What is Tamper-Proof Ledger?

Any document structure with the essential qualities of a distributed ledger is referred to as a tamper-proof ledger. Since 2009, the year that Bitcoin was first launched, a lot of new blockchains have emerged. Despite the consensus methods underlying them, they all rely on encouraging node operators not to interfere with data.

This incentive system assures that the distributed ledger stays tamper-proof no matter how large it gets or how many blocks are added to it.

Bitcoin is the first naturally tamper-proof ledger. It pushes nodes not to interfere with the record. If a node loses its ability to communicate with the rest of the system and becomes passive, the node operator no longer receives mining rewards.

In regards to that, if they wish to receive Bitcoin rewards, Bitcoin node operators must not interfere with the ledger or they will face consequences otherwise.

Blockchain technology is fully reliant on protection, which is the main reason why blockchain ledgers are, in fact, tamper-proof ledgers. On a worldwide basis, the existing monetary system is compiled of several ledgers.

Banks and credit card companies are basically ledgers that collect and analyze data on transactions, the movement, and the behavior of money among participants. However, the traditional banking system frequently faces challenges because of the significant risk of corruption and data manipulation. 

In essence, this is the area where blockchain technology and tamper-proof ledgers take action. Besides, the very first effective tamper-proof ledger emerged after the launch of the Bitcoin whitepaper, where Satoshi Nakamoto outlined the new proposal for keeping the Bitcoin ledger tamper-proof.

Unlike earlier attempts to create effective decentralized financial structures, which all concentrated on forbidding interference with the ledger, Nakamoto understood that just encouraging users not to interfere with the ledger is more than enough. 

This implies that tampering with Bitcoin is discouraged since it would result in immediate expulsion from the network. As a result, node operators that are in charge of verifying transactions and adding new blocks to the chain are discouraged from altering the records.

All Bitcoin node operators, as they are a decentralized network, validate transactions relying on the very same copy of the ledger. Therefore, in a situation when someone attempts to interfere with the records, their replica will not resemble that of the existing node operators.