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A look at how blockchain will shape the future of the web



evolution of web technologies

Blockchain will enable the creation of a database that is not only trustworthy but also incorruptible, uncensorable, and accessible all over the world.

Throughout the past few years, the future of the internet has been the focus of a great deal of conjecture and discussion. The internet has become an all-pervasive medium for communication and business transactions as a direct result of the proliferation of virtual worlds and other immersive experiences and the meteoric ascent of social media. The internet is set to go through a significant change due to the expansion of blockchain technology. Please visit Coinwire to learn more about these evolutionary changes in the Internet due to blockchain technology.

The Internet has undergone previous iterations of this kind of change. Since it was made available to the public some 30 years ago, the internet has undergone two significant transformations and is on the cusp of experiencing a third. These alterations have not only altered how we use the internet and the purposes for which we use it, but they have also influenced the world, altering how we live, work, and interact.

Web 1.0: Internet in its traditional form

The website’s age corresponds to the initial iteration of the publicly accessible internet. Every business needs its website, and most of the content on those websites consists of static data and information that the proprietor of the website deems essential. Information about the company, primarily in the form of marketing collateral, was available on the corporate website. There was a wealth of material on news and reference websites. On the other hand, each website presented the user with information linearly, eliminating any opportunity for a two-way conversation. This was quite similar to how information was transmitted to the general public by the traditional media of the day, such as newspapers, magazines, radio, and television.

Every company, whether an established news agency like CNN or a corporate brand, had a website that provided information to the general public. It consisted of static data, and the firm owned and managed all of that data. The website users were the only recipients of the information.

Given that the information was only presented linearly, this approach had little room for data personalization. Users could select and filter the information that they wanted to consume. They had little ability to influence the decisions of the other users. Information sharing was restricted to either your immediate circle of acquaintances or online bulletin board groups. These constituted very specific and constrained target audiences.

Web 2.0: 21st-century Internet applications

The age of the web application corresponds to the second iteration of the public internet, which is the internet you are utilizing right now. Here, a company’s primary focus is on delivering a medium through which individual users may communicate with one another and share information. Personal blogging became famous as a result of Web 2.0, which then paved the way for the development of the social media ecosystem we see today.

Companies like Twitter and Facebook were pioneers in democratizing data access and use. They developed applications that let anyone submit nearly anything on any subject and share with a prospective audience that may be pretty large. In the current iteration of the internet, web applications and social networks owned by companies such as Facebook provide a forum for users to enter data into the app and share it privately with “friends” or publicly with anyone who might be interested. Today’s web applications make it possible for users to converse with people they have never met.

The introduction of the smartphone coincided with a significant increase in people’s internet usage. Everyone was able to maintain their constant connection to the internet. The internet saw an incredible growth spurt.

Users discovered that they could communicate with people from all over the world. In contrast, the firms that owned these apps found that they could collect enormous volumes of information about users and their preferences. These internet titans were able to turn this data into a valuable source of knowledge and a significant source of cash. Firms such as Facebook blossomed into multibillion-dollar mega corporations, and the individuals who started these companies became some of the world’s wealthiest people.

After that, these businesses found out that they were also capable of doing something called curating. Instead of presenting information from one user to other users in a haphazard manner, they might use the information they obtained about people’s likes and dislikes to tailor information sharing to the interests of the individuals involved. The term “social algorithm” came into existence at the same time when online application businesses began to exert enormous influence over the types of information that people worldwide were exposed to.

These firms have amassed significant influence due to their control over the information; in fact, many people consider this authority excessive.

Web 3.0: the evolution of web technologies

In this third generation of web apps, data is no longer saved and managed by the applications. Any application that requires access to the data and has permission to utilize it will be able to use it once Web 3.0 is fully implemented. It is no longer the case that an application owns the data, nor is it under the jurisdiction of a web platform firm such as Facebook. Web apps do not play quite as large a part as they are sometimes used to manage information. No program can take on the job of information curator, which means that no super-powerful social media corporation can control what information users are permitted to view.

End users independently manage and control their data and information. The way how data is used and managed is not under the direct supervision of any company. Web applications are information consumers, but none of them own or manage the information themselves. As a result, web apps are now of far less significance than the data themselves. Instead, the data and information are kept in a blockchain spread across multiple computers and not administered by a single organization. Because the information included in the blockchain is duplicated and dispersed among all internet organizations, no one organization can exert control over the data (company or government).

The objective is to facilitate the sharing of authoritative, uncensored, and uncurated information and to do it in a manner independent of web applications and the disproportionate impact those applications have on the content. The user, who is the valid owner of the data, is the one who owns and manages the information, not the developers of the online apps but rather the user themselves.

Since the data will be sourced, referenceable, and unfiltered, the end product will be an internet that is more authoritative and trusted.

When Web 3.0 is fully implemented, it will likely result in a more decentralized power structure across the internet than Web 2.0’s platform businesses.

Blockchain and its revolutionary roles as the next generation of the internet

A blockchain is a distributed and decentralized ledger that records transactions. It’s organized as a chain of blocks, each of which stores data, which is where the term “blockchain” comes from. When a new transaction is added, a copy is sent to a network of computers that keeps a copy of the blockchain. This happens every time a transaction is added.

After that, these computers use an algorithm to solve equations to ensure that the transaction is legal. After a transaction has been validated, it is included in a block together with other transactions that have been validated around the same time as the validated transaction. These blocks are made regularly after a predetermined period has passed, and they are linked together in a way that verifies the transactions from the block that came before them.

