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What Auto Construction does is to enable mass production of building components and utilize many existing (and upcoming) technologies for the streamlining of Architecture, Engineering, Construction, Real Estate Financing and Sales industries.

AEC(R) OS & Auto Construction

Auto Constructions AECR Operating System engineering continues to design new inventions in a self-complete building system resembling giant, stone finished, self-complete LEGO units.
The many standardized features of this system (insulation, service passages, structural features) enable rapid production and robotic handling of the units (MBUs) to assemble complete smart buildings of a highly desirable nature, economically, structurally and ecologically. In addition to the ordinary features of resistance to fire, flood and hurricanes, these buildings also utilize a selectively thermocoupled mass within the envelope to assist with bioclimatic architecture. The Auto Construction building system offers new capabilities for passive and active bioclimatic designs. These homes will be heated utilizing (in addition to other things) the waste heat of data processing terminals.
Computer “hash power” creates a good use of power overages produced within the highly efficient power network distribution system. The decentralized power and data processing offer additional networked data processing capabilities to assist AI, IOT, BIM, Robotics and other advanced systems operations. In the real world a high demand for these types of structures (Homes, Commercial and Industrial buildings) already exists.

The BIM Process

Quantum computing AI uses point clouds created by flying Drones and IOT LoRa beacons within machines and building blocks (on site and in transit), uplinked by satellites to BIM cloud (and blockchain) and fed into the Design Architecture, Building Software and Blockchain Financial Systems. Data points create Augmented Reality (and phase space) and populates the Building Information Management Cloud for AI assisted human interaction through the AR/BIM/Phase Space environment. The human assisted by AI completes a desired design and the system makes a query to the financing application which sends its qualification parameters to the BIM /NFT token enabled System to show allowable budget, costs and contracts and interacts with BIM and BEX to create project approvals and scheduling to the prospective building owner.

This enables the human to adjust their decision making and adjust building design parameters to fit their own requirements. Upon design completion the AR allows the human (wearing goggles or accessing a computer or smart device) to walk through the actual building site, or virtual representation of it, while seeing the virtual building features in real time and space. The final inspection and approval then allow the building scheduling to begin.

Upon acceptance by all parties, the components requirements are sent to the manufacturing network to adjust inventory. Simultaneously the required building components are shipped to the building location from nearest available inventory.

Machines and crew are dispatched to site to begin site preparations and interact with AR and BIM throughout building process. System creates required scheduling and cranes dispatch to site to arrive with inventory, IOT and LoRa beacons provide real-time tracking data to the logistics portion of the BIM systems. Robotic cranes utilize phase space, IOT and BIM to erect the buildings. Upon completion the final trades complete ancillaries and finishing touches to architecture and property. A final walk through and cleaning is conducted. Final inspection for occupancy is issued and upon receipt the real estate agency receives property listing and 3 D walk through or in the case of presales the occupants take possession.
This will be the first “Drag and Drop” building application in the history of Construction. (“Drag and Drop” applying to both the virtual and the physical worlds.)

The greater the project demand fulfilled, the more efficiently the system will operate both from the perspective of technological and data processing capabilities but also by increasing economies of scale, streamlined manufacturing and transport logistics. Robotics systems (and Blockchain) continuing development and (time) improved AI machine learning will also enhance the systems efficiencies.
The more “exercise” the system and the AI gets, the more efficient it becomes both economically and through enhanced speed in both the digital and physical world. This is in direct opposition to the traditional construction method and AEC industry, where greater volumes more often result in reduced profit margins and decreasing efficiencies as the workload increases.

Automation of the architecture, engineering, financing and construction processes is a new and largely untapped frontier. AC will enable growth and demand for many technologies as we achieve mass adoption.

In today’s construction many projects over-run their budgets before they are even halfway through. Contrast this to the automotive industry where every car has a pre-determined sticker price prior to purchase. No one should get a nasty price shock after paying for their purchase!

 In the area of building renovations, the initial budget estimate often leaves the project owner returning to the bank for additional financing. This is far too common today. It is easy to see that the way forward is mass production as in the automotive market.

Even expert contractors often order materials, only to discover that the project is short of material. The truth is there’s hardly a company or contractor out there that this hasn’t happened to. Time is our most asset, and it is commonly wasted as contractors are delayed and required to pick up more materials. Automation and component systems solve these problems.

Automated Construction: Modular Block System

Block assembly as a concept is in fact very logical way to repair our slow, expensive and environmentally damaging construction industry. Block design AND assembly removes issues such as cost overruns, theft of materials, schedule delays due to errors, financing delays, environmental damage and even project cancellations. Automated construction creates end-to-end streamlining of the process from design and financing to laying the last block.

Since the overall project is designed with blocks, the software can fit these together like a puzzle. Additionally, thanks to the advent of blockchain, ledgers can be recorded tamper free. Future access then provides exact specifications from these NFTs.  ERC 721s or ERC 1155 tokens can be traced to origin. This data feeds smart cranes and augmented reality (AR) to create and handle engineering standardization.

