I will guide you through the process of creating a live streaming system for Ethereum on Binance using Python. We will decompose it in steps, including the generation of a new symbol each time. Step 1: Install the libraries and tools required You will need to install the following libraries: pandas» for data handling “Numpy” for digital calculations MatPlotlibor” Seaborn “for tracing (optional) Binance-depth to interact with the binance api You can install them using PIP: `Bash Pip Install Pandas Numpy Matplotlibborn ‘ Step 2: Configure your Binance account Create a new account on Binance and generate an API key, a secret key and an exchange name. Step 3: Write the functionGet_Symbol This function will scan the market and generate a symbol for the maximum part of the winner. We will use the Binance-Api library to interact with the binance API. Python Import pandas as a PD Import numpy as np De Binance.Client Import Customer Binance. Imports Import Appaxception Configure your API Binance identification information API_KEY = ‘your_api_key’ Api_secret = ‘Your_api_secret’ Create a new Binance client instance Customer = Customer (API_Key = API_KEY, API_SECRET = API_SECRET) Def Get_Symbol (top_gainer_func): Define the top winner function Def Get_top_Gainer (): Scan the market and return the maximum part of the winner symbol = ‘btcusdt’ Return symbol Call the top winner function to get the maximum part of the winner top_gainer = get_top_gainer () Top_gainer_func (symbol) Example of use: Get_Symbol (top_gainer_func = top_gainer) ‘ In this example, we define a functionGet_Symbolwhich calls for another function ( top_gainer_func) to generate a symbol for the upper gain. We use an anonymous function (get_top_gainer ‘) as a return value of” top_gainer_func. The funget_symbol function is then called with this symbol. Step 4: Create a calendar to call the “Get_Symbol” function To run this script continuously, we will create a calendar using the “Schedule” library. We will use the Get_Symbol function to generate a new symbol each time. `Python Import calendar Import time Def Get_Symbol (): Call the Get_Symbol function top_gainer_func = ‘top_gainer’ Get_symbol (top_gainer_func = top_gainer_func) Create a schedule to call the GET_SYMBOL function every 10 seconds calendar. ‘ Step 5: Run the script Finally, we will execute this script as a demon using “multiproaches” or “under-processes”. Python Multiprocess import Def Main (): Create a new Binance client instance Customer = Customer (API_Key = API_KEY, API_SECRET = API_SECRET) Although true: SCHEDULE.RUN_PENDING () Time. If __name__ == ‘__main__’: Multiprocessing.process (target = get_symbol) .Start () ‘ This will create a new process that performs the “Get_Symbol” function every 10 seconds. That’s it! You now have a live streaming system for Ethereum on Binance using Python. When you run this script, it will call theTop_gainer_func to generate a symbol for the upper gain part and display it in your cat or console.

“pendling a kriptókon: a peer-to-peer-kereskedelem buktatói és hogyan lehet elkerülni a magazine kockázatú utazást a gázdíjakkal” The cryptocurrency world has exploded in recent years and offering an unprecedented level of flexibility and potential yields to investors. As the market continues to grow, the risks associated with digital assets also increase. For new ones in cryptographic space, trade between peers (P2PT) can be a great concept. But what is it? In simple terms, P2PT allows individuals to buy and sell cryptocurrencies on online exchanges, bypassing traditional breakers and payment processors. It looks like a great idea, right? But be careful: trading P2PT has significant risks, in particular: * Liquidity risk : prices can fluctuate quickly, leaving investors a margin call when the market accumulates against them. * Volatility of the market : The prices of the cryptocurrency are known for their wild fluctuations, which makes it difficult to forecast future price movements. * Replacement costs : Many P2PT replacements charge high transaction costs up to 1 to 5% of the amount of the trade. One of the most important risks in the P2PT trade is dreaded gas costs. Like cryptocurrencies such as Bitcoin and Ethereum transition to a consensus algorithm of evidence-off-stake (POS), transactions processing times have increased considerably. This means that customers are now paying more for their transactions, which will result in higher costs. To avoid these traps, it is essential to understand how gas loads work. Here is the distribution of possible costs: Gas ​​costs by block **: Each bitcoin block is treated by nodes on the network, and each node contributes part of its treatment power to validate the transactions. The total quantity of “gas” used to treat all transactions in a block can be between 1 and 10 mega -cells (MB) or even gigabytes (GB). * Gas ​​costs by byte : To put this in its perspective, note that a typical Bitcoin transaction