币贵圆
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What’s up with manta? Why are there so many people calling for orders in the advertisement today? Are you still planning to continue shipping?
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Zero-Knowledge Proofs
Zero-Knowledge Proofs are a cryptographic protocol in blockchain technology that allows one party (the prover) to prove to another party (the verifier) that a statement is correct without revealing any information other than the correctness of the statement.
In layman's terms, it's like you prove to a friend that you know a password, but you don't need to tell him what the password is. You can show that you know the password in some way (such as answering a series of questions) without revealing the secret.
In the field of blockchain, zero-knowledge proofs are particularly useful because they can enhance privacy protection. For example, when making a transaction, users can prove that they have enough funds to trade without revealing sensitive information such as how much balance they have, the specific amount of the transaction, etc.
This technology has a wide range of application scenarios, such as playing an important role in protecting user privacy, preventing identity theft, and improving transaction efficiency. Through zero-knowledge proofs, blockchain systems can achieve higher security and transparency without sacrificing user privacy.
Zero-Knowledge Proofs are a cryptographic protocol in blockchain technology that allows one party (the prover) to prove to another party (the verifier) that a statement is correct without revealing any information other than the correctness of the statement.
In layman's terms, it's like you prove to a friend that you know a password, but you don't need to tell him what the password is. You can show that you know the password in some way (such as answering a series of questions) without revealing the secret.
In the field of blockchain, zero-knowledge proofs are particularly useful because they can enhance privacy protection. For example, when making a transaction, users can prove that they have enough funds to trade without revealing sensitive information such as how much balance they have, the specific amount of the transaction, etc.
This technology has a wide range of application scenarios, such as playing an important role in protecting user privacy, preventing identity theft, and improving transaction efficiency. Through zero-knowledge proofs, blockchain systems can achieve higher security and transparency without sacrificing user privacy.
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Data Availability (DA)
Data Availability (DA) in blockchain refers to the extent to which data on a blockchain network can be accessed and verified by any participant in the network. In blockchain systems, data availability is a core attribute that ensures the transparency and trustworthiness of blockchains.
In layman's terms, data availability means that information on a blockchain is not locked in a centralized database, but is stored in multiple nodes throughout the network. In this way, even if a node has problems or is offline, other nodes can still access and verify the data on the blockchain. This design makes the blockchain highly fault-tolerant, because tampering or destroying information on the blockchain requires attacking a large number of nodes on the network at the same time, which is almost impossible in practice.
The key features of data availability include:
1. **Accessibility**: Anyone interested can access data on the blockchain without going through any intermediaries.
2. **Persistence**: Once data is added to the blockchain, it is permanently stored and cannot be easily deleted or tampered with.
3. **Transparency**: All transaction records are public, and anyone can view the transaction history, but at the same time there can also be privacy protection measures, such as zero-knowledge proof and other technologies, to ensure that personal privacy is not leaked.
4. **Verifiability**: Every participant in the network can verify the validity of the transaction and ensure the authenticity and consistency of the data.
In blockchain technology, data availability is a concept closely linked to security and decentralization. By ensuring the availability of data, blockchain provides users with a reliable, open and difficult-to-tamper data storage and transmission platform. This is of great significance for a variety of application scenarios such as financial transactions, supply chain management, copyright protection, and identity authentication.
Data Availability (DA) in blockchain refers to the extent to which data on a blockchain network can be accessed and verified by any participant in the network. In blockchain systems, data availability is a core attribute that ensures the transparency and trustworthiness of blockchains.
In layman's terms, data availability means that information on a blockchain is not locked in a centralized database, but is stored in multiple nodes throughout the network. In this way, even if a node has problems or is offline, other nodes can still access and verify the data on the blockchain. This design makes the blockchain highly fault-tolerant, because tampering or destroying information on the blockchain requires attacking a large number of nodes on the network at the same time, which is almost impossible in practice.
The key features of data availability include:
1. **Accessibility**: Anyone interested can access data on the blockchain without going through any intermediaries.
2. **Persistence**: Once data is added to the blockchain, it is permanently stored and cannot be easily deleted or tampered with.
3. **Transparency**: All transaction records are public, and anyone can view the transaction history, but at the same time there can also be privacy protection measures, such as zero-knowledge proof and other technologies, to ensure that personal privacy is not leaked.
4. **Verifiability**: Every participant in the network can verify the validity of the transaction and ensure the authenticity and consistency of the data.
In blockchain technology, data availability is a concept closely linked to security and decentralization. By ensuring the availability of data, blockchain provides users with a reliable, open and difficult-to-tamper data storage and transmission platform. This is of great significance for a variety of application scenarios such as financial transactions, supply chain management, copyright protection, and identity authentication.
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Five steps to find the next 100x coin
Five steps to find the next 100x coin
1. Identify tracks with potential for development
2. Identify potential projects on the track
Get stuck in key positions, master important technologies, team background and qualifications
3. Review the token economic model
The inflation rate cannot be too high, there cannot be too many allocations to the team and investors, and the tokens must be empowering and value-gaining.
4. Screen out projects whose market value is too high
The higher the market value, the harder it is to rise. Projects with low market value are more explosive.
5. Diversify your investments to increase your chances of hitting a target
1. Identify tracks with potential for development
2. Identify potential projects on the track
Get stuck in key positions, master important technologies, team background and qualifications
3. Review the token economic model
The inflation rate cannot be too high, there cannot be too many allocations to the team and investors, and the tokens must be empowering and value-gaining.
4. Screen out projects whose market value is too high
The higher the market value, the harder it is to rise. Projects with low market value are more explosive.
5. Diversify your investments to increase your chances of hitting a target
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What is DePIN?
What is DePIN?
Decentralized Physical Infrastructure Network (DePIN) refers to a decentralized physical infrastructure network operating using blockchain technology. These networks aim to create a more efficient and transparent system for managing physical assets such as energy grids, transportation systems and telecommunications networks. By using blockchain technology, DePIN can securely record and verify transactions, track asset ownership and usage, and automate processes such as payments and maintenance.
A key advantage of DePIN is reducing reliance on centralized authorities and intermediaries, thereby increasing efficiency, reducing costs and increasing transparency. In addition, DePIN can enable new business models and services that were not possible before, such as peer-to-peer energy trading or decentralized shared mobility.
Decentralized Physical Infrastructure Network (DePIN) refers to a decentralized physical infrastructure network operating using blockchain technology. These networks aim to create a more efficient and transparent system for managing physical assets such as energy grids, transportation systems and telecommunications networks. By using blockchain technology, DePIN can securely record and verify transactions, track asset ownership and usage, and automate processes such as payments and maintenance.
A key advantage of DePIN is reducing reliance on centralized authorities and intermediaries, thereby increasing efficiency, reducing costs and increasing transparency. In addition, DePIN can enable new business models and services that were not possible before, such as peer-to-peer energy trading or decentralized shared mobility.
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Recently, the popular sectors must pull back. They have risen too much. It is normal for the market makers to cash out at high levels, and it is also appropriate for the market makers to wash their hands. It is impossible not to fall at this point, and the bankers will not drag a group of retail investors to continue to pull the market. At this time, you must control yourself, don’t be FOMO, and look more at the coins that have not risen recently.
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$SSV A thought: This is the currency that 80% of the squares are criticizing, so buy it quickly. 80% of the coins in the square are touting. If you hold it, sell it quickly. If you don’t hold it, stop it first.
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