MINA is a relatively popular cryptocurrency and can be considered one of the hottest coins. MINA is the native token of the Mina Protocol. The Mina Protocol utilizes recursive zk-SNARKs technology, keeping the entire blockchain size to approximately 22KB. This lightweight design makes it suitable for resource-constrained devices such as mobile devices. This unique technology makes it innovative and attractive in the cryptocurrency market. In terms of market performance, MINA is traded on multiple mainstream exchanges, such as Binance and OKX, and its price fluctuations have attracted market attention. As of October 7, 2025, MINA was traded on 144 active markets, with a 24-hour trading volume of $28,242,664.92, demonstrating significant market activity. Furthermore, Coinbase launched MINA perpetual futures on September 11, 2025, increasing MINA's liquidity and increasing participation from institutional investors. However, MINA's price trend remains uncertain. Since 2025, MINA's price has experienced significant fluctuations, reaching near historical lows. As of October 7th, its price was approximately $0.7612, a 2.83% drop over the past 24 hours. Overall, MINA has generated considerable interest and attention in the cryptocurrency market, but investors should also be aware of its price volatility and market risks.

Like Dogecoin, Mask Coin can be used for payments and tipping. Dogecoin has been a popular social tipping platform since its early days. On platforms like Reddit and X (formerly Twitter), users can tip content creators with Dogecoin through plugins or bots. Furthermore, with the development of payment gateways, some e-commerce platforms, gaming, and virtual goods websites have also begun to support Dogecoin settlement. As the native token of the Mask Network platform, Mask Coin can be used in a variety of scenarios within the ecosystem. Users can use Mask Coin for tipping within the Mask Network platform and to pay for services and products on the platform.

MASK coin offers privacy features primarily due to the Mask Network platform's use of various encryption technologies and a decentralized architecture. 1. Zero-knowledge proof technology: This technology verifies the legitimacy of transactions without revealing sensitive information such as the sender, recipient, and amount, ensuring anonymity and protecting user privacy. 2. Ring signature and coin mixing technology: Ring signature technology mixes user transaction information with other random transaction information, making it difficult to track specific transactions and concealing the identities of the sender and recipient. Coin mixing technology further enhances transaction privacy by mixing funds from different users, disrupting their flow. 3. End-to-end encryption technology: Mask Network provides end-to-end encrypted communication, ensuring that information exchanged between users can only be read by the sender and recipient, and cannot be eavesdropped or intercepted by third parties, thus ensuring the privacy of user communications. 4. Decentralized storage: User data is no longer stored on centralized servers, but is distributed across multiple nodes of the blockchain through encryption technology, avoiding the risk of data leakage that may exist on centralized platforms and improving data security and anti-censorship.

MINA can be paid for using GBP trading pairs. Some cryptocurrency exchanges, such as Kraken, offer MINA/GBP trading pairs. On these platforms, users can exchange GBP for MINA, or vice versa, making payments using GBP trading pairs. For example, while Bitget's P2P trading platform currently doesn't support direct purchases of MINA with GBP, users can first purchase USDT through P2P trading and then use USDT to purchase MINA on the spot market.

"Bit Gold" usually refers to Bitcoin (BTC). It was proposed by Satoshi Nakamoto in 2008 and officially launched in 2009. Bitcoin is a decentralized digital currency with a limited supply of 21 million. Its issuance and transactions rely on the internet, and it serves as a store of value. It is often considered "digital gold" and holds a groundbreaking and benchmark position in the digital currency field. "Lite Silver" refers to Litecoin (LTC). This is a digital currency inspired by and improved upon Bitcoin. It was designed and implemented by Charlie Lee, formerly of Google, and officially launched on November 9, 2011. While technically similar to Bitcoin, Litecoin also has its own unique features, such as its use of the scrypt algorithm, which allows for faster transaction confirmation times, greater network transaction capacity and efficiency, and a maximum supply of 84 million, four times that of Bitcoin. The phrase "Bit Gold, Litecoin Silver" vividly depicts the relationship between Bitcoin and Litecoin, both of which hold important positions in the digital currency market.

