The Transformative Potential & Key Features of Web 3.0, the Future of Internet!

The Transformative Potential & Key Features of Web 3.0, the Future of Internet!
web 3.0
What’s all the buzz about Web 3.0? Why is it being considered the Future of Internet services?
Web 3.0 is the next level of the ever-evolving web that is replacing Web 2.0 at a fast pace. It comes with a promise of opening up myriad untapped avenues in the realm of advanced computing and IT. Web 3.0 has started unfolding its potential to achieve unimaginable outcomes. Its disruptive power is considered to be way more than its predecessors – Web 1.0 and Web 2.0. However, it’s still in its formative stage & we can experience its full potential in the next 5-10 years.
Catch a glimpse of the journey of Web 3.0 to date. Also, explore what Web 3.0 apps & websites have in store for diverse industry verticals in the years to come.

Evolutionary Journey from Web 1.0 to Web 3.0

The web underwent a series of transformations since its inception. Take a sneak peek!

Web 1.0

Web 1.0 introduced the concept of the internet; a storehouse of reliable information. At this phase, the web was just like an electronic read-only medium that shared authentic data with users. This web version did try to introduce interactivity through the shopping cart systems but failed to deliver true individual interactivity. Users were not able to create their pages on the internet or even post a comment on any web content. Users were able to just gather information on concepts & facts. So, Web1.0 is also known as the ‘static’ or the ‘read-only’ web.
The technologies used for Web 1.0 were URL (Uniform Resource Locator), Hypertext Transfer Protocol (HTTP), & HTML (Hypertext Markup Language).
web 1.0

Web 2.0

Web 2.0 elevated the web to the next stage by bringing real interactivity into the picture & globalizing economies. It introduced dynamic content and the practice of collecting user inputs. The “read-only” internet transformed into a platform where an average internet user was able to experience interactivity. Individuals were able to connect with other individuals, communities, and websites by posting content/comments, working with video players, etc.
This era witnessed the emergence of social media apps, online discussion forums, on-demand services, and many more. Revolutionary websites and applications such as WhatsApp, YouTube, Wikipedia, and Facebook came into being. And, we all know the amount of popularity and acceptance these apps have garnered.
Web 2.0 was able to achieve such unimaginable results because of the development of innovative client-side & server-side scripting languages and styling languages during this era. Some examples include technologies like HTML5, JavaScript, & CSS3 and languages like Python, PHP, J2EE, & ASP.Net.
Nevertheless, this approach involves certain limitations. Web 2.0 has a centralized architecture powered by the Cloud utility infrastructure. And, the data exchanged through this centralized web is owned by a group of global tech giants including Meta (formerly Facebook), Twitter, & YouTube. Hence, real user interaction with the internet enabled these tech companies to gain access & ownership of users’ personal data. Moreover, this approach made user data vulnerable to security attacks, unauthorized access, & breaches. It became easy for hackers to steal data and misuse it for committing crimes. Spammers & fake IDs became very common in the Web 2.0 era, leading to an increase in cyber crimes.
web 2.0

Web 3.0

Web 3.0 has taken things one step ahead through revolutionary add-ons and offers effective solutions to protect user data from security threats. Web 3.0 has started to transform the internet into a medium that correctly interprets user data inputs via different communication mediums like voice, text, etc. It actually understands all that the user intends to convey and offers a high level of customization.
This version of the internet has also devised significant approaches to protect user data from cyber-attacks. Unlike Web 2.0, Web3.0 has decentralized the network itself to return data ownership to the individuals. Web 3.0 websites and apps store users’ data in decentralized networks that cannot be controlled by a centralized authority like a tech company or a group of companies. Neither can tech companies utilize users’ data for personal gains. As such, web users have become stakeholders of the network & sole owners of their data. In such a decentralized network, users can tokenize their transactions without having to worry about privacy concerns and security breaches.
Cutting-edge technologies like AI, ML, Big Data, & Blockchain are contributing to the growth of Web 3.0.
web 3.0

Noteworthy Features of Web 3.0

web 3.0 Apps

Semantic Web

The semantic web empowers web technologies to generate, share as well as connect content using a search & analysis process. The key objective of the semantic web is to store data and organize it in a manner that will teach the system how to find out the meaning of a piece of information. Here, the technologies can comprehend the real meaning of words, unlike the yesteryear technologies that just recognized keywords and numbers.

