Censorship Resistance

What Is Censorship Resistance?

Censorship resistance could refer to a feature of a cryptocurrency system. This attribute means that any party seeking to conduct business on the network can do that as long as they obey the network protocol's regulations. It could also refer to a network characteristic forbids any party from changing transactions. 

Whenever a transaction enters the blockchain, it is distributed and replicated among thousands of nodes. Once a transaction is added, it is nearly impossible to remove or change it, rendering it (and the network) irreversible.

Exploring the Full Scope of Censorship Resistance

Censorship resistance is particularly beneficial in decentralized finance (DeFi) applications because traditional finance products are riddled with entrance barriers, with numerous intermediaries denying access to specific types of people and interfering with transactions. 

DeFi provides a censorship-resistant form of traditional finance, although at a higher risk and yield. Many supporters see blockchains as a means to break free from the tyranny of current systems. There has recently been an emphasis on incorporating distributed ledger technologies (DLT) into journalism.

However, many journalists experience restrictions from strong organizations and social media firms, which is why decentralized social networks such as Steem, Subsocial, and others have emerged to provide solutions.

While intermediaries control formal finance institutions, no single party owns the Bitcoin network. As a result, it is nearly challenging to censor transactions, which is not the case with traditional money. For example, if a person is designated an adversary of an authoritarian state, the ruling government may freeze their account and restrict them from transferring their funds. 

While Bitcoin is often used for speculation, this is likely the primary reason why it is a significant invention. It is tough, but not impossible, to censor a blockchain. This scenario may occur due to a 51 percent attack, but the impacts would be brief because sustaining such attacks is expensive, which serves as a significant barrier for attackers.