Does Mina offer far more privacy than ZEC (Zerocoin) and XMR (Monero)? Mina's privacy isn't absolutely superior to ZEC and XMR, but it offers unique advantages in certain areas. 1. Comprehensive Privacy Protection and Default Settings: ZEC's privacy protection is opt-in, requiring users to actively opt in to using privacy addresses to hide transaction details. This creates the potential for information leakage due to improper operation or failure to select privacy mode. XMR uses ring signatures and privacy addresses by default for all transactions, providing comprehensive privacy protection. Mina, on the other hand, uses zero-knowledge proof technology to protect transaction and account status privacy by default, enabling private transactions without requiring additional user intervention. Furthermore, its recursive zk-SNARK technology ensures that transaction verification does not reveal any specific information, including transaction amounts, senders, and recipients. 2. Adaptability and Scalability to the Blockchain Ecosystem: Mina is a lightweight blockchain based on zero-knowledge proofs. Its unique lightweight design eliminates the need for full nodes to store complete transaction histories, requiring only proof verification. In theory, even standard devices like mobile phones can easily run full nodes. This feature not only lowers the barrier to entry for node operation but also enables wider application of privacy protection across a wide range of devices and scenarios. Zec uses a PoW consensus mechanism with a 2.5-minute block time. Its blockchain size will grow over time, potentially impacting the efficiency and scalability of privacy protection. While Xmr offers strong privacy, the large amount of on-chain data required for transactions results in slower transaction processing. Furthermore, the blockchain size continues to grow, limiting the practicality of privacy protection in high-frequency trading scenarios. 3. Privacy Support for Smart Contracts and Application Scenarios: Mina provides zkApps, a smart contract based on zero-knowledge proofs, enabling the construction of privacy-preserving decentralized applications. This allows for verification of transaction logic without leaking data, enabling privacy protection to be implemented at the smart contract level and adaptable to a wider range of application scenarios. Zec and Xmr are relatively weak in privacy support for smart contracts, and the expansion of their application scenarios is subject to certain limitations.

Both ZEC and Mina utilize zk-SNARKs (zero-knowledge proofs) to protect transaction privacy, ensuring transaction validity without revealing specific information. The difference lies in ZEC's dual modes of transparent and private transactions, with users choosing between them. Mina, on the other hand, utilizes recursive zk-SNARKs to achieve privacy while simultaneously compressing the blockchain state to a minimal size.

The MINA blockchain maintains a consistent data size of approximately 22KB, primarily due to its innovative "zero-knowledge proof" (ZK-SNARKs) technology. Traditional blockchains like Bitcoin and Ethereum experience increasing data size as blocks grow, as each node must store a complete historical transaction record. MINA, however, uses zero-knowledge proof technology to compress blockchain data. Full nodes no longer need to store the entire transaction history, only need to verify proofs, thus keeping the data size extremely small. Specifically, MINA utilizes ZK-SNARKs technology, allowing nodes to prove the validity of their data to other nodes without revealing specific transaction details. Each node synchronizes a tiny cryptographic proof, weighing only approximately 22KB, resulting in the so-called "minimalist blockchain."

RVN investors primarily include Digital Asset Capital Management (DACM), Myriad Capital Management, and Moonchain Capital. DACM is a blockchain technology investment management firm whose sole mission is to provide institutional and family office investors with a path to becoming future leaders in blockchain technology. Myriad Capital Management and Moonchain Capital are also investors in RVN, but detailed information on these two institutions is relatively limited. Furthermore, Overstock's subsidiary, Medici Ventures, completed a $3.6 million digital securities transaction using the RVN blockchain in 2018, demonstrating Medici Ventures' support for the RVN ecosystem.

ORDI coin has no inflation rate because its supply is fixed. ORDI coin is a BRC-20 token based on the Bitcoin network's Ordinals protocol, with a total supply of 21 million. This limited supply and scarcity provide ORDI with a degree of inflation resistance.