The technology at the heart of bitcoin and other virtual currencies, blockchain is an open, distributed ledger that can record transactions between two parties. A blockchain is a type of distributed ledger technology (DLT) that consists of growing list of records, called blocks, that are securely linked together. The blockchain technology as for example the one used for Bitcoin allows for the recording of transactions on a distributed ledger across a network of users. DELTA TWITTER CRYPTO

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This is different from traditional record-keeping methods which store data in a central place, such as a computer server. A blockchain organizes information added to the ledger into blocks, or groups of data. Each block can only hold a certain amount of information, so new blocks are continually added to the ledger, forming a chain. Each node has its own record of the full timeline of data along the blockchain, going back to its start.

A consumer buys Bitcoin. Nodes validate the transaction. After approval, the transaction is grouped with other transactions to form a block, which is added to an ever-growing chain of transactions. The completed block is encrypted, and the transaction record is permanent; it cannot be removed or altered on the blockchain. While it can be difficult to trace the identity behind an account, the record shows which accounts are transacting on the blockchain.

Public blockchains also allow any user with the required computer power to participate in approving and recording transactions onto the blockchain as a node. But not all blockchains are public. Blockchains can be designed as private ledgers, so an owner is able to limit who can make changes or additions to the blockchain. Private blockchains maintain the security of any data stored within the database using the same encryption methods.

The idea of a secure, decentralized permanent record of information has drawn interest across a number of industries, and potentially holds solutions for many security concerns, record-keeping processes, and data ownership issues we face today. A Blockchain-Based Future Blockchain gives us the technology to move information securely, Agarwal says, and have nearly complete certainty in knowing the authenticity of any piece of information you want to protect.

Consider, for example, stories that have circulated in recent weeks of meme subjects and celebrities who cashed in on digital property by selling NFTs non-fungible tokens. When you buy an NFT, that transaction is added to the blockchain ledger, and becomes a verifiable record of ownership. In theory, this leads to creators maintaining value through things earning royalties on copies made of digital art. A network of nodes: A node is a computer connected to the Blockchain Network.

Node gets connected with Blockchain using the client. Client helps in validating and propagates transaction on to the Blockchain. When a computer connects to the Blockchain, a copy of the Blockchain data gets downloaded into the system and the node comes in sync with the latest block of data on Blockchain. The Node connected to the Blockchain which helps in the execution of a Transaction in return for an incentive is called Miners.

Disadvantages of current transaction system: Cash can only be used in low amount transaction locally. Huge waiting time in the processing of transactions. Need to third party for verification and execution of Transaction make the process complex. If the Central Server like Banks is compromised, whole System is affected including the participants. Organization doing validation charge high process thus making the process expensive. Building trust with Blockchain: Blockchain enhances trust across a business network.

Blockchain builts trust through the following five attributes: Distributed: The distributed ledger is shared and updated with every incoming transaction among the nodes connected to the Blockchain. All this is done in real-time as there is no central server controlling the data. Secure: There is no unauthorized access to Blockchain made possible through Permissions and Cryptography. Transparent: Because every node or participant in Blockchain has a copy of the Blockchain data, they have access to all transaction data.

They themselves can verify the identities without the need for mediators. Consensus-based: All relevant network participants must agree that a transaction is valid. This is achieved through the use of consensus algorithms. Flexible: Smart Contracts which are executed based on certain conditions can be written into the platform. Blockchain Network can evolve in pace with business processes.

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But how does bitcoin actually work?

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