uses approximately 50 bytes. * The transaction develops : as mentioned above, the processing time of the transaction has increased considerably since the transition to POS. This means that you can take several minutes for transactions to be checked and must be involved in the blockchain. So how do you avoid these risks? Here are some tips: Choose a reputation for a reputation : Select a replacement program that has a protection of built gas costs or offers a low -load model. Use good liquidity P2PT Broker : Although the use of a traditional broker for P2PT trade seems contradictory, one of them can help maintain liquidity and reduce the risk of volatility of the volatility of the volatility walk. Consider a centralized exchange (CEX) : CEX generally have lower costs than P2PT exchanges, but often less transparent on their FE gas structures. Observe your portfolio : Regularly examine the transaction history to identify possible problems with gas costs or liquidity. In Conclusion, While Peer-to-Peer Trading and Gas Fees can intimidatting, it’s essential to understand the risks and take steps to mitigate them. By Choosing A Reputable Exchange, Using a P2pt Broker with good liquidity, and being mindful of Gas fee structures, you can minimize your exhibition to market volatility and transaction processing times. While the cryptographic landscape continues to develop, the classification of prudence and care is crucial during investment in digital assets. To Megfelelő gondolkodásmódóddal és strategiával sikeresen navigálhat a kriptovaluta -kereskedelem komplex világában.

I can help you with it. However, I need more information about your project and the error message you have experienced. Here is a test point based on what you offer: Solan Playground: Token implementation No -implemented account In this article, we explore the problem related to the implementation of the Sola -Blockchain ID using an anchor, which is a popular framework for building Dapp (DAP). Lib.rs `Rust Use anchor_lang :: take ::*; Use anchor_SPL :: { Assocoated_token :: AssociateToken, Metadata :: {create_etata_accounts_v3}, }; #[Anchor agreement] My_contract { Use Super::*; #[program] PUB FN Created_TOKEN (_info: Programminfo) -> Result { // creates an association company for the implemented ID Anna token = Associatetoen :: New (“My Token”, “Mtoken”, 1_000_000_000); // creates metadata accounts for token Let account = created_metata_accounts_v3 (& token, & [123]); No (()) } } Error Json { “Type”: “ERR”, “MSG”: “Instructions: The account is not to be completed”, “Data”: { “Instrut_id”: “CREATE_TOKEN”, “Accounts”: { “Token”: { “Data”: Null, “Key”: “0x …” }, “Meta_accounts_v3”: [ … … … – } } } Solution In this example, the functioncreate_etata_accounts_v3is called with an empty account set. In order to remedy this problem, we need to determine the account that the anchor translator runs. This account should have a unique key (for example, “0x …”) and the appropriate contract address. Fix the problem with themy_Contract file. `Rust Anna Executor_info = Programinfo Program :: New (); Enter your contract_address = execution_info.ccount_key (). As_str (). Unbrap_or (“0x …”); Let the account = “0x …”; // replace with a valid account key // creates metadata accounts for token Let account = created_metata_accounts_v3 (& token, & [account]); No (()) Complete code Here’s a complete code where the file is corrected bymy_Contract.rs: Rust Use anchor_lang :: take ::*; Use anchor_SPL :: { Assocoated_token :: AssociateToken, Metadata :: {create_etata_accounts_v3}, }; #[Anchor agreement] My_contract { Use Super::*; #[program] PUB FN Created_TOKEN (_info: Programminfo) -> Result { // creates an association company for the implemented ID Anna token = Associatetoen :: New (“My Token”, “Mtoken”, 1_000_000_000); // creates metadata accounts for token Anna Executor_info = Programinfo Program :: New (); Let the account = “0x …”; // replace with a valid account key Enter your contract_address = execution_info.ccount_key (). As_str (). Unbrap_or (“0x …”); Let account = created_metata_accounts_v3 (& token, & [account]); No (()) } } Notes Make sure you change the` in -create_tokkena function with a valid account key. This example assumes that you have already defined the solar development environment and installed the necessary addictions (eg anchor, SPL anchor). This is just an example of the code fragment, and you need to contact the official documents of the Anchor and Anchor SPL for more information on the implementation of Blockchain Solana chips. ROLE ROLE INVESTMENT OPPORTUNITIES CRYPTO

