Non-Fungible Tokens (NFTs) are digital assets that represent ownership of a unique item or piece of content, such as artwork, music, or videos. They are typically created on blockchain networks such as Ethereum, Binance Smart Chain, or Polkadot.

Monero, on the other hand, is a privacy-focused blockchain that uses ring signatures and stealth addresses to ensure anonymity in transactions. As Monero is not an EVM compatible blockchain, it is not possible to create NFTs on it using the same methods as on Ethereum.

However, there are other approaches to creating NFTs on Monero that involve some level of abstraction. Read More

Monero is a privacy-focused cryptocurrency that is designed to protect users’ privacy and security. The Monero repository is where the source code for Monero is stored. This article will walk you through the steps on how to download the Monero repository, build Monero, and run the program.

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Monero is a privacy-focused cryptocurrency that utilizes cryptographic techniques to ensure the anonymity of its users. This privacy feature makes it an ideal tool for voting and other democratic processes, as it can help to protect the identity of voters and maintain the integrity of the election process.

In this article, we will explore how Monero could be used for voting and other democratic processes, discussing the advantages and challenges of implementing such a system. Read More

Monero Triptych is a term used to describe a combination of three different technologies that work together to enhance the privacy and security of transactions on the Monero blockchain. The three technologies are: Read More

Transactions over Tor or I2P in Monero work by encrypting and routing the transactions through the network of nodes in the Tor or I2P network. This helps to obscure the origin and destination of the transaction, making it more difficult for third parties to track the user’s activity on the Monero network. Read More

Monero, like many privacy-focused cryptocurrencies, utilizes the Tor network to increase the privacy of its users. The Tor network is a network of servers that bounces communications around the world to obscure the origin and destination of the traffic. Read More

Monero is a cryptocurrency that focuses on privacy and security. One of the features that helps to achieve this is Ring Confidential Transactions (RingCT). RingCT is a privacy-enhancing technology that obscures the amounts involved in Monero transactions, making it more difficult for outside parties to track the flow of funds.

Ring Confidential Transactions was introduced in January 2017 and has since become a standard feature in the Monero network. RingCT enhances the privacy of transactions by obscuring the amounts involved in a transaction, making it more difficult for outside parties to determine the exact amounts being transferred. Read More

Dandelion++ is a privacy protocol for the P2P network layer of cryptocurrencies, such as Monero. The protocol enhances privacy by obfuscating the origin of a transaction and making it difficult for an adversary to determine the source and recipient of a transaction. Read More

RandomX is a proof-of-work (PoW) algorithm that was developed by the Monero (XMR) community to provide a more secure and decentralized mining process.

The RandomX algorithm is designed to be resistant to ASIC mining, which is a type of hardware specifically designed for mining cryptocurrencies. The goal of RandomX is to make it more difficult for a single entity or organization to gain control over the Monero network through mining. Read More

Monero is a privacy-focused cryptocurrency that uses a variety of techniques to obscure the details of transactions, making it difficult to track the flow of funds. One of these techniques is bulletproofs, which are a type of cryptographic proof that allows Monero to verify the validity of transactions without revealing the sender, recipient, or amount of the transaction.

The original bulletproofs had a number of limitations, including large proof sizes and high computational overhead. This made them less efficient and less private than desired. Bulletproofs++ were introduced as an improved version of bulletproofs, offering several advantages over the original version.

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