区块链流量获取方法,区块链流量平台

近年来，区块链流量获取的方法和平台受到了越来越多的关注。让我们一起来探讨三个相关的关键词：区块链流量获取、区块链流量挖矿和区块链流量平台拓展。

区块链流量获取是指通过区块链网络获取流量的过程。它是基于区块链技术的一种新型流量获取方式，能够更有效地获取流量，并使用区块链技术来保护获取的流量。区块链流量获取可以通过多种方式实现，如投票、抽奖、挖矿等，这些方式可以更好地激励用户参与，从而获取更多的流量。

区块链流量挖矿是一种利用区块链技术来获取流量的方法。挖矿是一种激励机制，可以通过分配流量来鼓励用户参与挖矿活动，从而获取更多的流量。挖矿可以通过投票、抽奖、调查等方式实现，其中投票和抽奖最为常见，可以让用户参与，获取流量。

区块链流量平台拓展是指通过区块链技术来拓展流量平台的过程。区块链流量平台拓展可以通过多种方式实现，如推广、投票、抽奖等，这些方式可以更好地激励用户参与，从而获取更多的流量。同时，区块链技术可以有效地保护流量，使其能够安全地流转，从而提高流量的价值。

总之，区块链流量获取、挖矿和平台拓展是一种利用区块链技术获取流量的新型方式，它可以有效地激励用户参与，从而获取更多的流量，并且能够保护流量，使其能够安全地流转，提高流量的价值。

① How merchants can make profits by promoting blockchain

Blockchain is the hottest trend now, and entrepreneurs and capital are flocking to it. Frankly speaking, blockchain technology solves the pain points of decentralization and trust issues in traditional networks and has broad development prospects. At the same time, the current blockchain is still in its infancy, and there are problems such as the technology has not been fully perfected for the first time, such as data throughput speed issues and few application landing scenarios. There is currently no mature commercial application, and direct profit is out of the question. The profit model of blockchain games that are promising for popular applications is also being explored. The online Letts Dog game attracted considerable attention and traffic during the Spring Festival. I started playing it as soon as it went online, and now I have hundreds of thousands of calculus points. I have never purchased points. But generally speaking, the user experience is not good and the functions are not perfect. Chunyu basically doesn’t play anymore. This game has brought huge traffic to the Internet, and the number of downloads of online wallets has also increased dramatically. Perhaps this is the profit point for merchants.

② What is blockchain

In the simplest terms, blockchain is a distributed ledger.

To understand what this means, we first have to look at its opposite: a centralized ledger. Because blockchain technology started with finance, we will also introduce it below using banks as an example.

The following is our process for using bank debit card transactions:

You can swipe your card to purchase goods in stores.

The merchant sends a statement to your bank for the agreed upon amount.

Your bank will verify that you may have authorized the purchase.

The bank sends the money to the merchant.

Finally, the bank records this information in its ledger.

There’s a lot of technology involved here, but that’s basically it. The last step is important - the bank records all transactions made by the customer. This ledger goes all the way back to the first transaction the bank made.

This ledger is kept, maintained and regulated by the bank. You can read it in your online bank account, but you can't change it. The bank has complete control. If it decides to make a change, there's nothing you can do about it.

Crucially, if hackers were able to access a bank’s ledger, that could cause a lot of problems. They can change the account balance to make it look like certain transactions never occurred, etc.

This is why distributed ledgers are so cool.

Blockchain Network Visualization

If a bank operates on a distributed ledger, each member of the bank will have a copy of the ledger, and whenever any member of the bank When they make a purchase, they tell every other member of the bank.

Each member will verify the transaction and add it toLedger (added records are called "blocks"). This has some important benefits, as there is no centralized authority that can manipulate records. Hackers accessing one ledger won't be a big problem because other ledgers can easily verify it.

On the other hand, it requires a lot of work. In short, the second system is blockchain (at least in financial scenarios).

As mentioned above, blockchain is a decentralized list of transactions. If I send Xiao Ming 2 Bitcoins, I send a message to everyone in the network saying "I am sending Xiao Ming 2 Bitcoins" and they all record the transaction.

The future of blockchain, how will it change our lives?

One thing that is important about blockchain is that it is a public resource and no one really owns it because everyone owns it.

