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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


Trust in the contacting industry is earned over time, but time is costly. Blockchain brings the solution: zero knowledge proofs.

Anyone who has dealt with an unknown contractor already has some knowledge of the trust issue. Some contractors collect deposits and drag out your deadline only to enrich themselves, while some genuinely complete the work, and there are many shades in between. The elephant in the room is that many projects end poorly.

Even large firms can hardly avoid cost overruns and timeline delays by using established contractors. Construction supply traceability and accountability are lacking. Many contracts pit contractors against clients over job estimates and missed deadlines. 

Supply chains suffer numerous challenges in terms of deadlines and budgeting. According to a survey conducted by IHS Markit, “Construction projects experience a 10-30% delay in meeting deadlines and up to 20% cost overruns, in some rare cases up to 50%.”

Below is an excerpt from AECROS / AC White Paper: 

Previous studies have shown that mutual trust helps to smooth the construction process, allows flexibility for facing uncertainty, increases efficiency and sustains long- term relationships. In practice, formal contractual rules are always developed to legitimise behaviours and strategies at odds (Kadefors, 2004). However, current contractual relationships are mainly based on confrontational situations that reflect the level of trust (or mistrust) in the contract documents, which can be the driver to increase the total cost of a specific project (Zaghloul and Hartman, 2003).

Today’s methods of contracting and use of construction technology are inadequate. Data exchange is slow and needs a new shared space to meet market needs. Modern construction technology simply creates too much error, wasted material, time, money and loses unearned potential revenue. 

The Auto Construction industry is focussed on market needs. AECROS fills the gap with a tokenized construction supply chain. Construction 2.0 now becomes fully automated with advanced technology. With a mix of BIM, blockchain, AI, digital twins, 5G, LoRa beacons, IoT for auto inventory tracking, AR/VR, RFID, fintech and more, Automated construction will rebuild contractual trust, save economic and environmental costs. Project build times can be reduced by more than 60% with blockchain enabled contract management.

Security is one of blockchain’s strengths, allowing digital information to be recorded without risk of being changed. Smart contracts are blockchain based agreements like real life contracts but in digital form. The main feature is established trust between parties through automatically executed payment for proof-of-work submitted.

A smart contract protects clients, contractors, subcontractors and suppliers against payment issues. Escrow can be held, and later released for completed milestones. This sets the precedent for trusted contracts while removing the need for middlemen.

In conclusion, trust needs to be restored in construction. Blockchain has soared in the use of smart contracts with over 7000 communities using it to foster open communication and trust.

If there is to be full trust-based accountability, reliability, and KPIs, superior technology and methods must be implemented. Trust can be achieved using blockchain technology to overcome contract issues, this saves time, money, and fosters good relationships. We can all use more good relationships. 

Author: Jeromeon

At time of writing, the cryptocurrency global market valuation is just slightly above $250 billion, while the construction market is in excess of 10 trillion annually.

Construction enters uncharted territory as the industry is backed by real-world assets with a practical utility such as construction and real-estate.

AEC: The Architecture, Engineering, and Construction industry is one of the largest global sectors waiting for disruption by blockchain technology.

A tokenized housing market can increase real-world adoption of crypto currencies and blockchain. This disrupts a 10 trillion-dollar annual industry.

Block Members are supporting the Auto-Construction industry through the Membership Placeholder token. The MP authorizes individuals to partake in a “first of its kind” industrial revolution. History is being made.

What is Block Members?

Block Members uses a reward-based system to offer everyone the opportunity to shape the future of home building. With a team of contributors and investors, Block Members boasts of a track record of research and development in Robotic software Systems and Construction Development going as far back as 1980. Many partners and advisors joined accidentally as field experts were asked to review aspects of the technology, they often joined the ACBM.

Block Members supports and benefits from the Automated Construction industry. This will be achieved through a multidisciplinary approach called AECROS AKA Architecture, Engineering, Construction & Real Estate: Operating System.

Auto Construction will build homes many times faster than legacy construction
and at the same time producing zero waste. Even more importantly, a new home financing method will be created. 

What is AECR: OS 

AECROS is the operating system that combines different technologies to Automate Construction. AECROS engineers are creating a seamless and automated process of building affordable homes.
AECROS “Operating system” will use a combination of artificial intelligence, IoT, robotics VR, BIM & blockchain to create an autonomous home building process financed through a global token economy.

Industrial Revolution 2.0

The Auto-Construction Industry is powered by AECROS to build the intelligent smart homes of the future. Buildings emit almost half of the carbon dioxide in the US alone and construction typically wastes. 30% of the materials and associated labour. This comes at a cost to our environment. 