Blockchain-enabled Decentralization

Decentralization is one of the most important USPs of Web 3.0. In the previous version, Web 2.0, a single server or location maintained data in the form of definite web addresses using HTTP. Web 3.0 employs Blockchain to store this information simultaneously in multiple locations; this is called decentralization. This prevents leading tech companies from controlling or using users’ data for their profit. Thanks to a decentralized network, users are the owners of their assets or data. This data is stored by networks via a peer-to-peer interconnection. And, users are able to log in safely through the internet without the chance of being tracked. Hence, individuals can sell their data via decentralized networks. This data can be generated by powerful computing resources like computers, smartphones, sensors, automobiles, and appliances.
Web 3.0 Blockchain can boost the speed of transactions considerably, besides making the transactions hack-proof. Take a look at some Blockchain-based use cases of Web 3.0 applications. These use cases include the ones that have already been implemented as well as the services that are expected in the coming years.
Cryptocurrency: Cryptocurrencies like Bitcoin have started gaining momentum. Well, such cryptocurrencies are actually Web 3.0 crypto applications that focus on creating a novel approach to handling currencies.
NFT: NFTs or non-fungible tokens is another use case of Web3.0 apps. These tokens are stored within a Blockchain with a cryptographic hash. Users can produce digital items and create an NFT. NFT creation will help users protect their PII (personally identifiable information) and intellectual property.
dApp: dApps or decentralized apps are programs created on top of a Blockchain. dApps are logged in an immutable ledger & run programmatically. They are used to develop smart contracts and are used for delivering services.
DeFi: The concept of DeFi or decentralized finance is one of the latest use cases of web 3.0 applications. Here, a decentralized Blockchain is employed for carrying out financial services outside the confines of centralized banking infrastructure.
Cross-chain Bridges: There are several Blockchains existing within a Web 3.0 world. And, cross-chain bridges establish a certain degree of interoperability or connectivity across these Blockchains.
DAOs: DAOs are envisaged to act like organizing entities for Web 3.0 services by providing a structure to a decentralized approach and governing it as well.

Artificial Intelligence Technologies

Web 3.0 is based on AI technologies like Machine Learning, Deep Learning, Big Data, & Data Analytics. Web 3.0 enables modern computers to combine semantic abilities and technologies like NLP (Natural Language Processing) to figure out the context of information from a human’s perspective. This way, they can quickly process information & deliver more relevant outcomes to users.
Also, Web 3.0 leverages the power of ML (Machine Learning), a subset of AI (Artificial Intelligence). ML algorithms can imitate human learning with the help of data & algorithms and gradually enhances its accuracy levels. This is the reason why AI/ML algorithms can make accurate predictions and improve decision-making. This function will prove beneficial for domains like advertising, healthcare, etc. Web 3.0 websites and applications are becoming smarter, such that they can comprehend a user’s expressions, mood, & emotions, and even identify sarcasm.

3D Graphics

Employing technologies like AR (Augmented Reality), VR (Virtual Reality), and 3D graphics, Web 3.0 will be more spatial. 3D worlds can create immersive user experiences and focus on bridging the gap between the real and the virtual worlds. Today, 3D designs are utilized in websites as well as services. eCommerce websites, gaming apps, museum guides, & geospatial contexts are some of the popular examples of 3D, AR, & VR implementation.


The revolutionary technology Metaverse with the help of Blockchain-empowered Web 3.0 is all set to connect the real and virtual worlds like never before.


This feature was already introduced by Web 2.0, and Web 3.0 promises to elevate this ability to new heights. With Web 3.0, users can access the content as well as the services offered by the internet at any time of the day. Besides, users can access internet services using any number of devices. Furthermore, the internet can be accessed through IoT sensors, without the need for mobile phones or computers.

Edge Computing

Edge computing refers to the processing of data & apps at the edge of the network on devices like laptops, smartphones, sensors, smart cars, and appliances. Web 3.0 moves data centers from a centralized position to the edges, so that the creators gain control of their data.

How can Web 3.0 benefit Businesses?

Self-executing: No Dependence on Service Providers

Web 3.0 data is directly stored on Blockchain networks with decentralized nodes. This data can be accessed by authorized users from any device. Due to decentralization, users need not depend on third-party service providers for carrying out specific tasks. Instead, users can reap the benefits of self-executing smart contracts. With smart devices & computers, tasks will be automatically executed without glitches as per the specific conditions established by the business entity. Contracts will be effortless to execute as machines will clearly understand the transactions taking place between two parties.
Unlike Web 2.0, businesses need not have to pay hefty charges or allow providers to monetize their data in exchange for services. Therefore, providers cannot profit from users’ data. Here, data is shared with different services and apps rather than being owned. Data ownership and control lie solely with the creator. This will increase efficiency and reduce operational expenses for business transactions.