Blockchain optimization with artificial intelligence techniques The blockchain has revolutionized the way we conduct transactions and archive the data, but also its speed and staircase have become challenges of meaning. The growing amount of data generated on a dad’s pelvis, combined their high -performance processing and low latency, was innovative to innovate solubles. What is the blockchain performance? Blockchain Performance Reference Reference Reference References and the speed to the transactions are processed, stored and retouched in a blockchain network. Optimization of optimization performance optimization is the integrity with Securoly with an integrity or security of data. Calmons with traditional blockchain technologies Traditional blockchain technologies, Sou-Succeum and Bitcoin have been optimized for the scalability found in various in the techniques, including: Network Application Decentralized Application (DAP) : These platforms for the cashier and the distribution of their blockchain are on a blockchain, which can be loaded on the authors. Intelligent contracts : self-execution contracts with Therms off the therms of thems of directing line off code. Various processes car and reduce intermediaries. 3 However, traditional theme blockchains technologies are still limited that they are performance. Higher transaction commissions, slow lock and low performance ticines can lead to significant and inefficiencies delays in transactions. The role of artificial intelligence techniques (AI) Artificial intelligence was emerged as a power-tool for the optimization of blockchain performance. By exploiting artificial intelligence techniques, developers can be more efficient and efficient kisses that balance safety with the bonds of airport and latency. Some key techniques used to optimize blockchain performance include: Machine Learning (ML) : ML algorithms can analyze data models on transactions behavior and optimize block cream. 2 4 Implementation of blockchain solutions powered by artificial intelligence To implement blockchain solutions based on artificial intelligence, developers must consider several factors: Data analysis : Amont and the complexity of the data that are genes on the blockchain require sophisticated analysis of capacity data. Scalabity : artificial intelligence algorithms require computational meaning of meaning to perform efficiently; Therefore, it is essential to optimize system performance on the scale scale. Integration : The combination of artificial intelligence models with the former Blockchain infrastructure can be a chellenge due to the different sclabitity, latency and safety requirements. Examples of the real world Celebrities have successfully implemented blockchain solutions based on artificial intelligence, including: Chainlink : This Oracle decentralized Oracle Loss Algorithms to provide data on the real world to intelligent contracts. 2 Ledger NXT : The book Mastro NXT is a blockchain open platform Open solutions that uses artificial intelligence in scalability scalability solutions.

Bitcoin: Why Instructions to Upgrade Bitcoin Core Do Not Require All New Files When upgrading Bitcoin Core, one of the most common concerns is whether all new files need to be copied and re-compiled for the new version. However, according to the instructions provided on the official Bitcoin Core web page, this is not the case. In fact, the instructions state that if you are running an older version of Bitcoin Core, simply shutting it down and waiting until it has completely shut down before upgrading can be done without re- compiling all new files. Here’s a step-by-step breakdown of what to do: Shut down your Bitcoin Core: Make sure to close the terminal or console where you are running Bitcoin Core. Wait for shutdown: Wait until the Bitcoin Core process has completely shut down, indicating that it is no longer listening on ports 8332 and 8541 (the standard ports used by Bitcoin). Copy over bitcoind: Copy over the existing bitcoind directory to a new location. Restart the Bitcoin Core server: Restart the Bitcoin Core server at the new location. Why This Works Upgrading Bitcoin Core involves several steps, including: Removing old files and data Compiling new versions of Bitcoin Core’s core software Creating new packages for the new version By simply shutting down the existing process and waiting until it has stopped listening on ports 8332 and 8541, you can avoid re-compiling all new files. This is because the old process will have already removed any data that would be needed to compile new versions of Bitcoin Core. Conclusion Upgrading Bitcoin Core does not require re- compiling all new files. By following these simple instructions, you can upgrade your existing process without losing any precious data or compromising the security of your wallet. It’s worth noting that if you are running a very old version of Bitcoin Core (one that is several years outdated), it may be more practical to use a different approach, such as using an older version of Bitcoin Core that still has support and updates available. However, for most users, upgrading to the latest version of Bitcoin Core will require simply shutting down the existing process and waiting until it has stopped listening on ports 8332 and 8541 before proceeding with the upgrade.