Through participation Block Members can improve the ecological footprint of the construction industry, and change housing for the better. 

Go here to whitelist and become a part of the housing revolution:

One 25 yr engineering veteran says..

“These blocks or modular building units are likely the smartest construction system you’re ever going to see.”

Modular building units are self complete modules or buildings, resembling giant lego.They perform tasks with which ordinary construction simply can’t compare. And cost isn’t anywhere near as expensive.

Firstly, let’s begin with the ordinary tasks MBUs can perform. They provide unlimited finishing options, structures that pass city building codes, fire codes and seismic (that’s earthquake preparedness). Beyond the ordinary, MBU’s offer high levels of insulation and thermal mass. Insulation and thermal transfer units can be upgraded, thinned or replaced, to provide ideal levels of energy savings and tranquil comfort Whatever the needs and preferences of the customer are, they will be built to tolerate any climate.

The service areas are available for retrofit and individual customization (this means you have the ability to redesign, redecorate and restructure your bathroom, dining room, kitchen, etc). Some walls are mobile…so you can make your kitchen or living room bigger and the bedroom smaller (or vice versa).

Then we just simply have to mention huge thermal mass (with selective thermal coupling), bioclimatic controls, integrated hydronics and fire suppression systems. These components cannot burn, they won’t fail because they are disaster proof, so remain fully functional during a hurricane or heavy flood.

Interior environment control elevates to a whole new level of comfort, efficiency, safety and security. Solar panels are integrated and feed the data processing furnaces. Think of a giant computer in your basement, heating while it earns crypto or processes data. In spite of all the new construction and housing features we are talking about here, the most exciting of all for this construction ICO 2020 – the digital twin.

In layman’s terms, the digital twin provides a secure and transparent engineering record, specifications, model numbers, IoT tracked location and positioning, and even more importantly for traders and first time home owners, is a monetized value.

What this could mean for home ownership?

Imagine yourself saving slowly for years, while the value of the home you want is constantly rising.

That 50k you saved looks pretty good had you saved it years ago. In many neighborhoods today, not a chance. What if you could walk away with the keys to your own automated construction MBU home for just $50k?

Now imagine, this being convertible to trade, or as the starting point to owning your own home. You could buy, sell or flip homes by using the Block Exchange. This adds a solid use case behind the BEX DApp. Yet another cool feature of blockchain in construction 2.0, the block exchange DApp is being designed. It will enable home financing, to protect block members and a slew of other advantageous features members need for their convenience.

Thank Blockchain, IoT, robotics, mass production, LoRa beacons, AI, automated machines, and many other smart inventions. Owning your very own home is about to get a lot easier. Since we’re about to be ‘holding’ homes, crypto just got better too.

In case you don’t want to miss out on the rise of Construction 2.0…


And join us in reshaping a $10T annual industry. Learn more about Blockchain Construction and Membership Placeholder


Identifies recent challenges facing the construction industry and recognizes current attempts of exploring blockchain as part of the solution to some of these challenges.

Performs a systematic review of blockchain uses in the built environment and construction industry and identifies seven distinct areas of applications.

Introduces an extended socio-technical framework for implementation of blockchain into the construction industry including two conceptual models: the Blockchain Four-Dimensional Model, and the Blockchain Actors Model.•

Compiles an extensive list of challenges and opportunities presented by blockchain across the four dimensions (technical, process, policy, social) to offer a state-of-the-art review of its current state.•

Presents a decision support tool to appraise the suitability of use cases for blockchain applications and demonstrates it with three use cases.


The construction industry is facing many challenges including low productivity, poor regulation and compliance, lack of adequate collaboration and information sharing, and poor payment practices. Advances in distributed ledger technologies (DLT), also referred to as Blockchain, are increasingly investigated as one of the constituents in the digital transformation of the construction industry and its response to these challenges.