High-grade Security

Blockchain technology protects & encrypts users’ data. One cannot modify, remove, or tamper with any data, information, or transaction that gets recorded on the Blockchain-based Web 3.0. As such, businesses can share valuable data with their employees, suppliers, or clients without having to worry about losing data to cyber-criminals. Also, users will receive several backups for their data so that data is not lost during incidents like app crashes. So, businesses need not invest in adopting high-grade security measures to protect their data from security threats or creating backups.

Avant-garde App Interface

Web 3.0 is multi-dimensional and so, it empowers websites and web apps to deliver exceptional user experiences. For instance, a mapping service provider such as Google can offer users advanced functionalities like traffic updates in real-time and provide suggestions for route planning & lodging.

Advanced Search & Customized Browsing

The search engine of Web 3.0 is based on natural languages. Therefore, businesses can use a more organic approach for optimizing their websites for search engines and say goodbye to complex keyboard techniques for this purpose. Needless to say, users reap the benefits of a more customized browsing experience.

Well-connected Environment

Peer-to-peer communication & highly adaptable governance will assist participants in share ties. These shared ties will result in a dynamic network that allows seamless collaboration of resources between various participants. Such collaboration will help business enterprises find solutions to complex problems & issues.

Streamlined Business Operations

With Web 3.0, businesses can create and maintain a transaction ledger that involves all the relevant parties. Businesses can also benefit by automating contracts via smart contracts and handling supply chains effortlessly.
Utilizing the power of Web 3.0 technologies, eCommerce marketers can go for customized targeting, using solutions that will suit the requirements of every customer. Web 3.0 applications facilitate operational tasks like managing returns & refunds, tracking order delivery, offering post-sales services to customers, and obtaining consumer feedback.

Final Thoughts:

Web 3.0, the third generation of the web, promises to make the internet all the more interesting, engaging, immersive, secure, and handy. Web 3.0 has already started creating revolutionary apps and services. Some use case examples include Wofram Alpha, a smarter Siri, Augur, Farmatrust, Trustatom, Bitpesa, Bitmari, etc. If you too would like to develop a service, website, or application using the power of Web 3.0, seek technical assistance from an experienced web application development company in USA.

What are the Differences between Django and React? When can you Combine Django & React for Web Development?

What are the Differences between Django and React? When can you Combine Django & React for Web Development?
react developers
React.js, commonly called React, is a JavaScript library for developing new-age web apps including Single Page Applications & dynamic web apps. Web developers love React as it enables you to build web apps with an engaging UI and that too with minimal efforts and less coding. This makes way for faster development. Besides the React.js library, the React ecosystem also offers a popular framework called React Native that is used for building native-like cross-platform mobile apps. Both React Native and React facilitate front-end development and have been leveraged by multiple big players including Facebook, Instagram, Yahoo, PayPal, & Netflix.
Django, on the other hand, is a free and open-source framework based on Python. This high-end framework comes with excellent backend capabilities and is a viable choice for developing apps & websites. The Django framework has been utilized by several biggies such as YouTube, Spotify, Instagram, & Disqus.
This post explores the unique offerings of React & Django as web development frameworks. The write-up also discusses when to consider combining these frameworks for creating websites or apps and the key developmental steps involved in the process.
react developers


Key Offerings

React is a simple library and so, is easy to comprehend. React comes with the feature of one-way data binding that allows the entire app to flow in a single direction. As such, you gain better control over your app. A React website or app is segregated into various components and each component defines a view. React’s virtual DOM enables developers to implement a server-side rendering without having to update the view every time. Furthermore, React is SEO-friendly, unlike several other JavaScript frameworks.


Easy Learning Curve

React involves an easy learning curve and enables developers to architect isomorphic applications. Isomorphic apps can be built using the same code for the front-end and back-end app components.

Speedy Development

The React ecosystem offers a plethora of templates, component libraries, and additional packages for software development. Therefore, React developers need not invest time and effort to reinvent the wheel. Also, React’s ability to reuse components that were used in other apps with similar features helps one to speed up the time-to-market considerably.

