Client-server architecture currently dominates the Internet. This indicates that every service that utilizes a server also has a dedicated owner for that server. Due to the development of the Internet, most transferred data is routed through a small number of distributors and governments. Furthermore, these authorities can censor and control what their clients see. There is a growing interest in decentralizing the Internet to improve security, performance, and censorship prevention.
Web3 is the next step or phase in the Internet and the web’s evolution. It has the potential to be just as disruptive and significant a paradigm shift as Web 2.0. Web3 hosting services are based on the fundamental concepts of decentralization, openness, and increased user utility support. This article will elaborate on “Web 3.0 Hosting: How Decentralization is changing the Game, which is the hosting industry’s future.
Since Web3 does not require permission, centralized authorities do not have the authority to decide who is allowed to use which services, which implies that there is no need for an intermediary in virtual transactions involving two or more parties. Web3 protects user privacy more effectively because these organizations and intermediaries collect most data.
Users of Web3 website hosting could enjoy a variety of advantages, including increased financial and professional opportunities. Virtual servers for the website don’t go offline for maintenance. This stops the website from being shut down. The information on the website is also dispersed, making it easier for anyone with authorization to access it.
Aside from that, the site cannot be blocked in a particular region because it is hosted decentralized in the cloud and has no discernible location. Web3 social media and networking sites based on blockchain could change how they target and collect information about users.
According to PWC’s 2018 Global Blockchain Survey, 84% of companies use blockchain technology, so the global internet community wants to restore the web’s vision. The “Decentralized Web” is a pattern of building hosting domains that do not rely on a few central organizations that have imposed unfair business models for decades.
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What Is Decentralized Hosting?
Decentralized hosting signifies a future in which powerful associations do not solely manage finding and distributing information and long-distance informal communications. The general public and our online networks will fuel all actions on these new platforms.
The central idea underlying the Decentralization of web hosting is that domain-related web hosting will no longer be required to follow the rules, policies, and regulations imposed by a single, powerful organization. The responsibility will be shared—either by having multiple servers or bridging customer applications using a distributed conveyance model.
Why Use Decentralized Hosting?
Blockchain hosting will unquestionably make IT-centric businesses more innovative and dependable. This hosting is encrypted, and its swift conditions will provide the ideal introduction to businesses, allowing them to flourish on a digital platform without worrying about security and hacking issues.
While every technology is optimized to meet the rapidly changing global demand, decentralized hosting wins the race against the current infrastructure. Its infrastructure does not rely on costly server configurations prone to failure or hacking.
Decentralized hosting is characterized by a global network of hubs that share processing power and storage space. The adaptability and innovative approach of decentralized hosting put existing web hosting solutions light years behind.
Why is Decentralized Website Hosting Significant?
Decentralized web hosting, also called Web3 hosting, is preferred for the following reasons:
- Technical resilience of the website; the unintentional failure of a single component does not cause the website to go offline.
- Information on the website is not accessible to third parties who would otherwise be involved in hosting a centralized website.
- Protection against de-platforming and censorship – website hosting components cannot be easily blocked or decommissioned on purpose.
How to Host a Decentralized Website?
Several excellent solutions available today contribute to the future of decentralized web hosting. Some of these solutions address portions of the problem; for example, ENS is an approach to decentralizing DNS, as is Diode’s BNS.
And others create a complete solution. . For example, IPFS can use to make public, decentralized, crowd-hosted websites. While Web3 contributors are doing excellent work, the diverse set of new Web3 technologies has yet to achieve hyper-growth. In most use cases, they still need to be ready to replace centralized technologies.
Temok believes that enabling today’s cloud technologies while introducing better, more sustainable capabilities is critical to the success of Web3. We want to enable everyone to select the optimal combination of centralized and decentralized technologies for their particular use cases.
For instance, you can deploy a website using AWS or Azure for its high level of technical resilience, while publishing the website via Web3 reduces censorship concerns. Alternatively, you can deploy a website on a Raspberry Pi with improved cost, privacy, security, and host-side de-platforming. While publishing it via Web2, searchability is improved, but it is more vulnerable to censorship and domain name de-platforming.
Alternatively, combine all Web3 components by hosting your website on multiple web servers with multiple residential IP addresses and publishing it privately via Web3. The combination chosen will depend on the vulnerability you wish to avoid in a specific use case.
If you’re interested in buying dedicated servers for your website, look at the plans on Temok’s website.
Why is Web3 important?
Although Web3’s defining characteristics are not isolated and do not fit nicely into categories, we have separated them to make them easier to comprehend.