Blockchain is not just science fiction. We don’t need to understand the mechanism behind this technology, but you do need to understand that it may completely change our lives in the next 20 years.

This may sound bold, but remember, 20 years ago we were browsing the Internet on Netscape, using state-of-the-art Motorola flip phones, and buying our first DVD players. At that time, if we imagined that a computer could be held in our hands and that we could buy cars, make payments, and watch movies, it would have been considered a fantasy.

Although the impact of blockchain may not be as obvious as the Internet, nor as tangible as mobile phones, blockchain will effectively solve many worries in daily life. Such as intermediaries cheating people, transaction delays, etc. In our current lives, middlemen are everywhere and we take them for granted as a part of life. If one day these intermediaries cease to exist, you will find that the world will become a different place.

Imagine that by 2040, blockchain may become a mature and widely used technology. When one day you can't live without the blockchain just like you can't live without the Internet now, you will be surprised to find that this decentralized accounting technology has simplified the complexity and become a part of your lifestyle

③ What are the core blockchain technologies of blockchain technology?

What is the hottest topic on the Internet right now? I don’t need to tell you that it is blockchain technology, but Many friends have only heard of this technology and do not have much in-depth understanding of it. So what are the blockchain technologies? Below we will bring you an introduction to the core technology of blockchain for your reference.
What are the core elements of blockchain technology?
Blockchain technology can be a public ledger (visible by anyone) or a permissioned network (visible only by those authorized), which solves supply chain challenges , because it is an immutable record that is shared among network participants and updated in real time.
Blockchain technologyTechnology----Data layer: Design the data structure of the ledger
Core technology 1. Block + chain:
Technically speaking, block is a data structure that records transactions, reflecting the details of a transaction Capital flows. The blocks of transactions that have been reached in the system are connected together to form a main chain, and all nodes participating in the calculation record the main chain or part of the main chain.
Each block consists of a block header and a block body. The block body is only responsible for recording all transaction information in the previous period, mainly including the number of transactions and transaction details; the block header encapsulates the current version number, previous A block address, timestamp (recording the time when the block was generated, accurate to seconds), random number (recording the value of decrypting the answer to the math question related to the block), target hash value of the current block, and Merkle number Root value and other information. From a structural point of view, most functions of the blockchain are implemented by the block header.
Core technology 2. Hash function:
The hash function can convert data of any length into a set of fixed-length codes through the Hash algorithm. The principle is based on a cryptographic one-way hash function. This kind of function is easy to verify, but difficult to crack. Usually, the industry uses y=hash(x) to represent it. This hash function implements operations on x to calculate a hash value y.
Commonly used hash algorithms include MD5, SHA-1, SHA-256, SHA-384 and SHA-512, etc. Taking the SHA256 algorithm as an example, inputting any string of data into SHA256 will result in a 256-bit Hash value (hash value). Its characteristics: the same data input will get the same result. As long as the input data changes slightly (for example, a 1 becomes a 0), a completely different result will be obtained, and the result cannot be predicted in advance. Forward calculation (calculating the corresponding Hash value from the data) is very easy. Reverse calculation (cracking) is extremely difficult and is considered impossible under current technological conditions.
Core technology 3. Merkle tree:
Merkle tree is a hash binary tree, which can be used to quickly verify the integrity of large-scale data. In the blockchain network, the Merkle tree is used to summarize all transaction information in a block, and ultimately generates a unified hash value of all transaction information in the block. Any change in transaction information in the block will cause Merkle tree changes.
Core technology 4. Asymmetric encryption algorithm:
Asymmetric encryption algorithm is a key secret method that requires two keys: public key and private key. The public key and the private key are a pair. If the public key is used to encrypt the data, only the corresponding private key can be used to decrypt it, thereby obtaining the corresponding data value; if the private key is used to sign the data, then only the corresponding public key can be used to sign the data. In order to verify the signature, the sender of the verification information is the holder of the private key.
Because encryption and decryption use two different keys, this algorithm is called an asymmetric encryption algorithm, while symmetric encryption uses the same key in the encryption and decryption processes.
Blockchain technology----network layer: realize the decentralization of accounting nodes
Core technology 5. P2P network:
P2P network (peer-to-peer network), also known as point-to-point technology, is a system without a central server. An Internet system that relies on user groups to exchange information. Unlike a centralized network system with a central server, each client in a peer-to-peer network acts as both a node and a server. Domestic Xunlei software uses P2P technology. The P2P network has the characteristics of decentralization and robustness.
Blockchain technology----Consensus layer: allocate the task load of accounting nodes
Core technology 6. Consensus mechanism:
