The World Wide Web, also known as the “Web”, is an interconnected framework in which Uniform Resource Locators (URLs, like the https://example.com/) define documentation and other web resources. All of which can be associated with hyperlinks, and accessed via the internet. In this blog, we have answered “What is a web” with fine details from past inventions to future expectations.
History of World Wide Web
When employed at CERN in 1989, British scientist Tim Berners-Lee invented the World Wide Web (WWW). The Internet was born out of a need for automated information sharing. It happened as a result of efforts for scientists at universities and other research institutes all around the world.
Need for WWW:
The WWW’s basic concept was to combine machine, data network, and hypertext technology. After combining them, converting them into a strong and user-friendly global information system.
Principal concept behind World Wide Web:
This section summarized the main principles and described relevant keywords related to the Internet. The document defined a “hypertext project” called “Worldwide Web,” in which “browsers” could access a “web” of “hypertext documents.”
INTERNET IS A VAST RESOURCE. EXPANDING AT A RAPID PACE
Just a few people had access to the NeXT programming interface, on which the first browser ran. Afterward work on an easier, “line-mode” browser, which could run on any device, began shortly after.
WEB 1.0 – The Read-only Web
The early Internet consisted mostly of web pages linked together by hyperlinks. Also, with little of the additional graphics, controls, or types that we see today as we log in. Experts labeled it the “read-only” network because it was a static platform with no social features. Moreover, for the most part, the web user was a passive observer, and most of the user feedback occurred offline. Static sites stored on ISP-hosted web servers or free web hosting platforms make up most individual webpage.
An Internet that can only be read is a valuable source of knowledge and a learning tool. What it isn’t is a thriving virtual environment with customer feedback or a working shop.
As an instance, the series of GeoCities pages and other early designs that users can now find scattered across the site, or in libraries. In the same way, the “Wayback”, is one of the earliest visual representations of the early read-only Internet.
The coding for it trained a generation to produce web pages using tags and commands. These web pages often styled, aligned, and generated color schemes for static content.
However, as earlier said, there have already been live Web 1.0 websites that we can access online to get a better understanding of how this early Internet activity functioned.
Web 2.0 – The Social (Read-Write) Web
A Platform 2.0 website enables users to engage and communicate with one another as developers of user-generated content in a virtual environment through social media discussion. This is in contrast to the first generation of Web 1.0-era websites, where users were restricted to passively browsing content.
Internet networking or online platforms (e.g., Facebook), blogs, wikis, folksonomies (“tagging” keywords on websites and links), video sharing sites (e.g., YouTube), image hosting sites (e.g., Flickr), shared services, Web applications (“apps”), distributed consumption networks, and mashup applications are examples of Web 2.0 features.
These sites can have a “participation architecture,” which allows users to contribute value to the application when they use it. The Social web provides almost all consumers with the same level of rights to participate. While this allows for serious dialogue and coordination, it also raises the rate of “spamming,” “trolling,” and may even provide a forum for racial hate speech, cyberbullying, and defamation.
Some contend that shopping carts are from Web 1.0 since the business site is mostly based on catalog material. Many would argue, however, that since shoppers are entering all kinds of material, including financial identifiers, product preferences, and so on, that these online projects fell firmly into the domain of Web 2.0.
Web 2.0 applications enable the same functionality as desktop applications, but with the following enhancements:
- Storing consumer records in a centralized stable folder
- Information is stored on encrypted repositories to protect it from hacking, arson, and power outages, among other things.
- Compatibility for any computer that has a browser, such as a PC, smartphone, PDA, gaming console, and so on.
- The ability to collaborate with multiple concurrent users that share the same data in real-time.
Web 3.0 – The Semantic (Read-Write-Execute) Web
Web 3.0 is the advanced wave of information technology for websites and smartphones, focusing on delivering a data-driven and interactive web through machine-based information processing. The semantic web’s ultimate aim is to build more knowledgeable, connected, and accessible websites.
Smart home systems that use cellular networks, as well as the Internet of Things (IoT), are two such examples of just how Web 3.0 is now influencing innovation. When creating Web 3.0, artificial intelligence (AI), semantic web, and universal characteristics will all be taken into account.
Each database that uses AI should be able to sort through which will include the data that it believes a single user would find useful. Since the ties are to sites that people have voted on, social bookmarking as a search engine can deliver better results than Google.
The artificial intelligence system also will have automated systems, which are now available as features integrated into devices or via third-party applications.
Ubiquitous computing refers to the embedded computation of everyday objects that allows computers in a user’s world to communicate with one another. This is considered to be just another Web 3.0 feature. The idea is close to that of the Internet of Things.
Microformats, data mining, natural language search, and deep learning are among the innovations that can contribute to these properties. “Read-Write Web” would also place a greater emphasis on peer-to-peer (P2P) platforms like blockchain. When designing the applications, other tools such as free APIs, data formats, and open-source software can be used.
For a variety of factors, the Semantic Web did not materialize. The key reason given was that true AI technology, also known as RDF (resource description framework), was almost impossible to implement. How does a computer distinguish between a jaguar (the animal) and a Jaguar (the car)? The easiest way to know the difference is to understand the context in which it is viewed.
In several ways, Web 3.0 is a return to its original web, where “no permission from a central authority is needed to publish anything.” There is no central governing node, and therefore no single point of failure and no “automatic kill”!
