Blockchain Vs. Database: Understanding the difference

Blockchain is an appealing technology that can revolutionize every industry. There are ample applications of blockchain in every industry. Satoshi Nakamoto, the inventor of bitcoin as per its white paper, implemented the first-ever blockchain.

Bitcoin has a blockchain and peer-to-peer technology. After the arrival of bitcoin in the global marketplace, people used bitcoin to make money by performing bitcoin trading, investing, and mining.

Only a few people were familiar with the actual concept of blockchain. However, after the arrival of bitcoin in the vanilla marketplace, blockchain became very popular. Tech heads started to use bitcoin’s blockchain to record databases. Bitcoin has a primary blockchain, whereas other cryptocurrencies such as Ethereum, Cardano have exceedingly advanced blockchain.

Blockchain is much different from the traditional database system; all the more, it can replace the traditional database system in the forthcoming years. If you want to get profitable results in your bitcoin venture, check Immediate Edge for more details. Blockchain is also the base technology of the decentralized finance industry. Here are some of the potential differences between blockchain and an ordinary database. So, without wasting any further ado, let’s have a look.

Blockchain vs. Database: What do you mean by blockchain?

As mentioned ahead, there are significant differences between blockchain and traditional database systems. However, before acknowledging these differences, you should know about the core notion of a blockchain.

Similar to a traditional database, blockchain serves the purpose of storing a database. In addition, blockchain underlies the technology of distributed ledger, which means a network of nodes works collectively to create an utterly decentralized environment.

Nodes of an explicit peer-to-peer network share information amongst each other by utilizing the consensus algorithm. All the more, there are no centric parties and third parties in the blockchain network. The decentralization aspects of blockchain embrace the trustworthiness of this network in contrast to another traditional database system.

In a nutshell, blockchain is a decentralized database, and this network merely relies on the peer-to-peer network. Therefore, blockchain is much better in contrast to the traditional database. Here are some of the differences between blockchain and traditional databases, which makes it much better.

Differences between Blockchain and Database

Undeniably blockchain and a database serve the similar purpose of storing decisive information in it, but the dynamics of blockchain and database vary from each other to an exceeding extent. Let’s check out the difference between blockchain and a database.

Decentralization and Centralization

You are familiar with the fact that Satoshi Nakamoto implemented the first-ever blockchain model. In terms of bitcoin, blockchain stores information regarding bitcoin transactions. Since bitcoin comes up with a decentralization feature, so does the public distributed ledger.

Blockchain is a decentralized database which means no government authorities can add or remove desirable information. Furthermore, as mentioned ahead, blockchain underlies a distributed ledger technology which means every node of the peer-to-peer network has a copy of the blockchain.

In a nutshell, you cannot store the blockchain in a single private vault. Blockchain achieves decentralization merely due to the peer-to-peer network as the nodes present in peer-to-peer networks make sharing of information without the involvement of any financial authorities possible.

On the other hand, most of the databases are for private or small groups. All the more moderators or administrators run most of the database. The decentralization of blockchain embraces the trust between every entity present in the complex.

Transparency!

Blockchain is the utmost transparent database ever to exist. The prominent reason is that bitcoin’s blockchain is a public database, and everyone can access the blockchain. All the more, every blockchain is present on the peer-to-peer network’s nodes. So, you can even download the blockchain and check the information present on it.

Immutability

The utmost sizzling feature of blockchain is its immutability. Ordinary databases are mutable, which means a hacking element can change the database present on this database. But, despite being public, blockchain is immutable. Therefore, no one can alter the database present on the blockchain.

Blockchain maintains its immutability due to peer-to-peer networks. All the more, every block references the previous block, which forms a chain between every block. Therefore, you have to alter every block before and after that block to alter a single block.

These are some of the differences between blockchain and ordinary databases.