JSX Usage

React proves beneficial for crafting dynamic web apps, particularly those that involve clumsy HTML strings and need complicated coding. Here, the usage of JSX, a specific HTML syntax, provides React a competitive edge over others. JSX makes it possible for HTML quotes & HTML tag syntax apps to render particular sub-components. JSX also enables one to build custom components as per the project requirement.

Virtual DOM

The functionality of DOM (Document Object Model) is another unique offering. When working with plain HTML and hooking it with JavaScript, you have to work with the HTML elements that are ready on the page. So, whenever you implement changes, you need to re-render the page from scratch. The presence of a virtual DOM in React allows developers to identify the portion that has been modified. Developers then make changes and re-render only that specific part of the app. This distinct ability speeds up the entire process altogether.


React comes with the Redux extension that allows you to manage the state easily and securely. Moreover, there are handy developer tools for debugging and inspecting the state.
Here’s how the usage of Redux facilitates state management and helps in updating the history between several components!
react developers


Django: Key Offerings

The Django framework is reliable, scalable, and speeds up development. Django offers modules that are used by developers for building websites and applications right from the existing resources without the need for coding from scratch. The architectural clarity of this framework & an easy-to-use structure helps you to create a clean & pragmatic web design. Besides, it comes with numerous advanced features like authentication support, admin panels, comment boxes, support for file uploads & application management, etc. that prove beneficial for web development.

Django: Architecture

The Django framework is based on the MVT Architecture. The MVT architecture is quite similar to the MVC architecture (Model, View, & Controller). The only difference is that Django employs “templates” to carry out the tasks executed by the “Controller.” This “template” file is actually a combination of HTML and DTL (Django Template Language).
react developers

Django: Benefits

Ease of Usage & Handy Add-ons

Django involves a moderate learning curve and is effortless to configure. Django boasts of comprehensive documentation, countless tutorials, and a vibrant community to assist developers. Besides, there are numerous add-ons, unique libraries, and packages with pre-built codes. In a nutshell, the Django framework offers all that you need for web app development. The framework is also capable of handling almost every web developmental task including user authentication, content administration, site maps, & RSS feeds.

REST framework

Django’s REST (Representational State Transfer) framework is another crucial offering! Using REST, one can create custom APIs when developing the backend of web apps. These web APIs are robust, scalable, and versatile. Owing to the high scalability of the REST framework, you can build small-scale projects at the beginning and later on proceed to develop complex apps that can handle voluminous data and high user traffic.


Django is a Python-based framework. And, Python is an object-oriented programming language with cross-platform compatibility. It proves beneficial to developers owing to its versatility, lesser lines of code, and English-like syntax. Also, Python simplifies the implementation of Machine Learning algorithms into an application.

Database Handling

Django functions with most of the important databases. So, you have the flexibility to use the most suitable database as per your project needs. The Django framework can also work with several databases simultaneously. Django’s dynamic CRUD interface helps you to effortlessly manage huge database-driven websites such as B2B CRM Systems, eCommerce stores, etc. Here, CRUD means Creating, Reading, Updating, & Deleting.


The Django framework has proved its prowess in developing apps and websites for diverse industry verticals like intelligent automation, scientific computing, enterprise management, and content management.


Django offers high-grade security that protects your website/app from cyber-attacks like XSS, Clickjacking, SQL Injection, CSRF, etc.

Comparing React & Django

Check out some differences between React & Django!
Django is a Python-based web development framework whereas React is a JavaScript library for front-end development. React is way more popular, and easier to learn & understand than the Django framework. However, the security offered by Django is much higher as compared to React. React is suitable for developing small-scale as well as large-scale apps. Django, on the other hand, is not considered to be a good choice for building small-scale apps.
Both React & Django promise speedy web development; but, their strategies are different. Django offers ready-made tools templates, standards, and policies for faster development. React achieves the same outcome by providing reusable code functions. App creators use the Django framework because of its ability to create and publish apps. React is used as it simplifies program binding.

Using Django & React together for Mobile/Web App Development

How about combining the unique offerings of React and Django for developing mobile and web applications? Well, using Django as a backend framework and React as a front-end framework is a popular approach for web development. However, for developing mobile apps, you need to use React native as the front-end framework. Let’s explore more facts on web app development with React and Django!

When should you consider Integrating Django & React?