Learn more about Automated Construction

The overarching aim of this study was to analyse the current state of DLT in the built environment and the construction sector with a view to developing a coherent approach to support its adoption specifically in the construction industry. Three objectives were established to achieve this: (a) to present the first state-of-the-art and literature review on DLT in the built environment and construction industry providing a consolidated view of the applications explored and potential use cases that could support disruption of the construction industry. Seven use-categories were identified: [1] Smart Energy, [2] Smart Cities & the Sharing Economy, [3] Smart Government, [4] Smart Homes, [5] Intelligent Transport, [6] BIM and Construction Management, and [7] Business Models and Organisational Structures; (b) to propose a framework for implementation composed of two conceptual models (i.e. the DLT Four-Dimensional Model, and the DLT Actors Model), developed according to extended socio-technical systems theory and including four dimensions (technical, social, process and policy), to support the development of DLT-based solutions that are adequate to the challenges faced by the construction industry. The DLT Four-Dimensional Model and the DLT Actors Model contribute to improve the understanding of the concepts involved when discussing DLT applications in construction and represent flexible, adaptable and scalable knowledge constructs and foundations that can be used for various further investigations; and (c) to appraise three specific use cases (i.e. Project Bank Accounts, regulation and compliance, and a single shared-access BIM model) as potential areas for DLT through the application of a decision support tool. The results show that Project Bank Accounts (PBAs) and regulation and compliance are candidate areas for DLT applications and warrant further attention. However, for the third use case (i.e. single shared-access BIM model) DLT are still insufficiently developed at this time.

The research shows that there is real potential for DLT to support digitalization in the construction industry and enable solutions to many of its challenges. However, there needs to be further investigation of the readiness of the industry, its organizations and processes, and to evaluate what changes need to occur before implementation can be successful. Further investigations will include the development of a roadmap process incorporating the four dimensions to evaluate readiness across a series of use cases for the construction industry (Blockchain Construction).

Blockchain construction investment

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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.

1. Mass produced Modular Building Units (MBUs) integrate and enable a whole range of technologies: IoT, quantum computing, Building Information Modelling (BIM), artificial intelligence, virtual reality, 5G, blockchain, digital twins, design library, LoRa Beacon, Block Fund, RFID chips. The BIM connects with IoT to track inventory. Quantum powered computers connect over 5G WiFi to the blockchain and links digital twin building blocks to the RFID physical blocks. Once a project blueprint has been designed with virtual reality (VR/AR) and gets pulled from the design library, then a blockchain smart contract is drawn up on ERC-20 protocol. Next comes instant financing from the Block Fund. Finally, all the inventory is shipped from Block Members inventory to site. Materials and equipment get shipped to site. Super Cranes connect to LoRa Beacon for placement accuracy. The finished structure comes about within days or weeks and then can be traded at a markup for MP on the block exchange.

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2. Get paid to hold real estate. By buying in now you’ll be paid in real estate when you cash in your MP tokens for an MBU or physical replica of your virtual reality house. By buying MP you are hodling a Crypto Home.

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3. Build a 5000 Sft home with several bedrooms and bathrooms for 1400 MP. Buy 2000 super blocks, with as little as $200 invested today and enjoy up to 30% bonus.

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you can secure your own Crypto Home for up to 60% cheaper than the original cost. It’s better to build a home as a block member. Members pay up to 5X less to construct a smart building than non-members.

4. Robotics will build schools, damaged buildings, rescue shelters, government offices through fully autonomous development of estate. Robotic construction will also aid in disaster relief. Temporary shelters can be deployed during times of natural calamity or humanitarian crises

5. Blockchain based technology to foster new-found trust amongst suppliers, contractors, and clients. Traditional construction has trust issues from which confrontation develops. The client distrusts the contractor and thinks he is ripping him off. The sub-contractor distrust the contractor and thinks he is poaching money from his sub-contracts. The labourers and professionals believe the sub-contractor is sneaking and pinching a piece of their pay rate, offering them a lower rate than the sub-contract stipulates. The supplier wants his pay to quickly restock but there is a delay from the contractor to pay on time and in full. Generally this web of distrust enables highly confrontational environments which can cost a project skilled personnel, time, and money. Ethereum smart contracts and crypto assets will replace the present method of contracting to create automatic top-down flow of payments for all parties upon approved review of submission of work. This will mitigate all cash flow challenges.

6. Future Proof Smart Buildings – It is important to maximize the value and utility of smart buildings. Crypto Homes are future proof with removable panels, easy service access and easily replaceable features. With Autoconstruction future upgrades can be made with minimal damage to structure. These save time and money while giving you the ultimate advantage in renovations. For example: To change locations of a plumbing fixture such as a shower, the base unit can be easily removed, the plumbing can be disconnected, and a new location chosen anywhere within the structure. In the old location, a single panel is replaced, bringing the surface back to new and eliminating former access holes to the service. In the new location, a panel is removed, and the fixture is connected. The entire operation can be completed in a few hours. In that amount of time living rooms, kitchens, bathrooms or an entire building service layout can be remodeled in no time without repairs and damages. Panels can be replaced once they become outdated.