Understanding Bitcoin: Advantages and traps of using two -party key management As a developer building wallets for the Bitcoin ecosystem, you probably know the importance of safe key management. One of the most important elements of portfolio development is the use of changes descriptors, also known as “addresses of changes” or “coins’ outputs. In this article, we delve into the advantages and traps of using two -party key management (2pkm) when building Bitcoin wallets. What are the descriptors of change? Descriptors of changes are unique addresses that allow many pages to agree on the distribution of a certain amount of cryptocurrency. Basically, these are digital castles that can only be unlocked by a specific set of private keys, ensuring that the funds will be transferred to the intended recipient. In 2PKM, two -party key management is used to create and manage these descriptors of change. Advantages of two -party key management The key two -party management offers several advantages when building Bitcoin wallets: Reduced risk of 51% of attacks : In the case of 2PKM, many pages may agree on the distribution of funds, which hinders the attacker to control a significant part of the network. Improved security : The use of lesions descriptors reduces relying on one private key, which hinders the attacking portfolio or access to funds. Increased decentralization : by fighting many pages of the distribution of funds, 2PKM promotes decentralization and resistance to censorship. traps of two -party key management While two -party key management is a powerful tool for protecting Bitcoin wallets, it is not without traps: complexity : Implementation of 2PKM may increase the complexity of the portfolio development process, requiring more specialist knowledge in the field of cryptography and private keys. Keepment replacement limitations : Using descriptors of lesions is based on safe key exchanges between the pages that may be susceptible to attacks if they are not implemented correctly. Limited scalability : As the Bitcoin network increases, 2PKM may become less efficient due to the increased computing power required for complex key management. Why do we use descriptors of changes when building wallets? Despite the potential pitfalls, the descriptors of changes remain an important element of the portfolio development in several scenarios: Small -scale portfolios : In the case of smaller wallets requiring minimum security functions, 2PKM may provide sufficient protection. Older systems : existing wallets may not support 2PKM natively, so the use of changes descriptors can help maintain back compatibility. Rapid development and prototyping : 2 -° cm can facilitate faster development and testing of portfolio prototypes without prejudice to safety. Application Bitcoin: Understanding the advantages/traps of using one/two wallet key rings is a complex topic that requires careful consideration of both benefits and defects. Understanding the use of descriptors of changes in two -party key management, programmers like you can build safe and efficient bitcoin wallets that meet the needs of various use. When deciding whether to implement 2PKM or other safety solution, it is necessary to consider compromises between complexity, scalability and decentralization. As the Bitcoin ecosystem evolutions, understanding this complexity will be crucial for building safe and reliable portfolio solutions. First steps with change descriptors If you want to examine 14.00, here are a few more steps: Examine existing implementation : Library research such as Bitcoin-JS or OpenBCD, which ensure examples of 2PKM implementation. 2. ETHEREUM USING

Unlocking the power of Crypto: A guide to metadata, bridges, and RSI The world of cryptocurrency is vast and complex, with many terms and concepts that can be overwhelming for new investors. In this article, we’ll break down three essential concepts – metadata, bridges, and RSI (Relative Strength Index) – and explain how they work together to create a robust and efficient crypto ecosystem. metadata Metadata referers to the date that describes or provides information about a specific cryptocurrency, blockchain, or asset. This data including Details Such As: * Name : The name of the cryptocurrency, which can be short or long. * Symbol : A unique identifier for the cryptocurrency, used in exchange and wallets. * Blockchain : The underlying technology or platform that enables transactions to occur (E.G., Ethereum, Bitcoin). * Tokenomics : Information about the supply, Scarcity, and distribution of tokens. Metadata plays a crucial role in verifying the authenticity and legitimacy of cryptocurrencies. It allows buyers and sellers to agre on prices, facilitates trading, and ensures that users have access to accurate information about the assets they are transacting with. bridges A bridge in the crypto landscape referers to an interface or gateway between two distinct blockchain networks or systems. This can be a: * Cross-Chain Bridge : Connects different blockchains, enabling the transfer of tokens or data between them. * Exchange Bridge : Facilitates Trading Between Different Cryptocurrency Exchanges and Wallets. The primary purpose of bridges is to facility seamless interactions between different ecosystems, ensuring that users can easily move assets across chains without worrying about compatibility issues. By bridging two separate blockchain networks, developers and users can: * Improve decentralization : Enable the Creation of Decentralized Applications (DApps) on Multiple Blockchain Networks. * Enhance Security : Reduce the risk of asset loss or theft due to incompatible blockchains. RSI: Relative Strength Index The Relative Strength Index (RSI) is a technical indicator developed by J. Welles Wilder Jr. that measures the magnitude of recent price changes to determine overbought or oversold conditions in the market. HERE’S How RSI Works: Calculate the difference between two values: * High: Price Increase * Low: Price decrease Divide the high value by the low value. Multiply the result by 100 and then divide it by the number of periods used to calculate the average (14 for RSI). Calculate the percentage change. The Resulting Value will be a percentage, ranging from 0 to 100: * Overbought : Values ​​above 70 Indicate Overvaluation. * Oversold : Values ​​below 30 Indicate Undervaluation. RSI is often used as a risk-indicator, helping traders and investors gauge the strength of trends. By identifying when prices are likely to bounce or reverse (e.g., entering a downtrend), RSI can help users make more informed decisions about their investments. Conclusion In Conclusion, Metadata Plays A Vital Role In Maintaining the Integrity and Legitimacy of Cryptocurrencies, While Bridges Connect Different Blockchain Networks, Enabling Seamless Interactions Between Users. The relative strength index is a powerful technical indicator used to gauge market conditions and identify potential opportunities for growth or correction. By understanding these concepts and how they work together, investors can better navigate the complex world of cryptocurrency and make more informed decisions about their investments. Whether you are a seasoned trader or new to the crypto space, this article has provided valuable insights into the key components that drive the crypto ecosystem forward.

