- Decentralized Cloud Storage
- How does it work?
- Why is it Decentralized?
- Why should we use it?
- What is decentralized cloud storage?
- How does decentralized cloud storage work?
- Is cloud computing centralized or decentralized?
- What is decentralized file sharing?
- Which is better a centralized or decentralized approach?
Blockchain is gradually becoming one of the most rapidly developing technologies, with many people all around the world using it. Traditionally, we have centralized cloud storage systems that store all data in the private network. In this post, we will look at decentralized cloud storage, which will be the storage thing of the future.
All of us have benefited from cloud storage. It came in a whole new era in which hard drives and other external storage devices were referred to be old notions. Data storage on physical servers would frequently represent a significant risk to it. Data was moved to cloud storage systems to protect it from such attacks and expensive maintenance expenses. Let’s look at Decentralized Cloud Storagein a bit more detail.
Decentralized Cloud Storage
In simpler terms, decentralized cloud storage is a storage system in which data is kept on numerous computers or servers, and these systems are maintained by the individuals or corporations who participate in this decentralized cloud computing. It is a decentralized P2P cloud storage system. Your files are safeguarded with this cloud service by using blockchain technology and cryptography to encrypt information. Essentially, data is dispersed throughout a network of computers, making it conveniently accessible and cost-effective.
Anyone may join in and become a member of a decentralized cloud storage network. It’s thrilling to learn that users may also earn bitcoin by giving their empty storage space. Assume you have an excess of 1TB of hard drive space that you aren’t utilizing or aren’t using at all. As a result of engaging in decentralized cloud storage, you may earn bitcoin simply by adding your spare space to the pool.
How does it work?
The operation of distributed or decentralized cloud storage is quite easy. All employees or participating users are linked via a peer-to-peer network, which keeps data in a very secure and decentralized manner. With the aid of blockchain technology, the files are divided into little data pieces and smartly dispersed over numerous nodes situated across the world. Customers who engage in renting their excess storage capacity are compensated in bitcoin, as are end-users who use this space and pay in cryptocurrency. As a result, there is no single regulating organization that has all of the data.
As previously stated, conventional cloud storage stores all of your data in a single big data center. When one of these facilities fails, this frequently results in downtime and outages. We have a huge, dispersed network of thousands of Nodes throughout the globe that are independently owned and controlled and store data on our behalf using decentralized cloud storage. A Node is just a hard disc or storage device that an individual owns privately. We pay all of our Node Operators to store files for our clients and reward them for bandwidth use.
Consider this: You have a 10 TB hard disc, but you’re only utilizing 1 TB of it. You could join up to be a Node Operator, and we would utilize your spare space to store parts of our clients’ data on your hard drive. We would reimburse you based on the number of files you keep and the number of times that data has to be accessed.
There is total privacy in data transmission and storage since no third party is involved, and each participating node only stores encrypted pieces of user data that the only user has the authorization to manage using their own public/private keys. As a result of the blockchain technology employed, the user now has complete ownership over their data. This network is more secure, quicker, and less expensive than standard cloud storage, and it will eventually supplant existing cloud storage systems.
Why is it Decentralized?
The underlying problem with centralized services like Amazon S3 is that all of your data is housed in massive server centers. If a portion of Amazon’s network fails, you will be unable to access your data at best, and your data may be permanently lost or destroyed at worst. Large data centers, as we’ve seen time and again, are vulnerable to hackers. End-to-end encryption is standard on every file in decentralized cloud services—each file is encrypted on a user’s computer before being uploaded, split into parts, and then distributed to uncorrelated Nodes across our network. Because only you have access to the encryption keys, your data cannot be hacked or stolen. Furthermore, centralized cloud storage is far more expensive than our decentralized network. Large data centers are extremely expensive to build and run. Because we don’t have to spend money running a data center and instead rely on individual, privately owned devices, we can pass those savings on to our consumers.
Why should we use it?
One advantage of decentralized cloud storage is its dependability. Traditional cloud storage keeps data in the data center of a single provider. Users may lose data if a natural disaster or cybercrime disrupts the data center. Even in a less dire scenario, a data center outage would prohibit consumers from accessing their information. While the major cloud storage companies give their clients the option of replicating data to different areas, this technique may be costly, therefore not everyone makes use of it. Decentralized cloud storage disperses data among numerous cloud storage devices located in various locations. This procedure helps to protect the data against failures at the data center level.
Users that wish to protect the privacy of their data should consider using this technology. Because no single cloud provider has a complete copy of the data, a provider cannot read it. Even if consumers aren’t worried about a cloud provider snooping on their data, having it decentralized helps to protect against a compromise. A hacker would only be able to obtain data pieces if they infiltrated a cloud storage provider. This advantage makes decentralized cloud storage particularly enticing to companies that must comply with regulations.
”Cloud Computing is a great euphemism for centralization of computer services under one server.” – Evgeny Morozov
Conclusion
So, there you have it, everything about the decentralized cloud. If you still have any complications feel free to comment down below.
FAQs (Frequently Asked Questions)
What is decentralized cloud storage?
Decentralized cloud storage is a storage system in which data is kept on numerous computers or servers, and these systems are maintained by the individuals or corporations who participate in this decentralized cloud. It is a decentralized P2P cloud storage system.
How does decentralized cloud storage work?
End-to-end encryption is standard on all files in decentralized cloud storage—each file is encrypted on a user’s computer before being uploaded, split up, and distributed to uncorrelated Nodes across networks.
Is cloud computing centralized or decentralized?
The cloud is, in some respects, the ultimate centralized processing network. Cloud providers enable consumers to use their servers’ apps and processing capacity while maintaining total control over those resources.
What is decentralized file sharing?
Decentralized file sharing refers to the practice of storing files among numerous network nodes rather than on a single centralized server.
Which is better a centralized or decentralized approach?
Because owners are generally at the center of corporate activities, small businesses often benefit from centralized organizational structures. Larger organizations, which may have several divisions or departments, typically necessitate a more decentralized structure.
