Cryptocurrency platforms thrive on the transformative power of blockchain technology. But how to build a blockchain application? and How it finely works. will be the biggest confusion for the majority.
This blog tells you the underlying technology, and you can explore the process of how to build a blockchain application along with its diverse use cases right here.
No crypto platform will run without the support of a Blockchain application. Blockchain is a digital system of recording immutable ledger transactions that makes it difficult to attempt malicious damage. Moreover, the market size of blockchain technology is valued at $17.46 billion U.S. dollars in 2023 and is expected to grow 87.7% of CAGR from 2023 to 2030. A fusion of skills in technology, user-focused design, and a futuristic view of the financial sector is required to create a blockchain application.
How to Build a Blockchain Application in 7 Steps?
Here are the primary eight steps for developing blockchain applications…..
- Analyze the Industry
- Choose the right blockchain platform
- Do Competitor Research
- Design Your Blockchain App
- Development and Testing Process
- Deployment
- Maintenance and Support
Step 1: Analyze and Identify the Industry
Numerous industries require blockchain technology such as gaming, banking & finance, insurance, healthcare, real estate, and security, etc… Let us delve into each sector and understand it for blockchain app development.
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Gaming
The gaming industry has evolved from a game to a professional sport. There are some gaming competitions these days that have a blank market and high financial expenses. Blockchain technology possesses the capability to tackle legacy-related issues within the gaming industry. Sky Mavis, Playkeu, Dapperlabs, The Sandbox, and Uplandme Inc. are some of the blockchain gaming companies.
- Real Estate
In the real estate industry purchasing, and selling often carries the danger of excessive paperwork, fraud, and mistakes in the public record. With the help of blockchain technology, the real estate business can easily eliminate the requirement for paper-based records. Further, the blockchain helps in recording, tracking, and transferring land titles along with ensuring accuracy and credibility. Propy and Chromaway are the industries in real estate that have implemented blockchain.
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Healthcare
The most difficult method in the healthcare business is the usage of several systems to handle and store data. Such kinds of systems include sensitive data, including personally identifiable information, which is highly vulnerable to attack.
Therefore creating a single system for sharing data among the entire institution is highly dangerous. The healthcare sector can share the data with other networks easily. This technology shares the data with integrity and high security. HealthVerity and Hashed Health are the industries that implemented blockchain.
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Banking and Finance
Considering transparency, efficiency, and ease of use the financial sector requires the help of blockchain applications. Payments, Clearness, and Settlement Systems, etc… all the primary services in the banks can be easily sorted out with this technology. JP Morgan Chase, Credit Suisse, and Western Union are already making the most out of blockchain applications.
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Supply Chain
Blockchain technology is now being used in the supply chain business. This means that when different companies work together in the supply chain, it helps to track and show all the steps involved, making everything very clear. For your understanding imagine a restaurant that wants to know where its meat comes from. With blockchain, they can easily trace the history of the meat they use in their dishes. This isn’t just for restaurants but also for other industries like farming, transportation, and fashion can also use blockchain to keep track of their products. Some companies in the supply chain industry that use blockchain are Provenance, Fluent, and Blockverify. They use this technology to ensure transparency and trace the origin of products.
Step 2: Choose the right blockchain platform
Create a blockchain application by choosing the right type of blockchain for your business. Considering the consensus process and the challenges you desire to address, blockchain apps have 4 different types. They are
Permissionless blockchain (public) – This blockchain is used by all the members of the network and on any device. Anybody can be a part of the blockchain and can make the transactions, can verify, and still stay anonymous. For instance -Bitcoin is a public blockchain.
Permissioned blockchain (Private) – This blockchain is accessed by authorized users alone. Further, this type of blockchain has a set of rules that regulate the transactions between network participants. Private blockchains are mostly preferred by organizations for internal purposes.
Hybrid blockchain – Some organizations prefer choosing the best from both the blockchains. By using this way, we can control access to the specific data stored inside the blockchain and which set of data is open to all the network participants.
Consortium blockchain – Consortium blockchain is also called federated blockchain. It’s more or less similar to the previous blockchain offering limited access to a specific set of groups. This blockchain can initiate, receive, and validate transactions via the validator node.
After deciding on the type of blockchain platform, you need to analyze the suitable platform for app development. There are 2 ways of developing a Blockchain Platform. They are :
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Craft New Blockchain
This choice empowers you to establish a new blockchain framework where every aspect, from algorithm design to transaction, is under your control. Despite its high cost, it is considered one of the most unique approaches to blockchain development.
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Replicate the Framework of Leading Blockchain Platforms
Another effective way of creating a blockchain-based application is replicating a well-known blockchain. But these platforms are open source, only you can deploy the code on your servers by simply forking their repository. How effective a blockchain platform is will be determined by the number of network nodes that can validate transactions. Hence the platforms Ethereum, Hyperledger, R3 Corda, and Ripple are just a handful.
Step 3: Do Competitor Research
After planning, do competitor research and find what they are up to. By doing competitor research, you can get an idea about the common features and functionalities. Find out the strengths and weaknesses of your competitor. Social media like LinkedIn or Facebook can help to identify your competitors. This is an important step in developing a blockchain application.
Step 4: Design Your Blockchain App
Design your blockchain application, it might be a theoretical build-up or a design prototype. Every project under theoretical build-up needs theoretical incidents in order for customers to understand the product’s applicability and viability. It is possible to write suggestions that outline every aspect of the project. Following the development of a theoretical build-up and feedback, a prototype is created that consists of:
- Drawings
- Mock-ups
- Tested information architecture, and
- Product designs
Design APIs that are to be incorporated with UI to run an application in the back-end. Visual layouts and designs are created to give a great look and user-friendly feel to the application.
