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The Future of Decentralized Mobile App Development

by Nathan Zachary

Decentralized applications, which live and operate on a peer-to-peer or blockchain network, have prompted entrepreneurs from a variety of industries to reconsider mobile app creation. The technology developed to transform the financial environment has matured to the point of giving a variety of use cases for decentralized app development. Because of its openness, dependability, and scalability, the DApp or dapp movement has spread like wildfire, boosting the worldwide DApps Market.

As a result, the number of DApps surpassed 2432 in 2019, with over 180 new dapps being created each month. Further investigation reveals that the Ethereum blockchain is a dominating platform for developing decentralized apps, with a thriving developer community. According to the same report, the main dapps categories include gaming and data storage.

So, what exactly are decentralized applications, or dapps? What distinguishes them from our standard mobile applications? And how can you create decentralized apps?

Continue reading to learn everything there is to know about dapps. We’ll look at everything from its definition, dapps vs. apps, to how a corporation, regardless of sector, may construct one.

Let’s get started right away!

What Is A Decentralized App?

Decentralized Applications are software applications that do not have a centralized authority. They function on a peer-to-peer or dispersed network, as opposed to conventional applications, which rely on a client-server network that is maintained and allowed by a rule. Dapps are less likely to be shut down or experience downtime because there is no one to regulate them.

A decentralized application is always built on a decentralized network. A smart contract and a frontend user interface are combined in the network. Because smart contracts on Ethereum, for example, are visible and accessible – similar to open-source APIs – you may even integrate a smart contract authored by someone else.

When it comes to the backend of a dApp, its code operates on a decentralized peer-to-peer network, as opposed to a traditional app, where the backend code runs on centralized servers. When it comes to the frontend, you may create it, as well as the user experience and interface, just like any other program, by making calls to its backend.

Advantages of Creating a Decentralized Application

Now that you have a better knowledge of dapps, let us move on to the reasons why dapps are becoming more popular.

There is no downtime

As soon as the smart contract is put on the blockchain, the network will begin servicing its clients. The exciting element is that these contracts enable dapps to run continuously, and as long as the blockchain hosts the contracts, they continue to function flawlessly.


Using public and private keys, you may safeguard transactions between users without exposing personal data.

Censorship Opposition

No one can prevent users from submitting transactions or reading data from the blockchain since dapps are uncontrolled.

Total data integrity

Dapps have no single point of failure, and data saved in them is unalterable due to cryptographic primitives. All of these characteristics make it difficult to hijack a chain and manage a decentralized application.

In a nutshell, Dapps provide the following benefits.

  • There is no need for a middleman to control the app.
  • Provide more secure security than client/server networks;
  • The complete database’s tamper-proof record;
  • Cannot change written blocks unless the entire network agrees;
  • It cannot be stopped by a single outage or assault.
  • There is no downtime;
  • increased dependability;
  • Payments are simple to make;

So, what’s the distinction between dApps and regular applications?

Centralization vs. Decentralization:

The fundamental distinction between DApps and regular applications is obvious: the primary principle of decentralization. DApps run on a peer-to-peer blockchain network, as opposed to traditional programs that are governed by a centralized governing authority.

Storage of value:

One of the standout aspects of DApps is their storage value. They can hold bitcoin and distribute it to consumers whenever contract terms are met.

Traditional applications, on the other hand, must rely on a trustworthy third party to protect financial transactions. DApps reduce the need for a third party since the value may be stored directly within the app.


DApps are often more secure than ordinary mobile apps since they are developed on a Blockchain foundation. Furthermore, decentralized programs are usually tamper-proof, with unchangeable preserved information. Not to mention their resistance to hacking and potential destruction.


Another distinguishing feature of our centralized and decentralized apps is an immutable public ledger. Unlike any other app, data or activities on the DApp are recorded in the blockchain and remain there in perpetuity.

High level of synergy:

Decentralized apps have an advantage in terms of synergy since they connect effortlessly. Because all blockchain-powered applications are inter-compatible, their synergistic potential multiplies when compared to traditional apps.

