Does Decentralized Internet Stand For 100% Secure Internet?

Does Decentralized Internet represent 100% Secure Internet?Having appeared in March 1989, 31 years ago, the web has become one among the fastest-growing projects within the history of mankind. By 2025, it can become one among the essential human needs, a minimum of for the overwhelming majority of individuals on the earth .

Obviously, most of the people know what the web is. However, only a few of them can clearly explain how the web works, what decentralization is and what's special about the decentralized network. it's these concepts which will hold the key to solving the question of ensuring maximum data security on the web . A decentralized Internet may be a blockchain during which data is stored in encrypted form. It means only the person whom this information belongs to or the one who has such rights can change the info . Information can't be compromised, altered, or deleted by a random person. Thus, almost total protection of data from hacking is provided.

All data kept on the blockchain network is encrypted with a reliable information protection protocol. On the one hand, this might seem to be very ambiguous, since by 2024 the primary quantum computer is predicted to be ready to crack any cipher during a matter of seconds thanks to a significantly higher production power compared to traditional computers. However, there's still an entire 5 years so as to enhance existing cryptographic algorithms that are immune to quantum computing. Now the question is: can the fashionable centralized Internet provide the required level of knowledge protection? and therefore the answer is clearly no. With the growing power of Internet giants like Google and Facebook, user data not belongs to them. If earlier we could place a home page even on our own computer, now we give all our data to Internet giants and, as a result, we are increasingly seeing news about another leak of data . Decentralization because it was originally conceived The "worst-first" concept also affected decentralization, or rather its first form with many shortcomings – the primary peer-to-peer (p2p) networks that appeared long before web 2.0. the primary use case of p2p is file-sharing; the first networks were designed to share music. While the primary networks (such as Napster) were essentially centralized, the degree of decentralization gradually increased and technologies improved. Eventually, systems with a “download queue” were replaced by torrents, and therefore the concept of distributed DHT hash tables appeared.

It was also assumed that in p2p networks the content is stored locally on the user's device and distributed to other participants. Now, an outsized number of users refuse to store information on the device and completely believe online services. a method or another, a decentralized architecture is usually more complex than a centralized one. In centralized resources, there's a strict dictate of server code. In decentralized – the necessity to barter between many equal participants. Of course, one cannot do without cryptography, blockchains, and other achievements figured out mainly on cryptocurrencies.

It is likely that within the future, the formation of a perfect decentralized network may require some cryptographic mutual trust ratings created by network participants for every other. At an equivalent time, the specification should leave effective protection against botnets, which, existing during a certain cloud, can, for instance , win ratings together. Another threat is Internet giants and enormous corporations with technical superiority and therefore the ability to require control of such a decentralized network still having access to user data and thereby discounting the very idea of decentralization. Decentralized Internet (not) here and now – real pioneer experience consistent with experts, the worldwide marketplace for blockchain systems will grow from $2 billion in 2018 to $23-54 billion in 2025. However, users are now far more interested not within the numerical indicators, but within the privacy and security of private data.

This issue is being addressed by variety of companies and leading international experts. Among them is that the inventor of the planet Wide Web and one among Time Magazine's '100 most vital People of the 20th Century', Sir Tim Berners-Lee, who is currently performing on Solid open-source software aimed toward putting an individual within the Internet development center rather than making money out of it for giant enterprises. the aim of Solid is to enable users to make a decision where their information are often sent, who are going to be ready to see it, and which applications will gain access thereto . Solid developers have taken the prevailing WWW protocols (HTTP, REST, HTML) because the basis, but the concept of the new network lies within the creation of "decentralized sites" that supposedly are going to be entirely owned by users. Solid is predicted to figure on the principle of cryptocurrencies with users receiving a sort of virtual passport – WebID, which can function an ident