The building materials of the future are here

With the advent of cutting-edge technology, the building materials industry is undergoing massive disruption. Today, we’re experiencing advances that, a decade or two ago, you could only read about in science fiction.

Thanks to 3D printing, we can construct complex structures in mere minutes or hours, with little or no assembly required. 3D rendering and architectural visualization have transformed the way we can build, test, and design theoretical constructs.

Our building materials have evolved as well, with the creation of ultra-high-density concrete and synthetic materials with unbelievable properties. But these products are expensive to produce and difficult to implement at scale.

XMaterials is already challenging these next-gen building materials. And now, we’re slated to disrupt a $600 billion industry.

How to shake up a $600 billion industry

Over half a trillion dollars? A number that big may turn heads, but consider this:

The most widely used construction material in the world is concrete, a simple mix of cement, sand, water, and gravel or crushed stone. Over 4 billion tons of concrete are produced annually. That’s an estimated market of over $300 billion.

Ceramics own a massive market share of building materials, and it’s only growing. Many predict that the ceramics industry will be worth $287 billion by 2022.

Granite, marble, and other materials carry substantial price tags. That’s because they to be extracted from the earth. Combined with the market caps of concrete and ceramics, the four (and others) combine to create a $600 billion market.

XMaterials is already disrupting all aforementioned industries, and it’s only our first year of business.

What are XMaterials?

Can we use sophisticated technology to create superior building materials? X Materials is the answer.

Using a mixture of AI-generated recipes and machine-learning technology, we’re building the materials of the future. XMaterials are superior to concrete, ceramics, granite, marble, and other common building materials, because they are:

Stronger (compression strength 4 times higher than traditional concrete)

(compression strength 4 times higher than traditional concrete) More affordable (half or a third of the cost of traditional building systems and labor costs)

(half or a third of the cost of traditional building systems and labor costs) Faster (production speed 4 times quicker than with traditional materials)

(production speed 4 times quicker than with traditional materials) Longer-lasting (keeping its integrity for over 50 years)

(keeping its integrity for over 50 years) More eco-friendly (100% recyclable, can be made out of waste materials, 99% natural, low carbon emissions and energy cost)

That’s why we think know XMaterials can transform the world.

Let’s take a look at how we produce these revolutionary products.

How do we make XMaterials?

To understand how XMaterials works, you need to think of it in three separate parts: DigiLab, Hypercon, and the Blueprint. Each element brings together a different piece of technology and innovation.

DigiLab: making AI-generated recipes

To produce XMaterials, we need to come up with the ideal combinations of ingredients in perfect ratios to one another. That’s where DigiLab comes in.

Using AI-technology, our algorithms create “recipes”, combining 15 raw materials to produce XMaterials. Depending on your needs, your XMaterial can be customized for superior strength, temperature resistance, durability, affordability — the list goes on.

DigiLab will find the best materials for you, no matter where you are in the world. Using geo-navigational technology and a global database of 1,000 mines, DigiLab aggregates the ideal materials near you for the perfect recipe for your building needs.

HyperCon: machine-learning production

After DigiLab spits out the recipe, HyperCon steps in to make XMaterials a reality. HyperCon is a machine-learning software that runs an entire factory to produce the end product. It automates:

Mixing

Casting

Drying

Final control

Packing products

With HyperCon’s machine learning technology, you can automatically analyze product yield and improve recipes, becoming more efficient and effective with every batch of XMaterials.

HyperCon also significantly cuts down on labor costs. What would normally take 31 workers can be done with five, provided they have the right training and expertise.

The Blueprint: how we set it all up

DigiLab and HyperCon are both very powerful, but without a properly set up factory they’re useless. The Blueprint establishes the strategy, methodology, and equipment needed to produce XMaterials. It provides exact specs for the machinery, its necessary positioning and modifications, and the means by which to operate it.

The Blueprint is also essential to our franchise model, or how we plan to share XMaterials with the world.

XMaterials: a franchise model

Even if we wanted to, there’s no way we would ever be able to meet the demand of this $600 billion market. Even a dozen factories wouldn’t make a dent in the market share. That’s why we decided to offer DigiLab, HyperCon, and the Blueprint as a franchise model.

With our franchise model, businesses all over the world will be able to create XMaterials the same way we do, with only slight variance.

Here’s how the franchise model works:

We charge an upfront fee for access to DigiLab, HyperCon, and the Blueprint. This is a one-time cost that provides access to our entire suite of technology and strategy.

We take a very small percentage of all franchise profits, which will be registered and monitored by HyperCon.

The XMAT token

Our XMaterials token, XMAT, is at the cornerstone of our franchise model. Built on the Ethereum blockchain, this ERC-20 token has two essential functions:

XMAT can be used to purchase the upfront franchise fee at a 25% discount.

XMAT holders will receive 10% of the fee for every cubic meter of XMaterials our franchisees produce. This will be issued to XMAT holders in the form of Ethereum (ETH) via airdrops.

The proceeds from the XMAT ICO sale will go to further development of the XMaterials technology and methodology.

A $500 million valuation in 5 years

Right now, after six months in business, we’ve made $2 million (and that’s without the franchise model).

We’re slated to grow exponentially over the next 5 years. We estimate our first (post-ICO) year at $10–15 million in annual revenue. After three years, it’s likely we will surpass $70 million. By the end of year five, that number should be almost $500 million.

Are you ready to join the XMAT revolution? With a $600 billion industry to disrupt, it’s anyone’s guess what XMaterials can do.