Web3 grants you unprecedented ownership of your digital assets. To illustrate, you are playing a web2 game. If you purchase an item in-game, it is associated with your account. You will lose these items if the Game’s developers delete your account. Alternatively, if you stop playing the Game, you lose the value of your in-game items.
Web3 permits direct possession via non-fungible tokens (NFTs). No one, not even the Game’s creators, can take ownership away from you. And if you stop playing, you can recoup the value of your in-game items by selling or trading them on open markets.
Resistance To Censorship
One characteristic that defines the answer to the question “what is Web3?” is that it empowers internet users. In the case of Web1 and Web2, internet companies tend to censor and monitor user actions and data. However, Web3 is built on blockchain technology, and you can remove your data from the blockchain and move it to a location that aligns with your values. This is yet another excellent response to the question, “what is Web3 used for?”
Decentralized autonomous organizations (DAOs)
In addition to owning your data in Web3, you can collectively own the platform using tokens that function as company shares. DAOs permit the coordination of decentralized platform ownership and future decision-making.
DAOs are technically defined as smart contracts that automate decentralized resource allocation decision-making (tokens). Users with tokens vote on how resources are spent, and the code executes the result of the vote automatically.
Nonetheless, many Web3 communities are characterized as DAOs. Different degrees of Decentralization and code-based automation exist in each of these communities.
Traditionally, you would create a separate account for each service you utilize. You might have accounts on Twitter, YouTube, and Reddit. Would you like to modify your display name or profile picture? It must be done across all accounts. In some instances, you can use social sign-ins, but this presents a familiar problem: censorship.
These platforms can lock you out of your online existence with a single click. You must provide personally identifiable information to create an account on many platforms.
Web3 addresses these issues by enabling you to manage your digital identity with an Ethereum address and ENS profile. Using an Ethereum address provides a secure, censorship-resistant, and anonymous login across platforms.
Web2’s payment infrastructure is dependent on banks and payment processors, excluding those without bank accounts or who reside in the incorrect country. Web3 uses tokens such as ETH to send funds directly to the browser without the need for a trusted third party.
Rise In Artificial Intelligence
Because of the decentralized nature of Web3, the introduction of artificial intelligence will be widespread. This artificial intelligence will assist humans with medication, pharmaceuticals, and precision materials, and it will do so far more effectively than humans have in the past.
How Does Identity Works in Web3?
Identity also works very differently in web3 than it does today. In most web3 apps, identities are linked to the user’s wallet address interacting with the application.
Unlike web2 authentication methods such as OAuth or email + password (which almost always require users to provide sensitive and personal information), wallet addresses are completely anonymous unless the user publicly ties their identity to it.
By using the same wallet across different apps, the user’s identity is also easily transferable between apps, allowing them to build up their reputation gradually.
Protocols and tools like Ceramic and IDX already enable developers to replace traditional authentication and identity layers in applications with self-sovereign identity.
In addition, the Ethereum foundation has a working RFP for defining a specification for “Sign in with Ethereum,” which would provide a more streamlined and documented method for doing so in the future. This is also an excellent thread describing how this would improve conventional authentication flows.
What Is the Future of Web3 Hosting?
Many large corporations are considering “the cloud” as the of the future. The main reason for this is the benefits and ease of migration from Web1 (using user-owned servers for hosting) to Web2 (using company infrastructure) to Web3 (decentralizing the information flow across devices that are hosting a website in fragments).
Even though Web3 hosting is still in its infancy, businesses find it significantly more secure than traditional Web2 infrastructure, which is susceptible to external factors that can cause server downtime.
Because there is no central server depot that can be taken offline by a hacker attack, a power outage, etc., Web3 aims to eliminate and significantly reduce this issue. Another advantage of this type of hosting is that it ensures that all of your data is extremely secure, as the data is separated by encrypted fragments of encapsulated information, which are then combined to form the hosted website.
This also causes a few issues for businesses and large tech organizations because there is no censorship, and it is extremely difficult to maintain control over what cannot be influenced by them because encryption is extremely difficult to break quickly.
Given the current state of the Internet and cyber security, cyber-attacks are on the rise, and malware is being developed for many devices, including IoT devices. Web three is a very good path to take due to its specific benefits to counter that.
Not only that, but adopting Web3 can result in significantly lower costs for companies to pay IT personnel for maintenance, control, and security, assuming they can do so while successfully addressing the lack of monitoring and other control issues.
Web3 is a better version of the Internet that aims to make internet users self-sufficient. One of its goals is to help users control how their information is shared on the Internet and who profits from it. Web3 compensates users for the time and data they spend on the Internet. It’s exciting because Web3 includes a native payment system that allows people to send money to each other without relying on banks or other third parties.