The real estate industry could have three primary benefits from tokenizing real estate assets, such as:

Reduce associated costs and processing time

Look at these huge reasons to implement blockchain more closely in your real estate business.



Real estate transactions involve multiple people in different roles, lengthening the process. Blockchain technology can automate various processes by creating smart mortgage contracts that are approved as soon as all documents and requirements are fulfilled, rather than making the clients wait months for approval and going back and forth with brokers, banks, lawyers, etc.





The ownership acts are usually made of paper, which we all know can be damaged, lost, or subject to fraud. The legal process of transferring ownership can be long and complicated and require a lot of money. Blockchain technology can be a great solution, as all records are tracked on an immutable ledger that can act as a trusted and reliable source of information for both parties to a deal.





The allure of investing in non-traditional assets, such as tokenized ownership, is that could reduce the entry threshold for new investors by allowing people to release a custom percentage of their home's equity in the form of tokens that could be traded on the market. This way, we increase liquidity and give people different ways to benefit from their property or investments.

Blockchain in Real Estate: Top 3 benefits

The real estate industry could have three primary benefits from tokenizing real estate assets.

Did you know that Google developed the first versions of Twitter and other popular apps on Android with no strings attached?

According to Sara Beykpour, a former Twitter employee and the company's second Android engineer, "

The Twitter for Android client was a demo app that Google had created and gave to us.

" Twitter then took this foundation and continued to develop it into the robust platform it is today.

Of course, these designs are now about as current as your grandma's flip phone, but back then, they were top-notch.

When designing your app, always keep the user in mind. Prioritize seamless navigation, intuitive interfaces, and quick access to key features. Regular UX testing ensures your app is user-friendly and meets your audience's evolving needs.

Analyze support tickets to identify the most frequent requests and find common patterns instead of addressing each issue individually. Spending 20% of the time replacing a whole section of the app can eliminate 80% of your users' problems.

Integrating your app with widely used platforms and services can enhance its functionality. APIs from social media, payment gateways, and cloud services can enrich user experiences and expand your app’s capabilities.

Sharing your progress and insights gained in the process on social media platforms will drive engagement and traffic. Posts detailing the journey and steps taken to achieve milestones often go viral, making social media a top source for sign-ups. A single viral post on Reddit can increase traffic tenfold overnight.

Incorporate AI-driven features to personalize user experiences, provide intelligent recommendations, and automate customer service. Tools like TensorFlow, Azure AI, and AWS Machine Learning can help you add these advanced features.

Ensure your app runs smoothly on all devices. Focus on speed, reduce load times, and test across various hardware and network conditions. Performance optimization is crucial for maintaining a positive user experience.

As Google did with their early app development efforts, be prepared to go above and beyond to make your app successful. This might mean providing extra features, offering exceptional support, and continuously iterating based on user feedback.

If your business needs a cutting-edge app and Google is no longer giving them away for free, don't worry—we've got you covered at a reasonable price. 

How Google Crafted the First Twitter Android App

In the ever-evolving world of blockchain technology, staying up-to-date with the latest advancements is crucial for maintaining efficiency and reliability. Our recent project faced significant challenges due to an outdated EVM-based blockchain Ethermint. To address these issues, we decided to transition to a new blockchain solution based on Evmos. This article outlines our journey, from identifying the initial problems to achieving a seamless transition with 100% uptime.

Our project initially relied on an Ethermint-based blockchain, which, while functional, proved to be increasingly unreliable. Approximately every 2-3 months, the blockchain would shut down unexpectedly, necessitating manual restarts of the nodes. This issue disrupted our operations and posed a significant risk to user satisfaction and trust.

Given the complete lack of activity from the Ethermint team and the availability of alternatives, it became evident that continuing with the existing Ethermint-based blockchain was unsustainable in the long term.

After thorough research and consideration, we decided to switch to a blockchain solution based on the next version of Ethermint – EVMOS. EVMOS aims for compatibility with EVM / smart contracts. So if you already have an EVM application running on an Ethereum or EVM-compatible chain you can easily migrate to EVMOS and offer your app to the Cosmos ecosystem.