The world can now witness construction speed and affordability on a previously unknown scale. 

Four Levels Of Operations In Aecros

Firstly, there are builder robots or “drones” for heavy lifting and stacking. Secondly, the Block Exchange Platform brings crypto financing opportunities to members who can instantly access on-chain funding. A third area is Architectural design. Architects can create NFTs of building plans and their blueprinted IP can be safely stored on the Ethereum network. Lastly is factory production and delivery. Block supply is based on production. Production is based on member block purchasing on the exchange, factories match these as production orders.  1000 blocks are enough building a 2800 sq ft house. When a client, for example State Farm, decides to rebuild a group of storm damaged homes, these orders flow into the BEX (Block Exchange) and existing blocks are rapidly delivered to the building sites. Block Members  have access to the Block Exchange to benefit from the resulting Block/NFT trade orders.

From the beginning of production, demand will outstrip supply until shipping can deliver. This will naturally create waiting lists. Member Placeholders will hold these critical supply positions on the exchange. There is no artificial scarcity being created here.

Construction Demands Speed

Did you know that every passing day a new Walmart store is under construction, over a million dollars in earning potential is lost? AC systems are designed to drastically cut the build time. This will save clients many millions in lost revenues per project.

The greater efficiency of block production not only saves wasted material but also saves a lot of time.

Consider how much extra money will be saved by completing building projects 50% sooner. This doesn’t sacrifice quality. These cutting-edge buildings are designed to resist fire, floods, and disasters.  The public will certainly need to Whitelist for Crypto Investment while supplies last.

With all things considered AECROS has a bright future as they begin to revolutionize a $10T a year industry.

Learn about the Best crypto investment


ACBM is poised to disrupt a $300T real estate industry. Obviously, a project this ambitious can be highly technical. For those readers who wish to dive into a few details without all the jargon, this is for you.

Finite Element Analysis (FEA)

FEA is the simulation and analysis of any given physical phenomenon using the numerical technique called Finite Element Method (FEM). Engineers use FEA to lessen the building of excess prototypes. This reduces trial and error to quickly create better components during the design stage. FEA relies on mathematics to resolve the impact of separate particles, elements and objects interacting with each other within a simulated environment. For each construction project to be undertaken FEA can be used to determine how to create a complex architectural design. The designer works more efficiently, saving a lot of trial and error. Resulting costs are less, while accuracy is maintained. 

According to Siemens, “To simulate the effects of real-world working environments in FEA, various load types can be applied to the FE model including nodal (forces, moments, displacements, velocities, accelerations), elemental (distributed loading, pressure, temperature and heat flux), as well as acceleration body loads (gravity). Types of FE analysis include linear statistics, nonlinear statics and dynamics, normal modes, dynamic response, buckling and heat transfer.” FEA is one Universal System with multiple benefits.   

Monetized /Modular Building Units (MBUs)

MBUs hold unique value because they divide the construction process into self-complete units. These units provide surface finishes, plumbing, heating, electrical installation, structural integrity and seismic preparedness and more. Each MBU is a uniquely identifiable NFT that ties into block chain through IoT. MBUs can be quickly assembled by robots. Specialization of construction tasks and division of labour allow any size building to be constructed by the new AECR Operating System. Fintech enables these MBUs to be traded on the Block Exchange as a ERC 721 or an ERC 1155 token (NFT). Thanks to the Block Exchange, Blocks can be efficiently traded and supplied as a commodity. Members can us MBUs to borrow, finance, flip, buy and sell units. 


MBU self-complete building units can also be disassembled later for reconstruction at new building locations. Re-use saves time, material, environmental and resupply cost. Temporary structures can be assembled quickly for purposes such as rescue housing.

Overall, the system will enhance efficiencies across multiple fields to benefit the world in many ways.

Green Construction shouldn’t just be “green washed”..

Demand for green building is vast but even the green building industry needs structural change. When we use forests for perishable structures, we create problems that don’t go away. With AECROS, Automated Construction won’t use trees, and this is a huge change for the better. Green energy collection, green building materials, green methods without waste, green energy management and even green financing tools…this is what “green” should mean.

As green building becomes even more popular in 2022, overall economic indicators of the global construction industry are also driving the push towards increasingly green methods. The PwC-sponsored report Global Construction 2030 forecasts that the volume of construction globally will grow by 85 percent, to $15.5 trillion worldwide by 2030. Three countries, China, the U.S. and India, will lead the way with 57 percent of all global growth.

Building - home underway-carousel

Global construction expected to grow to $15.5 trillion worldwide by 2030.

Green building will experience an increasing share of that projected growth in the next 10 years. Building product manufacturers, financial institutions and technology companies will increasingly be responding to these new opportunities.