Consensus mechanism is how to reach consensus among all accounting nodes to identify The validity of a record is both a means of identification and a means of preventing tampering. There are currently four main types of consensus mechanisms: PoW, PoS, DPoS and distributed consensus algorithms.
PoW (Proof of Work, proof of work): PoW mechanism, which is like Bitcoin’s mining mechanism, miners package existing transactions that have not been recorded by the network into a block, and then continue to traverse and try to find a random number , so that the hash value of the new block plus the random number meets certain difficulty conditions. Finding a random number that meets the conditions is equivalent to determining the latest block of the blockchain, and is also equivalent to obtaining the current round of accounting rights of the blockchain. Miners broadcast blocks that meet the mining difficulty conditions in the Yuanfu network. After verifying that the block meets the mining difficulty conditions and that the transaction data in the block meets the protocol specifications, other nodes in the entire network will each Blocks are linked to their own version of the blockchain, thereby forming a network-wide consensus on the current network state.
PoS (ProofofStake, Proof of Stake): PoS mechanism requires nodes to provide proof of a certain number of tokens to obtain a distributed consensus mechanism for competing for blockchain accounting rights. If you rely solely on the token balance to determine the bookkeeper, you will inevitably make the rich win, which will lead to the centralization of bookkeeping rights and reduce the fairness of the consensus. Therefore, different PoS mechanisms use different methods to increase the amount of money based on the proof of equity. The randomness of accounting rights avoids centralization. For example, in the PeerCoin PoS mechanism, the Bitcoin with the longest chain age has a greater chance of obtaining accounting rights. NXT and Blackcoin use a formula to predict the next accounting node. The more tokens you own, the greater the probability of being selected as an accounting node. In the future, Ethereum will also switch from the current PoW mechanism to a PoS mechanism. Judging from the information currently available, Ethereum's PoS mechanism will use nodes to place bets on the next block. The winner of the bet will receive an additional Ethereum currency award. Those who do not win will be deducted Ether coins to reach consensus on the next block.
DPoS (DelegatedProof-Of-Stake, share authorization certificate): DPoS is easy to understand and is similar to the modern corporate board of directors system. The DPoS mechanism adopted by BitShares is voted by shareholdersA certain number of witnesses are selected. Each witness has two seconds of authority to generate a block in order. If the witness cannot generate a block in a given time slice, the block generation authority is given to the corresponding witness in the next time slice. witness. Shareholders can replace these witnesses at any time by voting. This design of DPoS makes the generation of blocks faster and more energy-saving.
Distributed Consistency Algorithm: Distributed Consistency Algorithm is based on traditional distributed consistency technology. Among them are Byzantine fault-tolerant algorithms that solve the Byzantine Generals problem, such as PBFT (Byzantine fault-tolerant algorithm). In addition, distributed consensus algorithms (Pasox, Raft) that solve non-Byzantine problems are not explained in this article. This type of algorithm is currently a commonly used consensus mechanism in alliance chain and private chain scenarios.
Taken together, POW is suitable for public chains. If you build a private chain, it is more suitable to use POS because there is no trust problem in verification nodes; and because there are untrustworthy local nodes in the alliance chain, it is more suitable to use DPOS.
Blockchain technology----Incentive layer: Develop a "salary system" for accounting nodes
Core technology 7. Issuance mechanism and incentive mechanism:
Take Bitcoin as an example. Bitcoins are initially rewarded by the system to miners who create new blocks, and this reward is halved approximately every four years. At the beginning, miners were rewarded with 50 Bitcoins for each new block recorded, and this reward is halved approximately every four years. By analogy, by around AD 2140, newly created blocks will no longer receive rewards from the system. By then, the total number of Bitcoins will be approximately 21 million. This is the total number of Bitcoins, so it will not increase indefinitely.
Another source of incentives is transaction fees. When there are no system rewards for newly created blocks, the miners' income will change from system rewards to transaction fees. For example, when you transfer, you can specify 1% of it as a handling fee to be paid to the miner who records the block. If the output value of a transaction is less than the input value, the difference is the transaction fee, which will be added to the incentive for that block. As long as a given amount of electronic currency has entered circulation, the incentive mechanism can gradually be converted to rely entirely on transaction fees, so there is no need to issue new currency.
Blockchain technology----contract layer: giving the ledger programmable features
Core technology 8. Smart contract:
Smart contract is a set of programmed rules and logic that respond to scenarios. Implemented by decentralized, trusted shared script code deployed on the blockchain. Normally, after the smart contract is signed by all parties, it is attached to the blockchain data in the form of program code, and is recorded in a specific block of the blockchain after being propagated through the P2P network and verified by nodes. Smart contracts encapsulate a number of predefined states and transition rules, scenarios that trigger contract execution, response actions under specific scenarios, etc. The blockchain can monitor the status of smart contracts in real time, and activate and execute the contract by checking external data sources and confirming that specific trigger conditions are met.
The above is what blockchain technologies the editor has brought to you? Introduction to Blockchain Core TechnologyAll content of the show.