The decision was driven by several factors, including EVMOS's improved architecture and compatibility with our existing systems. We anticipated a smoother operation and fewer disruptions, which were critical for maintaining user trust and operational efficiency. The planning phase involved detailed evaluations and risk assessments to ensure a well-informed transition.

*A nonce refers to a number or value that can only be used once. Nonces are often used on authentication protocols and cryptographic hash functions. In the context of blockchain technology, a nonce refers to a pseudo-random number that is utilized as a counter during the process of mining

One of the most significant challenges we faced during the transition was the issue with Nonce values. The Nonce values in the new EVMOS blockchain can’t match those in the old Ethermint blockchain. This discrepancy posed a major hurdle since some of the client data and functions on the backend relied on this value.

The solution to this problem is to completely decouple the database from this value and bind it to the block numbers (which in truth should have been done initially)

We executed a script that saved the state of all issued tokens, user balances, and the state of smart contracts.   

At this point, the new Nodes were already ready to launch.

The next part was the production of the genesis block in the new blockchain. We wanted to immediately launch a new blockchain from the moment where the old one left off, but the problem of linking the backend to the blocks still remained.

The way out of this situation was to simulate the minimum number of transactions in separate blocks. Luckily we only had 2,253 transactions to complete.

An example of a script that deploys contracts and transfers tokens in batch

Setting up the new blockchain was straightforward, and early tests indicated that everything was functioning as expected. Considering that, EVMOS was created with the expectation of easy transfer from any other EVM-based blockchain.

However, as we delved deeper into the integration process, we encountered several specific challenges unique to our project's requirements.

A primary goal of our transition was to make it invisible to users, ensuring that they experienced no disruptions or changes in functionality. Achieving this required meticulous planning and execution. We employed several strategies to ensure a seamless user experience, including extensive testing, phased rollouts, and continuous monitoring.

Our approach focused on maintaining the integrity of user data and interactions throughout the transition. By simulating real-world scenarios and conducting rigorous testing, we were able to identify and address potential issues before they impacted users. This proactive approach was crucial in achieving a smooth transition and maintaining user confidence.

When all challenges were addressed, we successfully replaced the old blockchain with the new Evmos-based solution. Since the transition, we have achieved 100% uptime, a significant improvement from the frequent shutdowns experienced with the old system.

To maintain this high level of reliability, we implemented robust monitoring and maintenance practices. Continuous performance monitoring allows us to detect and address potential issues proactively, ensuring uninterrupted service for our users. The success of this transition has reinforced the importance of selecting the right blockchain solution and the value of thorough planning and testing.

Our Experience in Migration from Ethermint to EVMOS

Our recent project faced challenges due to an outdated EVM-based blockchain Ethermint. To address these issues, we decided to transition to a new blockchain solution based on Evmos. This article outlines our journey, from identifying the initial problems to achieving a seamless transition.



Let’s consider the most popular options for adopting blockchain for retail companies. All the possibilities suggest that we can build the system from scratch or make a bridge between the existing solution and a new one for the first time. Moreover, it allows for reducing costs and testing hypotheses safely.

Blockchain is the ideal tool to build something more significant than the outdated encouraging methods in other retail companies.

We can build a genuinely gamified micro-economy among the company workers.

The first step is to create your crypto assets that can bring value by themselves,

Further, the manager can set up the rules that control the rewarding system, for instance: employee rating - where each employee can reward another with a special NFT, monthly sales - when an employee overcomes such a limit, they get a crypto token for the reward, consumer rating - when a consumer can not only say thank you but gives a bonus to the employee via two clicks on the mobile app.

An internal point system gathers all the information and allows one to understand the current situation and foresee future employee behavior.

Employees have complete control over their tokens, so they can buy goods in the internal store, trade tokens for money, or transfer them to each other as a reward for performing particular tasks.