National Association of Home Builders (NAHB) economists continue to provide insight into the various U.S. regional outlooks through short- and long-term forecasts. The association gives a presentation at the International Builders Show each year.
These reports and projections are helpful guides, but even economists joke about the search for a “one hand economist”. This is because so many economic projections tell us one thing and then say, “but on the other hand” and go on to mention that the exact opposite could also happen. These perspectives are only useful to consider in planning business strategies if we can decipher their true meaning.

Green Buildings as ‘Systems’

As the demand for these buildings increases, understanding how these various components work together is an increasingly important factor. A unified system of green building is required to continue to improve the overall efficiency and effectiveness of the industry. AECROS is one such system. Auto Construction the worlds first to change the paradigm, and take into account a holistic view of the entire industry.

To successfully design and build a green building requires knowledge of how all of the building systems work together. By using a modular and finite element approach, Auto Construction aligns Architecture, Engineering, Construction and Real Estate in the new Operating System. This is the meaning of the acronym AECROS.

AECROS streamlines the building method, eliminates waste, and brings green tech into every aspect of the resulting process. Building projects typically rely on a large team of subcontractors to each provide their specialized knowledge. A unified approach offers a logical integration of all these different specialties into one accessible system. This is the best situation for everyone, to predictably know what is happening at all levels, and be able to quickly act on this data as required.

Another useful tool for unifying data, the AECROS system platform is called the BEX. The Block Exchange Platform will bring the Block/NFT into alignment with physical Block production and pre-approved finance. Block/ NFTs contain the engineering, value and other specifications as open source information which will align all stakeholders. Thus the entire end-to-end building cycle is aligned and truly collaborative. When we speak of financial technology and crypto currency, many people wont associate this with “green” construction. The fact is that any delays in financing or logistics come at a terrible cost to our environment. When energy is wasted, money is lost. The environment and the economy both suffer. If we use the latest blockchain and fintech AKA “crypto” we are in fact saving the industry trillions in hidden costs and risks. This is no childish play-thing, this is a revolution in financial and logistical efficiencies.

With everyone informed from the beginning to end, they will be saving time, materials and mistakes to create a truly green revolution and a new construction industry.

Despite its glacial pace, construction is increasingly adopting new technology to improve efficiency. Artificial Intelligence has excellent potential as an efficient risk management tool across the industry.

As the building industry enters a new era of digitization, this challenges the industry to re-think conventional processes while unveiling new potentials.  Attempting to supplant human creativity with machines is inefficient and costly. Instead, if we can view artificial intelligence (AI) as a safeguard against mistakes, a sort of “seatbelt’ for many decision making processes, we can realize excellent outcomes. 

AI can solve issues throughout the entire building industry ecosystem. As AI drives productivity increases, its adoption will grow rapidly. AI can assist operators with full cycle Building Information Management. AI can realize faster BIM estimates and greater accuracy. We can also see opportunity in on-site worker safety, materials assembly tracking, building insurance and logistics optimization. 

Construction technology is described by the national institute for occupational safety as “The set of innovative instruments, machines, improvements, technology, etc. used throughout the construction of the project to make advances in field construction techniques. This also includes semi-automated and automated construction equipment.” 

Auto Construction is defined as the automation of construction. Being outside the scope of simply “construction technology” AC means a total paradigm shift away from onsite manual materials handling to one of mass production. This means we require a streamlined construction method to enable this automation, and with that accomplished, AI will play an even more important role in this automation. Further to this, financial potential is unlocked when AI is paired with financial technology as applied to the entire building industry. The BEX offers a prototype for this, a Block Exchange Platform, to organize finance and logistics for the new industry. Data flows will be accurately tracked there and sent to all aspects of the new Global AC ecosystem.

Data has always been used by construction companies to increase efficiency, boost job security, and minimize risk. The difference today is that the information management has moved from the paper to software. AI will increasingly play a role in managing the decisions themselves. AI and machine learning require vast quantities of data to learn. Software and data collection have advanced to the point that this data is becoming more readily available now. As new software is developed, more opportunity is realized. 

Worksite flow can be captured and AI can monitor and optimize that traffic flow. Tracking beacons and AI can combine to track individual items around the site to their correct positions in the build. Losses and mistakes will be greatly reduced. AI-powered technology such as drones and visual recognition can assist with identifying materials, equipment, staff and warn of potential hazards. This would reduce on-site accidents and employee deaths. 

As Drones examine work sites by video, remote management from any region will have real-time updates. Rather than sending individuals, builders can utilize the drones to provide site visits for reporting. Real time progress updates offer actionable insights to enhance planning.

Over time, construction companies are beginning to adopt the technology. With time, improved software and new hardware is becoming available. AECROS and AC partner companies that are developing and applying construction technologies reap the benefits, leading to higher profitability for industry stakeholders.

Construction has reached the point where businesses must invest in emerging technology or risk becoming obsolete. Auto-Construction is fostering the industry through many partnerships. This brings together a growing group of businesses and systems all integrating to work together. Faster communication leads to leaner and faster building with fewer accidents and mistakes. 

Auto-Construction was conceived as a high technology platform to accelerate construction. AI is poised to help that Automation deliver incredible results.