Types of Decentralized App Development to Be Aware Of

If you want to design a decentralized application, you must understand more than just its merits. You cannot simply hire mobile app developers and proceed. Before you begin developing, you should be aware of the many sorts of dapps.

1st type:

To design a decentralized app, you create your own Blockchain. Bitcoin is a prime illustration of this. This category includes any other coins that have their own blockchain.

2nd type:

The blockchain established by type 1 applications is used by type 2 dapps. To run, such apps must rely on tokens. Take, for example, The Omni Protocol. It is designed as a layer on top of Bitcoin, allowing you to manufacture, transmit, trade, redeem, pay dividends to, and wager on tokens representing any type of asset.

3rd type:

To underwrite their tokens, many dapps now employ the Type 2 protocol. The Safe Network is an excellent example of a type 3 dapp. Everyone Has Secure Access— The SAFE Network is a decentralized, open-source data storage and communication network. The SAFE API is used by developers to construct censorship-resistant websites and apps.

You should look into a couple of amazingly rising decentralized apps.


UniSwap is a leading decentralized exchange that allows traders to access low-cap cryptocurrencies and assets that are not widely available on other platforms such as Kraken and Coinbase. Furthermore, the DApp allows traders to link their Ethereum wallets and do smooth ERC20 token swaps.


OpenSea is the world’s largest peer-to-peer marketplace for digital assets, which includes game items, digital art, and any blockchain-based sales. This decentralized marketplace allows users to focus on their content, design, and consumers, making the purchasing and selling process faster.

How to Create a Decentralized Application?

Step 1: Select a use case

Blockchain, as you are aware, provides features such as encryption, immutability, distribution, decentralization, and tokenization. You should examine the situation at hand and determine whether it truly necessitates decentralization, encryption, or any of the blockchain components.

This step determines if you need to create a dapp. And, if so, what kind of decentralized app should you build?

Step 2: Select core technologies

When you’ve decided to build a decentralized app, make a list of the technologies you’ll need to cover in the development areas listed below.

  • Database
  • Frameworks
  • Hosting
  • Frontend
  • Front-end agreements
  • Programming language used in contracts
  • API‘s
  • Server for development

However, the technological stack will vary based on:

  • You intend to use blockchain.
  • Front ends (mobile/web) that you picture
  • Your dApp’s features

If you construct a dapp using Ethereum, the standard development kit contains the Truffle suite of tools with Ganache (BUILT-IN BLOCK EXPLORER), Solidity programming language, and Remix IDE.

For the front-end, you may use technologies like React.js, Node.js, Swift/Kotlin, or React Native for mobile and Web3.js for web.

Also read: Custodial Wallets Vs Non-Custodial Wallets: An In-Depth Look at the Differences

Step 3: Complete front end development

Decentralized apps, like any other program, require a client-side mobile app or website. As a result, it’s equally important to design an intuitive user interface that aids the user in swiftly comprehending complicated information. We feel that the strategy shown below is the best way to build a user-friendly app UI/UX for any type of app.

  • Low-fidelity user interface with wireframing
  • Prototyping of a high-fidelity user interface
  • User evaluation
  • Based on the input, improve the UI/UX.

Step 4: Decentralized app development

To build a powerful backend, you must engage app developers that understand decentralized application design and process. Developers should be comfortable creating and implementing smart contracts on a network.

Step 5: Testing and Launch

When your decentralized app is ready to take flight, you must publish it to the network. Before making the code public, you have the chance to thoroughly analyze it to detect and repair possible issues or errors.

That concludes our tutorial on creating decentralized applications. Whether you are unsure whether decentralization is right for you or if it will work for you, you should talk about it now. Decentralized apps are growing in popularity, awareness, and demand.

As a result, the best moment to adopt the trend is now, in a less competitive market. Who knows, maybe your app may be an inspiration to others when it becomes a big thing. Give it some thought!

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