Ethereum: Are there any real Bitcoin credit/debit cards already exist? The Cryptocurrency landscape is full of numerous promises of Bitcoin credit/payment cards and other innovative payment solutions. However, as we deepen the world of digital payments, it becomes clear that many claims are nothing more than hype or direct scams. In this article, we will examine whether there are real Bitcoin credit/payment cards and why some promising options may not be what they look like. Bitcoin Credit/Debit Card Promise In 2013, Bitcoininder released a Bitcoin credit/debit card that users promised to get some of their Bitcoin revenue in cash. The card was mentioned as a convenient way for individuals to spend their bitcoins in real life. However, the company behind the card later admitted that they had no real plans to launch the product. By 2020, we will see similar promises in social media and online forums. Some companies claim to offer Bitcoin credit/debit cards, but it is necessary to approach these claims at a healthy dose of skepticism. Why are Bitcoin credit/debit cards a scam? Bitcoin credit/debit cards often get to a variety of scams, including: Standard Businesses Effects : Many cheaters create false websites that promise attractive rewards or services, but offer anything. No real product launch : Companies may not even be publishing their products, not to mention buying the audience. Payment processing fees : Scammers often charge unreasonable charges for payment processing that can eat your wallet on the balance. Bitcoin Credit/Debit Card Reality Because of these red tickets, it is clear that Bitcoin credit/payment cards are not as safe or legal as it looks. While some companies provide alternative solutions, such as PayPal-style services, which allow users to raise their bitcoin’s traditional payment methods, such as bank accounts, there is no Bitcoin/Bebit card that can be purchased. Alternative Solutions If you are looking for a way to spend your bitcoins in real life, consider the following options: PayPal : PayPal gives users the opportunity to transfer bitcoins to banks and other financial institutions. Bitpay : Bitpay provides a service that allows users to pay merchants directly with their Bitcoin balances. Transferwise : Transferwise is a peer -to -peer payment platform that allows users to send bitcoins to individuals or companies around the world. conclusion In summary, although there are some innovative solutions in real life to use bitcoins, the promise of Bitcoin credit/debit cards is largely unjustified and often a scam. Be careful when investing time and money in these promises, and instead explores alternative options, such as payment processors or transfer services that provide more legal and safer ways to use your bitcoins. Sources: Bitcoindiner (now expired) Other websites with similar Bitcoin credit/debit card- Online Forums and Social Media Groups discuss Bitcoin credit/payment cards ETHEREUM PUBLIC COULD FROM

generating new program ID on Solane As an experienced developer on Blockchain Solan, you are probably not a foreign use of anchor for the construction and deployment of decentralized applications. However, when it comes to generating new program IDs, you may encounter some challenges. In this article, we will examine the proven procedures for generating the new program ID on Solana, including scenarios in which you have already deployed your contract. Why program ID depends Before you dive into solutions, we quickly cover why the program ID is decisive. The program ID is a unique identifier for each instance of the intelligent contract for Blockchain Solan. They are used to identify the contract and its dependence in the solan ecosystem. The anchor keys synchronized vs. Achoring anchor You have already successfully generated your new program ID by calling “Anchor Keys Sync” after initializing with “Anchor-Counter” cardboard. This step ensures that all the necessary metadata, including the program ID, is synchronized throughout the network. However, if you are afraid to create a new program ID for existing contract deployment, consider the following scenarios: already deployed contract If your contract has already been deployed and does not require any additional initialization steps, such as “anchor-counter” or Build ‘, then your approach is correct. The “Anchor Keys” synchronization step updates the contract metadata to the new program ID. However, if you want to deploy a new instance of the contract after the existing deployment, you will need to follow the following additional steps: deployment of a new instance of the contract Use the following approach to generate a new program ID