Monero community sounds displeasure over Mordinals – Cryptopolitan

Mordinals, also known as Monero ordinals, have emerged as a novel feature within the Monero blockchain, enabling the incorporation of additional information and expanding its capabilities beyond transaction data storage. However, this innovative concept has sparked a heated debate within the crypto community, particularly regarding its impact on user privacy and the decentralization of the network.

One of the main criticisms raised against Mordinals is the potential threat they pose to user privacy. Monero, known for its strong privacy features, utilizes “ring signatures” to link transactions, ensuring anonymity within the network.

Critics argue that the introduction of Mordinals could compromise this privacy by allowing attackers to fill blocks with fake NFTs, potentially differentiating legitimate transactions from fake ones.

This concern is amplified by the United States Internal Revenue Service’s (IRS) interest in tracking Monero transactions, which suggests a market demand for breaching Monero’s privacy features.

Proponents believe an update will resolve all issues

Another point of contention is the perceived centralization of the Mordinals concept. Opponents argue that Mordinals represent a centralized concept, which contradicts the principles of decentralization that blockchain networks are built upon.

The increased storage demands resulting from expanding block sizes could discourage smaller nodes from staying online, potentially undermining the network’s decentralization. Filtering specific blocks or transactions could be seen as a form of censorship, further straining the core principles of decentralization.

While criticisms surrounding Mordinals’ impact on privacy and decentralization are valid, proponents suggest that these concerns can be addressed through protocol updates. Upgrades could aim to mitigate the risks associated with Mordinals by refining the mechanisms for verifying transactions and maintaining privacy within the network.