Web 4.0 – The Mobile Web
The mobile web is already a work in progress, with no clear understanding of what it would entail. Platform 4.0 is often referred to as the symbiotic web. The symbiotic web’s fantasy is contact between humans and computers in symbiosis.
The next move isn’t a different version at all, but rather an alternative version of what we already have. We wanted to conform to its mobile environment. Mobile Web real-time integrates all systems in the physical and virtual worlds.
The webs would be analogous to the human brain, implying a vast network of highly intelligent communications. While there is no precise information about web 4.0 and its technology, it is clear that the web is heading toward the use of artificial intelligence to become an intelligent network.
The web is imagined as a mobile world in which humans, real structures, and abstract objects live together in harmony to create meaning. Weber and Rech link Web 4.0 to virtual reality theory, arguing that the evolution of this technology would enrich the physical world with digital knowledge and media content.
Web 5.0 – The Intelligent / Emotional (Symbiotic) Web
To put it succinctly, the Internet of Things (IoT) means that everything in your life, I mean everything, can speak to each other about you, in front of you, behind your back, and without any care or sympathy. With an emphasis on selling, purchasing, and influencing you. It was amusing to wake up to a kitty cat-shaped robot, but Web 5.0 would go beyond that. The arrival of smart devices that predict your needs based on your habits without including many clues foreshadows what is to come with the Intelligent Web. Symbiotic web programs will be able to interpret evidence on a more complex level, both emotionally and intellectually. This is the Web, which exists in complete coexistence with daily life, operating without thought and organically interacting with what we do.
Using digital realities, computers can be transformed into robotic assistants. IoT can link all household appliances to the internet, and with chip implants in human brains, it suggests that highly intelligent interactions between machines and humans can take place. Web 4.0 advertisements and misinformation will tell us that only you can “see it,” and only you can make it happen.
Why talk to your partner while you can think to them? People will be able to connect with the internet, their houses, their vehicles, their children, their careers, and so on, using their thoughts and feelings. There will be no need for joysticks or game consoles. Simply unwind and think your way into a video game.
Browser 5.0, also known as the “telepathic and emotive web,” would be available after 2030. Please be patient. This site would use brain implants or at the very least a headset to perceive and react to your thoughts and emotional states. Emojis would be a thing of the past. AI on the internet would be capable of sensing, recording, and communicating the entire range of human thinking and emotion.
The idea is also related to emotional analytics and emotion-sensing solutions. Especially those that power the Internet of Things (IoT) – smart home devices that can store and process the user’s emotional profile to provide services.
New Internet technology, for example, will also understand feelings. This includes galvanic skin response (GSR) technologies, which use biometric sensors in wearable devices to gauge or recognize emotions and stress levels. Based on data from perspiration, breathing, heart rate, and skin response, among other things.
Amazon’s smart assistant Alexa, for example, will now double as a therapist. All thanks to a system that helps the system to judge emotions. Replika, a chatbot that serves as a digital partner and is driven by a neural network that allows it to “emote,” is another example
Why Emotional Intelligence is important
Emotional Intelligence, and our capacity to rely on it as a reserve, benefit us in a variety of areas. It ranges from aiding in the care of our physical and emotional fitness and well-being to our ability to inspire and guide. Mentioned technology manifests itself in our capacity to maintain effective partnerships as well as our armor and shield in dispute resolution. Being the driving force behind performance in so many respects.
Seventy-five percent of workers are “derailed due to conditions related to emotional competencies, such as failing to overcome behavioral problems.
Individuals with high EQ will create and lead strong teams, as well as be flexible and flexible as required. As a result, they are good. As a consequence, emotional intelligence (EQ) is intricately intertwined into any workplace decision and process. It’s present in your team’s basic instructions just as much as it is in large-scale organizational change. As a result, those with higher EQ typically navigate the workplace more effectively.
Emotiv, a San Francisco-based firm, goes still further. Using non-invasive EEGs, they can detect neuronal activity. When combined with other measures such as blood pressure, they can measure the user’s physiological and neurological states. Another example is the Internet meme campaign, which is employed to foster more than just political ideals and actors. They also persuade the media to share political views. This is because memes enable people to articulate themselves and their opinions. It happens in such a way that, even though they do not disseminate useful knowledge. They are not falsehoods, but rather folkloric contents.
One example is www.wefeelfine.org, which charts people’s feelings. Users can engage with information that communicates with their feelings or improvements in face recognition when wearing headphones.
What is web can not be only answered by “WWW”. Digital databases may use features from Web 1.0, 2.0, 3.0, or later. By using these resources from various eras does not render a site out-of-date. Knowing what was important in the past is just as important as knowing what is important today. Sites built before 2001 (according to the Web 1.0 concept) were usually static. They functioned as “business cards,” as web (hyper) boards displaying specific content. They were often inefficient and lacking in touch. Moreover, Apps are constantly communicating with one another via the World Wide Web. The data network has supplanted the paper network.
Firstly, web 1.0 was primarily concerned with connecting documents (resources) and establishing network access. After that, web 2.0 is an environment in which consumers add to the value (of websites). Moreover, web 2.0 is a network of people that communicate by posting content on the internet by putting their person “I” in the user interface and they are social “we” in the network of social participation. Similarly, web 3.0 is a semantic space in which artificial intelligence and human intelligence coexist. By contrast, web 4.0 is a mobile space in which people, as well as physical and interactive objects, collaborate to develop new values. Ultimately, web 5.0, is a sensory emotional area that transforms the network from an “emotionally poor” world to one with rich experience.
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