Brand loyalty has always been one of the keys to success for retail businesses, especially nowadays after covid.

There are a few ways to improve your loyalty program:

Charge crypto tokens for buying goods in the store and allow you to pay with these tokens in your store or affiliate networks.

Create an NFT collection associated with your loyalty program. For example, it could be 10,000 unique cartoon pictures with different designs that the clients can sell in the future.

The retail application can convert monthly cashback rewards to popular crypto such as BTC, ETH, etc.

Consumers can donate their tokens to some charity organization from the affiliate networks.

The last but not the least option is creating the cash app with a debit cash card. Each time the users pay with the app, they receive some percent cashback paid out in internal tokens or popular cryptos like BTC and stablecoins.

Tokenization is an updated version of traditional fractionalized property ownership in the real estate business. We can adapt this approach to the retail industry and attract more investment to open a new store or to expand an existing one.

The idea is simple - you can just convert your store into digital tokens; everyone who buys those tokens becomes an investor in your property and own a portion of the equity. Furthermore, the system can obligate each investor to pass through the KYC (Know Your Customer) process for authorization and ask additional questions before allowing them to buy tokens.

In their turn, investors get passive income via affordable investment.

Control the whole supply chain to prevent counterfeit goods and fraud; also, it builds transparency and allows end users to know where their order is and your employee to organize the proper inventory management.

You can allow the use of crypto as a payment method in your store.

There is also a way to provide direct person-to-merchant transactions and allow clients to receive distributed loans within your society.

Crypto assets are smartcontracts-controlled objects that exist only in a blockchain network and can prove ownership and provide transfer functionality. If the object initially wasn’t a digital asset, it could become one. For example, you can convert a photo into an NFT or create tokens representing the property's ownership.

There are two popular types of digital assets:

Cryptocurrency - fungible token, like a reward point

NFT - unique and not mutually interchangeable cryptographic token like an art object or branded T-shirt for a client’s metaverse hero or another personal gift.

One of the obstacles on the way to absorbing blockchain is necessary to install and set up crypto-wallets, understand how blockchain works, etc.

The mobile application eliminates this issue because the app works like a wallet. Different options depend on the market: check employee rewards and transactions, make a gift, chat with each other, buy, send and receive crypto assets. In addition, the app can transform the phone into a physical loyalty card through integration with NFC.

The control center is a web application that provides all necessary functions to set up, observe and control the system.

There could be a variety of subsystems such as:

Program manager: The primary tool for creating and adjusting the different programs such as the Loyalty program, employee recognition program, etc.

Block explorer: an engine that enables everybody to retrieve real-time and historical data about transactions, addresses, and more.

Token builder: service for deploying and controlling tokens, including minting, burning, etc. Here admin can create new badges, for instance.

Analytics: an engine that allows monitoring of all the system’s metrics via charts on the main dashboard. You can inspect in real-time how your consumers, partners, or employees are reacting to different incentives and a variety of options for report generation.

Alarms: triggers that inform responsible persons about some unusual activity etc.

Blockchain in Retail: Use Cases

Blockchain technology allows retail companies to incentivize customers, employees, and partners.

Before writing a single line of code, we must understand who our end-users are. For example, a young single mom can behave differently than lone older adults or large families. So just define the list of the most popular groups of consumers or employees whatsoever and create at least one persona for each of them.

There could be different characteristics. Just make this list not so big:

Understanding these things will help create the best product for all these people and increase the chances of a successful product launch and absorption.


Before spending money on the development, we can run the discovery phase and determine which minimum functionality must be implemented to validate the original idea.

We can define minimal deliverables and develop the proof of concept just for testing purposes with the group of potential end-users. There is always a place to pivot and change the original idea drastically.

After the previous phase, we can go further and build a Minimum Viable Product that can be delivered to the customers.

How to start gaining from blockchain adoption

Here we describe the three first steps to help you save time and money on blockchain adoption.

Blockchain in Real Estate: Top 3 benefits

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