The Django framework offers all that is required for web development. It can manage every task right from the database to the final HTML that is sent to the client. So, why is there a need to integrate it with React?
Well, for creating SPAs, React is the most suitable pick for front-end development. SPAs are web apps that load dynamic content on user request. Here, users request for the content only instead of requesting the servers to load the entire page. Therefore, the SPA page doesn’t get refreshed ever. The software either adds resources in response to user requests or retrieves the code by loading a single page. React perfectly fits into this kind of app development requirement as it supports the feature of routing (jumping between pages), besides other goodies. And, the backend capabilities of Django are leveraged for achieving the best outcomes.
In a nutshell, Django & React form a great backend-frontend combination for developing progressive web apps (PWAs) or single-page applications (SPAs). Here, the backend and the front-end become separate projects. Communication and data exchange between these two projects take place through APIs.

Benefits of Integrating Django & React

You can easily integrate the Django framework with React.js with the use of static files. This combination allows flexibility, enables a high level of customization & simplifies code management for the frontend as well as backend. You can even add AngularJS or VueJS to some blocks without having to modify any pre-built structure. Another major advantage of this approach is the separation of the frontend and backend. This approach decouples both interfaces in a better way; development teams can work independently of each other in their respective domains. As a result, apps/websites load faster and the tasks of testing, bug detection, and bug fixing become a breeze.

Web App Development using the Django & React Combination: Key Steps

Here are the key steps involved in web app development using the Django & React combination!

Step#1: Set up Python

Open an IDE of your choice into an empty directory, name the directory, and create a venv with the necessary coding. Employ the commands of python or pip when inside the venv. Use commands like python3 & pip3 when outside the venv.

Step#2: Install Django

Now, start the Django installation process. For this, you need to run the command pip install django djangorestframework django-cors-headers inside your venv. Here, we are installing two more API dependencies. The first dependency is the Django REST Framework; it’s a robust & flexible toolkit that creates Web APIs. The second one is the django-cors-headers. This is an app that handles the server headers needed for CORS. These two dependencies help developers to access API from a different app; they help in connecting Django & React.
We’ll utilize two more Django features – “django-admin” and “” – for creating boilerplate configurations. Django’s automatic admin interface, “django-admin” is a useful command-line utility tool and the script “” helps in carrying out tasks like database management, creation of tables from models, project creation, and the handling of versioning & migration.
Thereafter, you need to run the command of django-admin startproject django_react_proj inside the venv for creating the API project. Once the project gets created, start configuring Django using the file “” inside the folder “django_react_proj/.” Now, open the file, go to the installed configuration INSTALLED_APPS, and then do some coding.

Step#3: Add Models & Views to Django

With the script create some pre-set files. Use the command django-admin startapp students. The students/ folder gets created along with & Now, you need to remove the existing content from the file and add your model as per the project’s need. Also, set the fields using the proper configurations & types that you need; some examples are max length, autocreation, description, etc.

Step#4: Migrate Django Models to the Database

Now, use the “migrations” feature offered by Django to export your models to the database. This feature enables you to implement the modifications you’ve made to your models into the database schema. These modifications can be adding a field, deleting a model, etc. These functions are mostly automatic; however, you need to know when to carry out migrations and run those.

Step#5: Create the Django REST API & Test the Endpoints

Here, you need to build the REST API on top of Django’s REST Framework. The major worlds you’ll find here are views & URLs. A view is the first entry point of a request that is initiated upon a particular endpoint. This endpoint is served by an URL. Once you connect the function to the endpoint, the REST Framework maps it all. You also need to use serializers for converting complex data like model instances & QuerySets into native Python datatypes so that these can be rendered into JSON easily. Now, you need to test the endpoints using the “Browsable API,” a developer-friendly HTML output offered by the Django framework. This API enables you to easily browse for resources and use forms to submit data to the resources.

Step#6: Create React App

For creating a React app, install Node & npm, then run the command npx create-react-app students-fe into the rootfolder of the Django project. Now, divide your frontend into smaller components.

Step#7: Integrate the React App with Django

To carry out this integration process, you need to use Bootstrap with React for styling along with the reactstrap package and the promise-based HTTP client “Axios” for making HTTP request calls to the Django API. Thereafter, you need to work on the header component, create NewStudentForm, work on the Modal for editing student information, create the students listing, and finally build the home component.


I hope this post has provided you with all the necessary insights and guidance needed for using the Django framework and the React.js library together for your upcoming web development project. However, for building an impeccable web app, you need to ensure that the developmental stages are executed correctly and the web app is maintained & updated post-deployment. Hence, you need to partner with experienced React Native app development services that will offer end-to-end services.