently beneficial, it's crucial to recognize that their interests may not always align with genuine well-being. The pharmaceutical industry, like many others, can inadvertently prioritize profit over holistic health, potentially leading to detrimental consequences.

The recent COVID-19 pandemic and its associated vaccine campaigns serve as a stark reminder of the potential for political and industrial influence to negatively impact medical practices, with devastating consequences for many individuals ending in dying.

In contrast, natural alternatives like NoAge offer a promising avenue for promoting health and longevity. Developed by experts combining traditional Asiatic medical knowledge with cutting-edge technology, NoAge aims to leverage natural ingredients to repair and positively manipulate DNA sequences, potentially reversing the aging process.

However, such innovations often face resistance from established political and pharmaceutical interests, as a healthy and empowered population is less susceptible to manipulation. Despite these challenges, the pursuit of advanced medical technologies like NoAge remains crucial for those seeking to prioritize genuine health and well-being over short-sighted profits and political agendas. We are committed to investing in the production and promotion of such technologies, remaining vigilant against undue influence from conventional power structures.

Basically YES. However, there are a number of patents. Production we are processing manufacturing by merger with several small production laboratories and adapting some high standard sanatoriums in Mallorca, London, Dubai and some other logistic locations. The sanatoriums will be unique centres for recuperation of age with the capacity to eliminate cancer in full.

In several Umbrella-owned medium-sized futuristic laboratories and engineering centres.

AVIS Television studios are poised to unveil a global green development project known as the Umbrella, a large-scale construction enterprise featuring a futuristic technological framework. The project's ambition is sure to raise questions, particularly given AVIS's two decades of maintaining a low profile, avoiding scrutiny from both political and financial spheres, despite managing billions of dollars.

Unlike typical high-tech ventures that seek media attention to attract investment, the AVIS Umbrella project has reportedly eschewed traditional investors and banks. The Umbrella aims to establish high-tech industrial city centers worldwide through a franchise model. The simultaneous commencement of construction in multiple countries necessitates transparency regarding the group's intricate corporate structure.

The AVIS Umbrella intends to maintain a low profile, thereby avoiding potential interference from political figures and lobbyists. The group's innovative technologies, acquired through mergers, acquisitions, or internal innovation, did not initially attract conventional investment. Therefore, the leadership opted for alternative strategies grounded in a sophisticated understanding of banking and financial systems, integrating computer systems and software to establish a global brokerage network for capital generation. AVIS's upcoming broadcast aims to provide clarity on these complex operations and the project's global impact.

AVIS Tv and AVIS Press: A New Media Frontier;

AVIS Tv and AVIS Press represent a novel approach to media, blending elements of established streaming platforms like Netflix with the real-time news delivery of CNN. This media center is designed to be a significant component of the Metaverse, initially managed remotely. Simultaneously, AVIS Tv and AVIS Press function as a studio, born from the acquisition of a traditional media center. Its core mission is to provide comprehensive coverage of global projects, cutting-edge technologies, and cinematic content, delivered via satellite and internet streaming in multiple languages worldwide. This ambitious project seeks to establish a global media presence, catering to a diverse, international audience.

YES, the live studios are accessible for the group members in particular at those centres where the unique Fashion collection are promoted. Each product out of the 3D printing centres the promoter will have its space for promote them to public. A constant live interaction between population and the 3D manufacturing, designing as well live environment and a constant interaction between the METAVERSE and the live studio installations. 

It’s a unique graphene composite 3D printing fashion collection with over 47,000 designs created, ready to be promoted. The graphene 3D fashion printing industry is emerging as a novel development, leveraging the unique properties of graphene, including its strength, flexibility, and conductivity. The collections is at the forefront, working on integrating graphene into fashion products, which can optimize performance and create versatile and innovative designs. The HJK Collection is poised to revolutionize the fashion industry by eliminating the traditional process of prefabrication. Instead, it will introduce modern kinetic fusion printers that will be deployed in select franchise boutiques around the globe. This innovative technology allows for the printing of fashion items tailored to each individual client, following a precise body scan. As a result, each piece will not only reflect the latest styles but will also fit exceptionally well, akin to bespoke craftsmanship.

The 3D printed Graphene composite fashion feels like silk embroidered. Like Versace, Pierre Carding, Chanel, Dior, Jean Paul Gaultier, Gucci and all the French world of vogue in one boutique together. Graphene offers numerous benefits when integrated into textiles, making it a groundbreaking material. Read more about:

Revolutionizing Fashion Retail: 3D-Printed Apparel and Membership Models

The fashion industry is on the cusp of a significant transformation, driven by innovative technologies and evolving consumer expectations. Our new collection will soon be available worldwide, exclusively in select boutiques equipped with advanced body scanning and 3D printing capabilities.

This innovative approach allows for real-time production of customized apparel, tailored precisely to individual body measurements. Customers will undergo a quick body scan, select their desired model, and witness the creation of a perfectly fitted garment within minutes.

Furthermore, distribution will be facilitated through a tiered monthly membership program. This model offers various levels of access, providing members with curated selections of designs and exclusive benefits. This approach provides recurring revenue and direct customer relationships, and gives customers the newest trends.

This synergy of 3D printing, personalized fit, and membership-based access promises to reshape the fashion landscape, offering a glimpse into the future of apparel retail. Read more about

Embarking on your academic journey at AVIS Umbrella University begins within the institution's metaverse presence. The enrollment process is designed to be both immersive and informative.

1. Enter the Metaverse: Initiate your journey by accessing the AVIS Umbrella metaverse.
2. Locate the University Building: Navigate the metaverse environment to find the designated university building.
3. Registration at the Welcome Desk: Upon arrival, register at the welcome desk. Here, you can engage with an avatar representative.
4. Inquire and Explore: Utilize your avatar to gather comprehensive information about the university.
5. Declare Your Academic Interests: Clearly articulate your specific interests, particularly your inclination towards software technology. Outline your desired career path and how you envision the metaverse university facilitating your aspirations.

By following these steps, you will successfully initiate your enrollment process at AVIS Umbrella University and begin your path toward academic and professional fulfillment.

The AVIS Umbrella High-Tech University: A Nexus of Innovation

The AVIS Umbrella High-Tech University distinguishes itself through a curriculum meticulously designed to address the evolving demands of the 21st century. Our institution fosters a synergistic environment where theoretical knowledge converges with practical application, resulting in tangible, market-ready innovations.

Our diverse departments, including 3D Designing, Software Architecture and Coding, Nano Powder and Nanotechnology, Chip Manufacturing and its Logistics, Alternative Finance and QUANTUM Bank and Brokerage, Algorithmic Trading, Languages, QUANTUM Technology, Alternative Power Sources, Organic Alternative Food, and 3D Printed Fashion Designing, represent the vanguard of technological advancement.

Each sector within the university is committed to creating live-action structures and actual products. These outputs will be processed, actively deployed, and ultimately valued through monetary recognition, underscoring the university's dedication to translating academic excellence into real-world impact.

AVIS Umbrella METAVERSE: A New Paradigm for Professional Education

The AVIS Umbrella METAVERSE introduces a novel approach to professional education, mirroring the rigor of traditional UK-based university systems within a virtual environment. A key advantage lies in the direct connection of schooling rooms to live, operational industries. This integration fosters continuous, real-time engagement with industry practices, aimed at cultivating active participation in the professional world. The program culminates in a prestigious master's degree, designed for global recognition and acceptance, signifying a commitment to excellence and practical application.