QTC Decentralized Storage and Web 3.0

Qitchain Network
Oct 21 · 6 min read

Before explaining QTC’s advanced decentralized storage and web 3.0 technology, let us first know the difference between centralized storage and decentralized storage.

Centralized Storage

In centralized storage, data is stored and maintained in a single location. It makes use of a finite number of nodes. Centralized storage is relatively expensive, has low data security and operational scalability. This places exceptionally high demands on the storage environment, hardware, and other factors. Popular social media accounts like Facebook, Instagram, Weibo, and many more are admired by people because of their self-content creation features. We’ve arrived at a time where data is growing at an exponential rate. This requires an high storage capacity, data backups, and fast speed.

Centralized storage is outdated and has some drawbacks. Data migration’s cost between several centralized storage platforms is high. The storage’s data transit speed is also slow, and it has a low level of security. Centralized servers are concentrated in one or a few more locations. When a power outage or other failure occurs, many services are often rendered inoperable, with the possibility of data loss. Above all, centralized storage is vulnerable to data breaches. A user’s data can be altered, jumbled or deleted if the host monitor, censor, or reveal data to the third party.

Thus, with the expansion of digital media platforms, many individuals and companies seek to have secure, quick, and low-cost access to data. As users in a world of centralized data storage not only pay for storage, but they also don’t have access to high-quality data protection. So, this is where the concept of decentralized storage comes into play.

As time demands, decentralized storage introduced. Thanks to a decentralized storage system that helps users to manage their data. It encrypts data and provides authorized access, safe backups, and other features that dramatically improve users’ privacy and long-term data storage.

Simultaneously, it is expected to switch to a shared mode that reduces cost drastically. Decentralized storage is built on blockchain technology, using open source applications and algorithms. It distributes data slices among various network nodes, which promotes privacy protection. When decentralized storage combines with blockchain technology, it offers high fault tolerance, efficiency, security, increased scalability, high reliability, and cheaper costs.

In a decentralized storage system, the number of storage nodes can increase endlessly, and each node’s storage capacity can modify flexibly. There’s no need to get to know the partner or look for a third-party approval. Stored information dispersed and saved across numerous nodes. The encryption of stored data applies to all storage network links and not only to users and software terminals. During transmission, encryption is done via private network access keys and zero-knowledge proofs. Direct file sharing is possible between nodes on the same network.

When data transmission or storage problems occur, new copies of the stored data can be stored since it is dispersed to multiple network nodes. The storage system’s verification method can ensure that files are stored entirely and accurately and that users can access them at any time. Above all, the finishing touch to decentralized storage is an economic incentive model that permits users’ data to be stored safely and for an extended period.

Web 3.0

The Internet’s beginnings can be traced back to the World Wide Web’s launch in 1989. Tim Berners-Lee put it this way: “People have been asking what Web 3.0 is? I think maybe when you have a scalable vector graphics overlay on the Web 2.0; everything is rippling and folding. It seems vague-and you can access a semantic network integrated into a huge data space; you can access an incredible data resource” (Victoria Shannon, 2006).

Gavin Wood explained it in this way; “Web 3.0 is a set of inclusive agreements that provide building blocks for application manufacturers. It gives birth to a new global digital economy”. Web 3.0 is blockchain-oriented, which means it is decentralized and has complete data ownership. It makes your searches more personalized. It works as personal assistance; assists you in your daily life. It builds a true peer-to-peer market between producers and consumers that is fast and helps users control their data all time. It can improve accessibility with the intention of bringing a magical one-click experience.

Web 3.0 has some specific characteristics, although we have yet to agree on a definition. Some of these characteristics are that an open and accessible developer community develops its open-source software. Users can interact with their partners on the network without the need for a trusted third party. To ensure that users follow the rules, Web 3.0 employs a decentralized incentive structure. In transactions, the blockchain protocol’s consensus method is utilized to validate the account’s legitimacy and its transfer’s efficiency.

Without the permission of the regulatory agency, anyone, including users and suppliers, can participate. The line between the digital and physical worlds is becoming increasingly blurry in Web 3.0.

QTC Decentralized Storage and Web 3.0

QitChain is an IPFS-based distributed search engine that aspires to be the blockchain’s “Google.” It has solved the problem of personal data privacy. The emergence of the WEB3.0 era is accelerated by distributed storage and retrieval networks. These technologies will continue to develop and will stay here forever. Qitchain is an open-source project that anyone can utilize. It has adapted both concepts (web 3.0 and decentralized storage) to shorten response time. Its goal is to make p2p trading more efficient and to provide users complete control over their data. It has the potential to improve accessibility to bring a fantastic one-click experience to your doorstep. QTC can reach a bigger audience. It is waiting to become the next favorite crypto market.

Qitchain QTC’s decentralized storage offers several benefits. For instance, data in it is encrypted before being uploaded.

As a result, only those with whom you share it have access to it. Because every file is encrypted and stored on several nodes, data breaches are almost impossible. So, data is safeguarded against malicious attacks. By default, data is multi-regional and always available when a user needs it. When millions of nodes host your data, the quantity of general storage increases dramatically. Hence, storage costs become significantly lowered. Thanks to peer-to-peer (P2P) technology, several copies of the data are kept on distinct nodes. It does not need any central server. It allows for more data copies and faster download speeds.

In the event of transmission issues, extra copies of the user’s data can be stored. As a result, the risk of losing files is reduced to a minimum. QTC is more powerful and intelligent in function on the one hand and provides high service and storage on the other. It has changed the power imbalance generated by the current centralized network. It restores an individual’s control over information dissemination. Users can safely save files in the storage network without fear of losing it.

Conclusion

Qitchain QTC has a high degree of security, efficiency, scalability, and low cost. The vast online footprints of users and the creation of online works have produced a colossal data kingdom in the Web 3.0 world. The upkeep of this data kingdom is dependent on a trustworthy, stable, and secure data storage network, which Qitchain has vowed to provide.

In a nutshell, it stores data on a decentralized network across multiple locations employing decentralized storage and Web 3.0 technology. Users or groups that are motivated to store and keep data accessible prefer QTC.

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