How are blocks connected to each other in the blockchain? Whether the blocks are really right ...

Von Krypto News Österreich

Die Blockchain ist eine dezentrale Datenbank, bei der viele Blöcke miteinander verbunden sind und Informationen speichern. Dabei handelt es sich um eine transparente und pseudonyme Datenbank, insbesondere wenn es sich um eine öffentliche Blockchain handelt. Eine sehr bekannte öffentliche Blockchain ist Bitcoin, die regelmäßig Coins ausschüttet, um diejenigen zu belohnen, die das Netzwerk sicher halten. Aber wie werden die Blöcke in der Blockchain miteinander verbunden? Hier kommt der Hash ins Spiel. Jeder Block in der Blockchain enthält einen einzigartigen Hash, der als digitaler Fingerabdruck gilt. Wenn ein neuer Block hinzugefügt wird, berechnet ein kryptographischer Algorithmus den Hash dieses Blocks. Anschließend …
The blockchain is a decentralized database in which many blocks are connected and store information. It is a transparent and pseudonymous database, especially if it is a public blockchain. A very well -known public blockchain is Bitcoin, which regularly pays coins to reward those who keep the network safe. But how are the blocks connected to each other in the blockchain? Here the hash comes into play. Each block in the blockchain contains a unique hash that is considered a digital fingerprint. If a new block is added, a cryptographic algorithm calculates the hash of this block. Afterward … (Symbolbild/KNAT)

The blockchain is a decentralized database in which many blocks are connected and store information. It is a transparent and pseudonymous database, especially if it is a public blockchain. A very well -known public blockchain is Bitcoin, which regularly pays coins to reward those who keep the network safe.

But how are the blocks connected to each other in the blockchain? Here the hash comes into play. Each block in the blockchain contains a unique hash that is considered a digital fingerprint. If a new block is added, a cryptographic algorithm calculates the hash of this block. This hash is then linked to the hash of the previous block, creating a new hash that connects the previous block with the new block. This process is repeated for each new block in the blockchain, which creates an unchangeable and consistent chain of blocks.

The integrity of the blockchain is guaranteed by the so -called miners. These miners solve complex arithmetic tasks in order to maintain the privilege, to attach new blocks to the blockchain. This process is based on the consensus mechanism "Proof of Work". By solving the arithmetic tasks, it is ensured that the blocks cannot be manipulated.

Blockchain technology has the potential to revolutionize various industries, including finance, supply chain, healthcare and many more. The transparent and safe nature of the blockchain makes it a promising technology for the future.

If you want to learn more about cryptocurrencies and blockchain technology, you can find more information at our Academy.