Step 5: Development and Testing Process
In this phase, you should either have to develop or integrate APIs for specific use cases of the application. The Blockchain application is built under multiple versions. The development and Testing Process is a significant one.
Pre-Alpha – Firstly, A blockchain application development which is not yet undergone formal testing is called a pre-alpha version of the app. Once it got approved by the client, the next stage would be the alpha version. Here the Blockchain app developers will test the software with white-box techniques.
Beta version – Once the alpha version is released, the Blockchain app will be prepared for the Beta version. In this version, it incorporates the complete features set up but with some unknown bugs. Developers will share the beta version with a certain group of people outside the organization to test its functionality.
Candidate Version – Once the best version is approved and tested, the Blockchain application is released for the candidate version. An advanced beta version will be the final application and it will be launched.
Step 6: Deployment
After undergoing several tests, the application will finally move to the production phase and get ready for deployment. Before any application goes live, it should be deployed on the test network to test its functionalities promptly.
The admin manages which version of the apps will be deployed. Once the application is provisioned, it should be hosted on the main chain. If the developed blockchain is a hybrid platform, i.e. it contains both off-chain and on-chain business entities, then it needs to be deployed on the cloud server and in the app store/play store. It should also be able to upgrade according to the needs and prioritization.
Step 7: Maintenance and Support
This phase is meant for updating OS, frameworks, libraries, and adding new features and modifying the application to meet your current business requirements. It also involves addressing any technical issues and implementing the needed updates. This is an essential step to maintain the working of blockchain applications. Maintenance and support are very important to achieve the long-term success and sustainability of the blockchain.
Nearly, gigabytes and terabytes of storage capacity are needed to put up a blockchain. Since you’ve got the knowledge regarding how to build a blockchain application right?? You may now have a question like, what’s the reason behind developing a blockchain application…. To clear your doubts, read ahead.
Reasons to Develop Blockchain Application
There are several solid reasons for developing a blockchain application. Come let’s uncover the top reasons in the following:
Public Verification
One of the main reasons for constructing a blockchain technology is it provides the public verification of transactions. Anybody from wherever can view all the activities carried away, which ensures the trust between parties.
Transparency
Transparency is achieved by recording everything in a public ledger. This prevents fraudulence and corruption by tracking out the transactions in a simple way and ensuring they are legitimate.
Privacy
By using Blockchain technology, we can guarantee high privacy to the users and can have high confidentiality towards the data. For instance – Cryptocurrency like Bitcoin allows users to make transactions without revealing their true identity.
Immutability
Cryptographic techniques are used in Blockchain technology to prevent unauthorized changes and for secure transactions. Whatever is added to the blockchain cannot be deleted or even altered.
Easy Transactions
Implementing Blockchain makes it simple for transactions by neglecting the intermediaries. This will help the business to reduce costs and at the same time improve efficiency by streamlining the process. It also reduces the required time.
Cryptocurrency Exchange
Constructing blockchain-based applications offers a more secure way to fast buy and sell cryptos. The blockchain technology helps to build a user-friendly interface, with low fees and fast transactions.
High-Security
High security is maintained using cryptographic techniques which secure the user transactions. Blockchain technology prevents unauthorized access to participate in the network. This decentralized nature of blockchain apps makes them less vulnerable to cyber threats.
Astounded by the above reasons?? Come let’s find out what is cost to build a Blockchain app the upcoming….
How Much Does It Cost to Build a Blockchain Application?
Developing a blockchain application costs around $25,000 – $60,000. However, the final cost of the blockchain application depends on several factors such as :
- Type of the App that you’re developing
- Complexity of the features.
- Blockchain platform.
- Integrations of third party.
- App complexity.
- The number of targeted platforms.
- Location of the blockchain mobile app development.
The following are some of the examples of blockchain projects on the complexity level:
- Low Complexity Blockchain – Payment apps, Smart Contracts Development App.
- Medium Complexity Blockchain – Developing dApps on blockchain platforms, Semi-decentralized apps, Hybrid blockchain apps, and Blockchain dApps.
- High Complexity Blockchain – Creating Blockchain Apps from scratch, A complete dApp.
Developing a blockchain application with an in-house development team is quite an expensive choice. However you have enough control over the blockchain Creation, one with deep pockets can opt for this. Apart from this, a wise choice would be approaching the best Blockchain development company. Taking up a blockchain development provider would benefit you based on budget constraints.
Final Thoughts
In the ever-evolving realm of blockchain creation, turning your crypto dreams into reality requires a blend of expertise and innovation. As you set sail on this journey, let Coinsclone be a compass to your ambition that leads you to success. Coinsclone is not just a development platform, it’s your launchpad to the financial revolution. From coding to user-centric design, we shape your blockchain development, ensuring that your crypto business reaches new heights. So, why settle for the ordinary when you can redefine the extraordinary? Let Coinsclone be the architect of your blockchain destiny.
Frequently Asked Questions
1. What factors beyond technical specs influence blockchain platform selection?
Factors like community support, regulatory compliance, and ecosystem maturity influence the selection of a blockchain platform beyond technical specifications.
2. What challenges arise in testing beta versions of blockchain apps and how are they addressed?
Challenges in testing beta versions of blockchain apps include identifying and addressing unknown bugs, which are typically managed through iterative testing and feedback loops during development.
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