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The technology known as blockchain makes it possible to conduct financial transactions directly between two parties using a decentralized peer-to-peer network. An intermediary is necessary for the completion of all traditional kinds of online banking transactions. This is true whether one uses an established financial institution like HSBC or an electronic wallet like PayPal. In the previous illustrations, these service providers are the ones who play the role of intermediaries and make sure that the transactions are carried out successfully.

The digital money known as Bitcoin was initially conceived of as a means of transaction management and production for the blockchain. The most obvious application for blockchain technology would be the management of financial resources and physical goods.

The reduction of expenses incurred by banks is likely to be one of the most significant effects that blockchain will have on the financial sector. The vast majority of consumers put their faith in their brokers to manage their assets, which may be a difficult and time-consuming procedure. Blockchain technology has the potential to improve processes for financial products such as private and public stock trading, loans, and bonds by providing a transparent record that removes ambiguity for customers and decreases the need for expensive checks and balances at financial institutions.

There is also the option of using smart contracts. Before ownership of an asset to change, there must be extensive paperwork and the participation of a large number of individuals. The procedure is laborious, and it leaves many loopholes that criminals or other unsavory characters can exploit. The transfer of products can be completed more quickly and with fewer instances of human mistake if smart contracts are used, which are based on blockchain technology and have the ability to manage several documents simultaneously and autonomously without human intervention.

The problem with this is that there is nothing you can do if these service providers are attacked or decide that they do not want to finish the transaction because it does not correspond with their new policy on permissible use. This obstacle can be overcome with the help of blockchain technology and cryptocurrencies like Bitcoin, which enables users to transfer transactions directly to one another without the need for a third party to function as a go-between.

The data is saved in these blocks, which cannot be altered after the fact and are cryptographically signed, which makes them provably valid. This is one of the best features of blockchain technology. It is not feasible to insert a phony block into the network unless you control more than fifty percent of the computer nodes operating the blockchain. This is a challenging task to do on well-established networks like Bitcoin and Ethereum. 

Due to the unchangeable nature of the data saved on the blockchain, this technology is ideal for use in sectors all over the world that might benefit from validated and made publicly available data. Online casinos will be one of the industries that will benefit the most from this technology. You may encounter skeptical individuals regarding the legality of online casinos anywhere you go, be it the United Kingdom, Saudi Arabia, or Australia. Since the company’s start, they have been forced to contend with unjustified claims of cheating; now, by confirming its outcomes on the blockchain, it can demonstrate to the public that its games are legal and fair. Some casinos can meet your needs if you want to play baccarat, blackjack, or roulette online.

The most reputable gaming authorities will issue licenses to the best sites. These sites will also include built-in safety features to guard your personal information and financial assets. It is essential to read reviews written by industry professionals if you are looking for online casinos in Saudi Arabia. These reviews will point you toward sites with the most reliable banking options, the largest selection of games, and the friendliest customer service representatives. As a result of the fact that certain online casinos now allow cryptocurrencies as a method of deposit, it is clear that the sector as a whole is enthusiastically adopting blockchain technology.

Blockchain technology is entirely decentralized, yet another essential advantage it offers. Since its ledger is hosted by hundreds of thousands, if not millions, of computers in different locations throughout the world, there is no single source of its ledger that can be attacked or brought down. Because of this, blockchain technology is highly durable, as it cannot be knocked down by a DDOS attack, large-scale power outages, or even internet restrictions ordered by the government. Anyone around the globe can join in on the action of a blockchain, which is one of the characteristics that sets it apart from other technologies.

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If food sellers use blockchain, it will be possible to track ruined products all the way back to their original source in record time. During the current E. coli incident in the United States, it took businesses many weeks to determine the origin of the contaminated lettuce. By that point, the illness had spread to hundreds of people, and the loss of crops was in the millions of dollars.

The transparency will result in improved accountability as well as increased safety for consumers. According to Frank Yiannas, Walmart’s vice president of food safety, “It’s very hard for a retailer like Walmart or any other retailer…or for that matter, a consumer, to pick up a food item and know with certainty where it came from and how it traveled from farm to store.” IBM’s Food Trust Solution is an effort that attempts to improve food safety via the use of blockchain technology. Walmart is one of the nine food retail giants that have joined IBM’s Food Trust Solution.

Another industry could gain benefits from blockchain is healthcare. The healthcare industry has an issue with disorganized records, which has a direct impact on patients. The vast majority of information about patients is still kept in isolated databases known as data silos. The socioeconomic situation of the patient, patient behaviors, and treatment data are all examples of information that already exists and can be used to give appropriate care. They are dispersed in locations where they are unable to communicate with one another, such as in doctor’s notes, filing cabinets, different computer databases, and the cloud.

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Because of this inefficiency, patients run the danger of receiving treatment that is below standard, or even worse, incorrect treatment. According to Shaun Grannis, who serves as the head of the Center for Biomedical Informatics, as many as one in five patient records do not line up with one another inside the same system. A private blockchain for medical records has the potential to finally open the floodgates of information and piece together a single comprehensive medical record, both of which would improve diagnostic accuracy.

Because blockchain has the potential to provide an unchangeable, tamper-proof, and user-controlled transaction system, it is naturally positioned as the solution to complex challenges that are prevalent across a variety of businesses. It is possible to make the case that the technology is not so much upsetting the status quo as it is shaping the future—of the Internet, of commerce, of the digital age.


Even though there is a certain amount of risk involved, the potential benefits of Blockchain technology may convince businesses and organizations all over the world to invest more money in it. Because it is still in its early phases, one of the most recent developments will need some more time to catch on, and as a result, patience will be required. Although the benefits of Blockchain are challenging to ignore, the technology will undoubtedly benefit several businesses because the verification of each piece of data that enters and exits these Blockchain systems will be a problem-solver for some issues.

Source: Glusea