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7. Supply is extremely Limited. At the ICO only 120 million MP will be sold. That’s 33% of total supply. In other words 33% of the buyers will get MP tokens at a ridiculously low price of $0.10. They are guaranteed to fly off the shelf. This ICO is hot and trending so soon the price will increase. Get in early and you can hodl a home. Only 3% of the world owns crypto. This is very much still the early days for blockchain and fintech so waiting for 4 years for a construction technology startup to deliver Crypto Homes is the same as hodling for the next Bitcoin moon. Take a look at this website and you will see the price of 5000 square foot properties in the US and then you’ll understand why waiting four years is nothing at all. Even after 30 years of slaving away in a banker owned capitalism world, most people cannot afford one of these properties, which makes holding onto your Member Placeholder (MP) token worth it in the long run.

8. Tired of your neighborhood? Why not just pack your house on to a truck and move? Yep you guessed it. Your smart house comes portable and deconstructible, with super blocks that stack up similar to Lego plastic toy building blocks.

9. Anyone from anywhere will be able to lease a super crane. Super cranes are fully developed and will be ready for robotic site testing in 2022. Professionals will be out in the field to train contractors how to use Auto Constructors. They come with levelling tracks and are equipped to build across any terrain or weather.

10. Build green, build fast, build smart. Traditional construction just has too lackadaisical an approach to climate change and technology. Current construction methods are destroying the environment by releasing billions of tonnes in carbon-dioxide each year. Green buildings save the environment by having close to zero carbon emissions. Finally, smart buildings have interconnected conduits, easily replaceable window and door panels. You can easily rearrange some rooms without knocking out walls and this is so convenient because you can do a makeover after five years without having an expensive crew of workmen. All the noise, dirt, lack of privacy, disturbance to neighbours and inconvenience get reduced to a few hours thanks to technology. Is renovating a house after ten years something people do? Not really, but if you are a bit more adventurous then you now have that option. Now you can also easily. get playful and creative with real estate. Change interior layouts whenever you like.

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11. Super Blocks Building System, hurricane homes, mega universal building system: a system of self complete buildings with accessible financing and mass production. Super blocks are leading three new industries; green buildings, tokenized real estate and mechanized construction. Each super block has a blockchain twin. Super blocks hold high standards and are hurricane, flood, fire and seismic proof.

12. By investing in Block Members ICO early you get up to 30% BONUS on any MP purchase. Minimum purchase is $200. MP can be bought with BTC, ETH, AMEX, PAYPAL, VISA, MASTERCARD, USD and EUR.

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There you have the 12 cool facts about Block Members.

Author: Jeromeon

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Change has always been subject to criticism regardless of the environment where it’s taking place. One example of skepticism towards change was the people’s initial disbelief of Bitcoin as a potential investment.

Fortunately, thanks to wonders of the internet and its ability to allow people to research for any information they question online, it is now possible for people to fact-check the news they receive. Thus making change easier for people to accept at the very beginning.

For many years, the construction industry has been developing more with each day. Over the last seven years the world’s leading nascent construction technology system AECROS was designed and programmed to be the fastest and safest unmanned construction experience. Now you can be part of this change, or to say it more accurately, you can be part of this 10 trillion-dollar-a-year industry.

How can you get your slice of the $10T a year pie?


There is an innovative method that is replacing the current, expensive, complicated and extensive practices of conventional construction. We are talking about Modular Building, a process in which real estate is built away off-site.

In this method, the building is constructed with the same materials, under controlled plant constructions, and designing the same standards of conventional practices…but in about half of the time.

Although this method is not new, it hasn’t been put that much into practice when compared to the conventional building. That will end in the forthcoming years because the field of construction is adding a new method that will link with modular building: Automated Construction or AC.


Autoconstruction is the single largest advancement in the history of the construction industry. By automating the entire process of building a property, Autoconstruction is the promising future of real-estate business, smart buildings, and green housing tech.

How can people be part of this ground-breaking shift in one of the most important industries ever?

Block Members is the name that is starting it all. This extraordinary group of experts mixes prime architects, engineers, cryptographers, certified construction experts, financiers all under one roof. They have envisioned and created the way for you to benefit tremendously from AECROS. With equipment capable of building at lightning speed, super cranes that reach hights of 160ft, AECROS accommodates all commercial and non-commercial operators. By purchasing Member Placeholder (MP), each member will reserve their spot for a new Crypto Home.

What’s the catch?