for your new instance of the contract: Javascript // Get an existing program ID Const existing progrogramide = acait anchor.keys.getprogramide (); // Create a new program ID using API Anchor’s Anchor-Program-IDAPI Async function CREATENEWPROGRAMID () { Const Newprogramide = expect anchor.program.newprogramide ({ Programid: Extendogromide, // add your contract code here and generate new program ID }); Return of New Programide; } // Use a new program ID in your contractual instance Const Newprogramide = expect Createnewprogramide (); This approach uses the “anchor-program-ID” interface to create a new program ID that refers to existing ones. Further considerations Do not forget: Before creating a new program ID: Update all external addictions that rely on the existing program ID. Make sure your contract code is compatible with the new program ID scheme (eg version). By last adherence to these instructions and the correct use of API Anchor, you should be able to generate a new program ID for existing and newly deployed contracts. Happy coding!

Ethereum vs Bitcoin: Which Cryptocurrency is Faster? When it comes to generating Bitcoin addresses, one common concern arises from the topic of address conflicts. Address conflicts refer to the issue where two or more unique Bitcoin addresses point to the same public key on the blockchain. In this article, we’ll delve into the concept of address conflicts and explore whether Ethereum has faster generation rates compared to Bitcoin. What is an address conflict? In the context of cryptocurrency, an address conflict occurs when a new wallet or transaction attempts to create multiple addresses that point to the same public key. This can happen due to various reasons such as: Duplicate wallets: Multiple users may have created wallets using the same private key. New transactions : New transactions are being made frequently, increasing the likelihood of conflicts. How fast is Ethereum faster than Bitcoin? Ethereum has a few advantages over Bitcoin when it comes to generating addresses: Transaction validation speed: Ethereum’s proof-of-stake (PoS) consensus algorithm allows for faster transaction validation compared to Bitcoin’s blockchain-based voting system. Wallet management: Ethereum offers more advanced wallet management features, such as the ability to create multiple wallets with different private keys and manage them more efficiently. However, in terms of generating new addresses, Ethereum is not necessarily faster than Bitcoin. In fact, the opposite is true: Bitcoin has a higher generation rate due to its proof-of-work (PoW) consensus algorithm. This means that Bitcoin’s network can validate new transactions and create new addresses much faster than Ethereum’s PoS. Why do Bitcoin have a higher generation rate? There are several reasons why Bitcoin has a higher generation rate: Proof-of-work: Bitcoin uses PoW, which is more energy-efficient and computationally expensive to mine compared to Ethereum’s PoS. Hash time: The average transaction validation time for Bitcoin is around 10 minutes, while Ethereum’s average transaction validation time is around 15 seconds. Conclusion While Ethereum has its advantages in terms of wallet management and transaction validation speed, it does not have a significant edge when it comes to generating new addresses. Bitcoin’s higher generation rate is due to its proof-of-work consensus algorithm, which allows for faster transaction validation and creation of new addresses. Ultimately, the choice between Ethereum and Bitcoin depends on your specific needs and preferences. If you require advanced wallet management features or prefer a more energy-efficient consensus algorithm, Ethereum may be the better choice. However, if you prioritize faster transaction validation times and are willing to compromise on address generation rates, Bitcoin could still be a viable option. Address Conflict Rates To give you an idea of how frequently address conflicts occur in each cryptocurrency: Bitcoin : An average of 1-2 conflicts per minute Ethereum: An average of 0.5-1 conflict per second Please note that these rates are estimates and may vary depending on the specific network load, wallet usage, and other factors. Conclusion In conclusion, while Ethereum has its advantages in terms of wallet management and transaction validation speed, it does not have a significant edge when it comes to generating new addresses. Bitcoin’s higher generation rate is due to its proof-of-work consensus algorithm, which allows for faster transaction validation and creation of new addresses. The choice between Ethereum and Bitcoin ultimately depends on your specific needs and preferences.