A Blockchain is a distributed database that handles a rigorous list of records, (termed as blocks), safe from tampering.
Blockchain public ledgers record transactions between two parties in a verifiable and permanent manner. Blockchain’s design is secure with distributed computing system obeying fault tolerance.
Blockchain records, documents, events, identity management, management activities, medical records, and transaction processing.
The origination of the blockchain made it the primary digital currency far away from the central server. This design later turned into an inspiration for other applications.
Important design aspects in the architecture of a Blockchain are –
Related blog: Distributed ledgers
The Blockchain runs on distributed servers. The Blockchain data is stored either in a flat file or in an RDB based on the choice of the user.
The Blockchain software operation is so massive that it is impossible to hack into the application. The nodes within the network use a peer-to-peer IP network to verify transactions.
When numerous nodes have the same blocks within their databases, they are regarded to be in consensus.
A Blockchain network is a peer to peer working on the IP protocol of the internet with a specific server node.
Each node forms a replicated copy of the database along with the information of the owner. The consensus mechanism specifies the blockchain updates.
Each node plays a specific role based on its business intention. Every node joins the network accordingly.
Once nodes get booted up, they conduct a peer discovery using a port over TCP. The Blockchain Network Architecture maintains the standard semantics to enable multiple types of blockchains to co-exist with management abstraction.
Applications use blockchain records to conduct transactions and blocks.
Salient features –
1. Eliminating intermediation
The exchange between two parties is made possible without any necessary intermediation from the third party. This process strongly eliminates the risk from outer parties.
2. Authorized users
Users are completely aware of all their data and information regarding transactions.
3. Standard data
Data in Blockchain is intact, stable, apt, precise, and wholly accessible.
Blockchain does not deal with a central point of failure, as it is built with decentralized networks. Due to this feature, Blockchain is able to withstand malicious attacks.
5. Integration of process
Transactions are well - executed same as the protocol commands. This access removes intermediation of a third party site.
Alterations to blockchains are available for use by all parties. This results in transparency, and immutability while performing transactions.
7. Simplified Ecosystem
All transactions are added to an autonomous public ledger. This reduces the complications associated with multiple ledgers.
8. Quicker transactions
Interbank transactions take much time, in fact, days for final settlement, mainly out of working hours. Blockchain transactions lessen this transaction time to just a few minutes.
9. Lesser transaction costs
By eradicating the third-party intermediaries, blockchains rise to the potential of greatly reducing the fee regarding the transaction.
Related blog: Read about Blockchain Theory
Blockchain technology created the backbone of a new type of internet allowing distributed digital information.
a) A distributed database
The blockchain database is kept open, public and readily verifiable, and accessible. It is difficult for a hacker to corrupt the centralized version of this information.
b) Durability and robustness
Blockchain technology possesses built-in robustness. It stores blocks of identical data across its network, which ensures:
c) Transparent and incorruptible
Blockchain network stays in a state of consensus and automatically checks within itself. The network reconciles each transaction within a span of a ten-minute interval. Two significant features are:
d) The idea of decentralization
By design, the blockchain is a decentralized technology. Decentralization means the network operates on a user-to-user basis. The forms of mass collaboration this makes possible are just beginning to be investigated.
e) The Blockchain & Enhanced security
Blockchain stores the data along with its network. This feature reduces the risks associated with the data. Security methods of the Blockchain employ encryption technology, making data incorruptible.
f) A second-level network
With blockchain technology, the web gains a new layer of functionality. With the added security brought by the blockchain, new internet business is on track to unbundle the traditional institutions of finance.
The blockchain potentially cuts out the middleman for a huge type of transaction. Currently, finance offers the strongest use cases for blockchain technology.
Wallet applications are the most common GUI devised for the blockchain. This methodology is attainable even to the general public with basic knowledge of computing.
Related blog: Bitcoin Vs Ethereum Vs Blockchain
Blockchain shows great promise across a wide range of business applications like:
Blockchain mechanism gets everyone to the standard level of accountability. It represents a specific way to transact business. It fairly eliminates the errors and missed transactions.
Blockchain guarantees the transaction validity by recording it not only on the main register but a connected register, via a secure validation system.
All credit goes to the key concepts of cryptographic security, decentralized consensus, and public ledger, for defining a profound change in organizing economic, political, and scientific activities employing blockchain technologies.
Arogyalokesh is a Technical Content Writer and manages content creation on various IT platforms at Mindmajix. He is dedicated to creating useful and engaging content on Salesforce, Blockchain, Docker, SQL Server, Tangle, Jira, and few other technologies. Get in touch with him on LinkedIn and Twitter.