At Block Members we want to make sure everyone can be included. You don’t need to deeply understand bitcoin or the blockchain. We have simplified it all for you so that now you can buy blocks with cryptocurrency, VISA, MASTERCARD or PAYPAL. Are you ready to build an apartment or home? We can get that done even before our fundraising because we are a traditional company. Just contact us and you can begin as soon as the paperwork is out the way. Within a few weeks with our Genie Lifts and Spider Cranes you can have your new building by 2021. Here is a video of our automated machinery in operation:

Robotic Construction

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Without understanding how valuable the Blockchain is getting in construction for its in smart contracts, building information unit, payments, and supply chain management. Without the need to know how any of this works it is quite easy to see why Membership Placeholder is one of the best discoveries known to modern man.

With more private companies using blockchain, it is evident of the rapid shift towards a technologically controlled world, transforming industry by industry. When MP value increases, Members will use the MP tokens they held to buy and sell blocks, qualify for home financing, and even use them to buy and sell homes built with AECROS.

If you are still not convinced, don’t worry. There is so much more to explore on your own. To deep dive into the upcoming Autoconstruction, industry visit us: Auto Construction Association and learn more about Blockchain Construction and Automated Construction.

Uncommon Criteria When Selecting A Project for the Long Haul – Common questions and the one rare question no one answers but could save you time and money.

We all know the typical questions when evaluating any fintech project. We have seen them all before:

● Is the team equipped with the requisite skills to properly execute?

● Can we trust them to complete the project, and why might they be motivated to do so?

● Is the team innovative in their approach to solving a real world problem?

● Do they understand their target market?

● Are they able to quickly adapt to a changing competitive environment and stay relevant?

These questions are all fine, and relevant. And of course there are many more useful questions when considering a crypto or blockchain project, or any project at all.

All things being equal they cover up the real question everyone should be asking. Without the next question, all else is futile. The project’s aim is to grow, serve market demand and support the tokens. Blockchain fintech was created to thrive independently of traditional financiers.

“Why does humanity need your solution to X problem?”

Finding the ‘WHY’ underpins all of the above. The answer to why is the reason it all began in the first place. Why do you want electric cars? Answer: to save the ozone layer. Why do you want to start a decentralized autonomous peer to peer banking system, Satoshi Nakamoto? Hypothetical answer: “Banking destroyed my father’s life when they denied him refinancing and fore closed his business.”

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What is Block Members?

Block Members is the robot behind the machine. Enabling quick, cheap and affordable housing for everyone is the reason AECROS was created.

Why do we want AECROS? Answer: AECROS is solving a global construction problem while making housing affordable, better, safer, more accessible and faster. It gives us Crypto Homes – the solution to the millenial housing crisis. More on this later.

Without stakeholders there is no business. Token holders are the single biggest cluster of stakeholders. Without them there is no startup, no funding and in most cases no reason to continue developing an idea. The long term success of the project accounts into full view risks and possible turns of fate due to regulatory upheaval. All things being equal, tokens must be “baked into the infrastructure” like bitcoin is baked into fintech markets and supported by the fintech industry at large.

A common point of failure for most blockchain startups is, a model is presented to the public. The public decides to invest in the coin or token. Later on either the team or the investors realize the coin isn’t married to the product. Could this be because of a error on the path of the team? Possibly. Also possible is the territorial regulations which restricts the continued pegging of token value to project idea. Nevertheless, most startups fail to create a model that intertwines the product sales with token utility. One way to honestly achieve this is make the primary point of sales through the tokens or coins. Another way is to charge a premium for traditional methods of purchase, ie, fiat or plastic cash. Sure there may be other ways to achieve inclusivity for token holders not explored here but that’s for another time.Why is building so slow and expensive?Forward-thinking builders are looking at the ways technology can help the construction

The solution:

Crypto Home Construction will be the first product to treat cryptocurrency as a traditional business. Make no mistake, there is nothing traditional about the. business model. From the use of artificial intelligence to night vision super cranes, the innovative startup Block Members is open to the idea of including everyone. It’s not another promise to tailor to everyone’s needs then disrespectfully divorcing from the token at product maturity. There is a membership rewards system which anyone can join for as little as $200. Whether you are Bill Gates, Little Gates or John Doe you will be treated equally once a member.

Crypto Homes will come with loads of features which will make homeowners feel safe even when the world outside is scary. Crypto Homes is the affordable housing solution for millenials across the world through membership. Block Members is so serious about token value that they are making it 5X harder for non members to access the benefits of home ownership.

Crypto Homes is a simple term, but with enormous and far-reaching implications.

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