The digital age has brought about a dramatic shift in the pace of technological development. What was considered cutting-edge mere days ago can easily be replaced by something newer and more advanced. In the 25 years since its inception, the Internet has experienced a massive transformation; the Web 1.0 of the early days featured mostly static, read-only websites, but this has since been replaced by Web 2.0 in the mid-00s, which has allowed for user-generated content and a level of ease of use and interoperability that was previously unprecedented.
The advent ofWeb3 developmentwas triggered by the central authority entities that had gained control over the world wide web, deciding what should and should not be allowed. In contrast to the web monopolized by a few major tech companies, Web 3.0 is decentralized, meaning that it gets built, run, and owned by users. Although Web2 is the current version of the Internet and numerous Web3 apps are already available, it appears that Web2 and Web3 may coexist for a long time.
Despite this, the Web2 v/s Web3 development dilemma is crucial to businesses. This article will explain the reasons to migrate from Web2 to Web3 and provide a more technical look at transitioning from Web2 to Web3.
Approximately 60% of the global population utilizes the Internet; however, it is far from perfect. Corporations control Web2 and extract personal information in return for services.
By providing peer-to-peer interactions on a global scale, Web2 acts as a reliable go-between for two individuals who lack familiarity or trust in one another. Furthermore, it enforces the regulations of all transactions and controls the information of its users.
People lack the autonomy to manage their own data, and there is no built-in mechanism for value exchange. Data on the Internet is stored and maintained in a centralized manner, mainly through the use of servers that either send or receive information from a client. Every time one interacts with the Internet, service providers get access to their information; as a result, users forfeit control over their data.
The data is mainly stored in the cloud that, if not authenticated, can raise the question of whether people can trust centralized institutions that manage their data.
The present iteration of the Internet (Web 2.0) operates on a client-server-based data infrastructure and centralized data management, which presents a number of points of vulnerability.
The impetus for redesigning the existing Internet is due to the fact that a small number of powerful corporations control the majority of today's widely-used Internet platforms, reaping financial rewards from the data users generate.
It is imperative for users to transition from a simple payment gateway to a crypto wallet as Web3 development makes use of decentralized currency. Metamask is the optimal option, yet users may shift to third-party wallet libraries or APIs to satisfy their requirements. Web3 wallets grant access to a myriad of gaming and nonfungible tokens, Decentralized finance (DeFi) platforms, and blockchain-based crypto applications.
Web3 applications differ from Web2 in that they possess different data architectures. Whereas Web2 apps are application-centric, storing all information related to an app on a single server, Web3 development encompasses a user-centric model of data storage, wherein app data is distributed across a network and accessible to users. Furthermore, user data in Web3 is owned by the user in contrast to centralized data storage, which is often utilized for personal profit. Consequently, a shift from a traditional storage model to a decentralized one is necessary to transition from Web2 to Web3 development.
User Flow Changes
The user experience in Web3 development will be considerably more engaging than Web2, as users must interact with the platform through the use of smart contracts for activities such as purchasing, selling, transferring, and making payments using tokens.
At Infograins, our team provides superior migration services from web2 to Web3 development. The process begins with an initial discussion to identify the requirements, followed by implementation and testing, concluding with deployment.
Requirement Gathering: To commence the migration process, we discuss project specifications. Subsequently, we assess the current infrastructure and identify any drawbacks in the web2 app to form a suitable migration plan.
Project Evaluation: Here, we assess all project elements, such as the budget, security, and compliant infrastructure, and formulate explicit policy regulations for the successful accomplishment of the project.
Migration: Our experts engage in migrating from web2 to Web3 development. They can successfully execute the migration.
QA and Deployment: Once the web3 application is ready, it goes through rigorous testing to guarantee that it is free of bugs or errors. After addressing all discrepancies, the web3 app gets deployed. With these straightforward steps, we can migrate web2 apps to web3 apps. If you want to transition your business to a blockchain-based platform, our developers are ready to assist you.