④ Is traffic promotion a blockchain?

Traffic promotion is not a blockchain. According to the query of relevant public information, traffic promotion and blockchain are two different concepts. Traffic promotion is a marketing method that uses various channels and methods to increase the number of views and visits to a website or product. Blockchain is a distributed ledger technology used to record digital currency transactions and the secure storage and transmission of other data.

⑤ How to make profits from blockchain

Blockchain is a revolutionary technology that provides centralization, privacy protection, and Turing-perfect smart contract technology foundation. It is called For the next network revolution. By purchasing blockchain items to mint high-purpose digital assets, we can rationally allocate our property, invest rationally, and gain income through the added value of tokens. How does blockchain make profits?

Invest in blockchain tokens and make money by purchasing tokens and other digital assets on exchanges. There are two ways to buy tokens. One is currency trading, through BTC, ETH, USDT, etc. Mainstream currency digital currencies are traded. The other is over-the-counter transactions, using legal currency to purchase digital currencies and trading between digital currencies.

⑥ Is traffic promotion a blockchain operation?

Traffic promotion and blockchain operations are two different concepts.
Traffic promotion refers to using various means to increase the exposure of the website or product and the number of visits to the shooting town, in order to achieve the purpose of attracting more potential customers. This process requires advertising, SEO optimization, social media promotion, etc.
Blockchain operation refers to related activities in the field of blockchain, including but not limited to blockchain technology research, digital currency transactions, smart contract development, blockchain security, etc. It also includes the marketing and promotion of blockchain projects, but its main purpose is to promote and disseminate blockchain technology and applications.
Although traffic promotion, travel distribution and blockchain operations may sometimes overlap, they are two different concepts and need to be judged based on specific circumstances.

⑦ What is blockchain and how to make money with blockchain

Blockchain is a new application of computer technology such as distributed data storage, point-to-point transmission, consensus mechanism, and encryption algorithm. model. The so-called consensus mechanism is a mathematical algorithm that establishes trust and obtains rights and interests between different nodes in the blockchain system.

How to make money in the blockchain:

1. Earn commissions through promotion.

The blockchain approach is to first register an exchange account, generate your own invitation link, and then promote it. If someone registers the exchange through your link and generates transactions, you will get a commission.

2. Coin speculation.

Speculating in currencies is like speculating in stocks. Coin speculation is a way to make money on the Blockchain with the lowest threshold.

3. Mining.

"Mining" in Bitcoin is the accounting process. This passedCheng needs to grab it, and if you get the opportunity to grab the accounting rights, you will be rewarded, and the reward is Bitcoin. This behavior is "mining".

4. Develop wallet.

The wallet is the infrastructure of the blockchain, just like the "Alipay Zheng Xinque" or "WeChat Pay" of the blockchain.

Extended information:

1. Blockchain is an important concept of Bitcoin. It is essentially a decentralized database and serves as the bottom layer of Bitcoin. technology. Blockchain is a series of data blocks generated using cryptographic methods. Each data block contains information about a Bitcoin network transaction and is used to verify the validity of its information (anti-counterfeiting) and generate the next block. piece.

2. Blockchain was born from Satoshi Nakamoto’s Bitcoin. Since 2009, various Bitcoin-like digital currencies have appeared, all based on public blockchains.

