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A Brief Introduction to Blockchain-Based Search Engine, Decentralized Search Engine & Cloud Storage

Blockchain-Based Search Engine

Search engines based on blockchain (BBSEs). Unlike Google, BBSEs lack centralized control. Instead, they are scattered throughout several networks. Although these search engines are still in their infancy, they are competitive with Google and several other search engines. Blockchain-based search engine have been developed to close this gap. 

How Do Search Engines Based on Blockchain Function?

It is necessary to understand how blockchain-based search engines function to understand them. Consider a ledger that instantly logs all transactions. Nevertheless, due to its decentralized nature, an individual cannot oversee the ledger. Peer-to-peer networks are used instead for its administration and dissemination. The records are scattered throughout the system rather than stored in one place. Every network participant acts as a controller, ensuring that each transaction aligns with the other transactions in the ledger.

Advantages of Blockchain-Based Searched Engine

A search engine built on blockchain offers consumers privacy and security. It guarantees that no user’s privacy will be violated. Advertisers don’t need to monitor and promote your search profiles. It is not possible to link your search history to you. The BBSEs are open and honest. One of the greatest blockchain-based search engines that offers total anonymity and transparency is Qitchain. Similar to search engines based on cryptocurrencies, blockchain-based search engine are unbiased. The search results that appear are not limited in any way, and results that include paid advertisements are not distorted in any way. Building a search engine costs a lot of money and resources, but if you tokenize search and believe in community involvement to destroy competition from the bottom up, you can keep the business small. Loaded content is one benefit of decentralized systems. Unlike Google, Bing, and other platforms, decentralized search engines like Qitchain aim to provide all pertinent information.

Decentralized Search Engines: How Do They Operate?

Decentralized search engine function fundamentally differently from centralized ones, albeit sharing the same basic purpose. When using a centralized search engine, you do searches for subjects that pique your interest, and the search engine provider retains ownership of the underlying data. This is kept on their servers and may be utilized for marketing purposes.

No search engine corporation owns your data or even has access to it when you use a decentralized search engine. Actually, a blockchain is used to store and encrypt all of this data. Users own this data instead of a search engine firm, and they have access control over it via a private key. 

Decentralized Search Engines’ Benefits?

The fact that decentralized search engines are far more private than centralized search engines is one of its advantages. This is because no single entity owns all of the search data and can sell it to merchants or advertising agencies whenever it pleases. Thus, this implies that consumers will be in much greater control over the data related to their search behavior. Users may be able to profit from decentralized search engines, which is another significant advantage. This is because, rather than having it sold by centralized search engine businesses, people who own their search data may sell it to retailers and marketing firms. This may lead to a whole paradigm change in the search engine business.

Decentralized Cloud Storage

As they say, data is the new gold in the digital era. If oil was once referred to as “black gold” in the late 1800s, data was the world’s most valuable resource as recently as 2017, according to The Economist. The safest and most effective storage methods should be used for precious materials. For almost ten years, centralized cloud storage solutions such as AWS S3, Dropbox, Google Drive, and Apple iCloud have been the preferred option for online users and organizations. These capable storage choices are not without drawbacks, though.

The advantages of cloud storage that is decentralized

Instead of depending on a single server, decentralized cloud storage implements a peer-to-peer network of servers, sometimes referred to as nodes, to handle these issues.

You can benefit from a decentralized data storage system in the following ways:

Enhanced protection

Data is divided and dispersed across several nodes through the use of encryption and hashing technologies, making it difficult for an unauthorized centralized authority to access or alter information.

Opposition to Censorship

In a decentralized cloud storage system, there is virtually no potential of censoring because there isn’t a single centralized server keeping all the data in one location.

Improved control and privacy of data

Users own their data, by the Web3 principles of data ownership and privacy. 

Economy of cost

Decentralized cloud storage is frequently less expensive than traditional methods, however this varies depending on the supplier. 

Data consistency

When data integrity is ensured through the use of cryptographic hashing, consumers may confirm that their data has not been altered or damaged.

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