3. On January 20, 2016, the Digital Currency Seminar of the People’s Bank of China announced that it had achieved phased results in digital currency research. The meeting affirmed the value of digital currency in reducing the issuance of traditional currency and stated that the central bank is exploring the issuance of digital currency. The expression of the People’s Bank of China’s Digital Currency Seminar has greatly enhanced the confidence of the digital currency industry. This is the first time that the five central bank ministries and commissions have expressed a clear attitude towards digital currencies since they issued a notice on preventing Bitcoin risks on December 5, 2013.

Blockchain - Network

⑧ A brief discussion on the accumulation of blockchain storage and traffic technology - the era of real WEB3 is coming

Modern society has a lot of demands on storage and traffic technology What are the breakthroughs and advances in traffic technology? Let’s briefly summarize it for you.

The current Internet is all about centralized traffic and storage. With the development of the world, the bt network was born. The bt network is a distributed storage and traffic system. But it also has its limitations. First, the bt network can only transfer and share single files. Second, the bt network does not have an incentive mechanism. To put it simply, everyone joins the bt network, but there is no willingness to actively save or distribute files, because this is not beneficial to the participants.

With the exposure of bt network flaws, IPFS was born. That is, the IPFS system developed by the Filecoin project party’s protocol laboratory. IPFS is an upgraded version of the bt network. It adds a folder system based on the bt network. In the IPFS system, folders can be transferred and shared directly. Others can also browse related data, files, etc. directly from the folder.

But IPFS, like the bt network, has several problems. First: There is no incentive system. Second: In the early stage of file transmission, because there are very few nodes to store files, the efficiency is very low. For example, if A uploads a file and B needs to retrieve it, it can only retrieve it from A. Therefore, the efficiency is very low. If C wants to retrieve, it can only retrieve fromSearch the two nodes A and B. If both A and B are shut down, the files will not be retrieved. This is the problem with IPFS and BitTorrent networks. Their initial transmission efficiency is extremely low. Only when files are retrieved countless times and widely distributed among nodes, the transmission speed will become very fast. So the bt network and IPFS system are both a process from slow to fast. If you retrieve a file that is distributed less among nodes, the retrieval capability is very weak and the transmission speed is also very slow. In order to solve this incentive mechanism problem, Protocol Labs developed the Filecoin supply chain.

Filecoin and IPFS are two concepts. Filecoin actually puts the real-life IPFS onto the blockchain. The characteristic of blockchain is decentralization, and nodes do not trust each other. Data transmitted between nodes must be re-checked. This results in very poor performance of the blockchain. After IPFS was put on the chain, Filecoin was formed. Therefore, Filecoin is also subject to the impact of blockchain performance, resulting in the inability to match valid data and the inability to perform efficient retrieval. Filecoin realizes the storage of data on the blockchain, which is a very significant contribution. Subsequently, SWARM and BZZ appeared, but BZZ has no block incentive mechanism and only has a traffic settlement system, which currently seems to be a failure. However, BZZ has also made certain improvements compared to IPFS and Filecoin: a set of active distribution mechanisms. For example: when I upload a video, the video will be actively distributed by the node. The video will be quickly cached to multiple nodes. Therefore, BZZ has made outstanding contributions in traffic settlement and efficient retrieval. Although it left behind technical contributions, it remained a failed project.

From the current point of view, most of the problems in traffic and storage have been solved in the blockchain field. The second is the issue of blockchain performance. After years of evolution, Layer0, Layer1, and Layer2 have also undergone continuous experiments. In recent years, research in the field of Layer 1 has achieved a lot of results and patents. I believe that breakthroughs in high-performance public chains will appear soon.

Therefore, if you want to build a blockchain network that is truly similar to web3, you should achieve breakthroughs in three aspects: First: efficient retrieval. Second: Incentivize storage and traffic separately. The third is that there must be an authorized access system. The authorized access system is similar to when people watch video websites and need to pay to obtain data. In the traditional Internet world, there are many monetization channels. The Internet world of blockchain has just taken shape. Therefore, ecological builders can directly obtain certain benefits. Only in this way can the prosperity of the ecosystem be promoted, and the builders of the ecosystem can continue to contribute more useful applications. Finally, the breakthrough of high-performance public chains is also an indispensable part.Therefore, with the above four conditions, web3 is getting closer and closer to us.

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