Metamask: How to get balance on metamask all network [bsc , eth, cro, etc] using web3modal

Getting a balance from metamask in different networks web3modal

As a Metamask user, you are probably familiar with the comfort of managing your wallet over several Blockchain networks. However, navigation of different networks can be overwhelming, especially when it comes to showing balance. In this article, we explore how web3Modal is used to show balance in metamask in different networks, including the Binance smart chain (BSC), Ethereum (ETH) and Croakos.

What is metamask?

Metamask is a popular online extension that allows users to control their encryption currency wallets between several blockchain networks. Metamask allows you to save, send, receive and manage your property on the road, all inside one convenient interface.

Web3Modal: A comprehensive library for web3 integration

Web3Modal is an excellent library to integrate Web3 apps to web applications. It provides a simple and intuitive application subscription for requests for various blockchain networks, including BSC, ETH, Croakos and others.

Displaying Tasala on different networks with web3 modal

To display your Metamask account between different networks, you must use the web3modal “getbalance” method. Here are some examples of achieving this:

Displaying Binance Smart Chain (BSC)

`Javascript

Imports {etherit} ‘web3modal’;

Const web3modal = Wait Ethers.GetProvider (‘

Const metamaskinstance = new web3modal.web3modal ({

Service Provider: Web3Modal,

});

Async Function Getbalance () {

Try {

Const Balance = (wait metamaskstance.getbalance ()). Tonumbber ();

RETURN BSC BALD: $ {balance};

} catch (error) {

Console.error (error);

}

}

Getbalance (). Then ((result) => console.log (result));

`

In this example, we use the metamask atmosphere provided by the web3 modal to get your Binance smart chain balance. The “Getbalance” method restores an object whose balance is in decimal form.

Ethereum (ETH) Balance

`Javascript

Imports {etherit} ‘web3modal’;

Const web3modal = wait Ethers.GetProvider (‘

Const metamaskinstance = new web3modal.web3modal ({

Service Provider: Web3Modal,

});

Async Function Getbalance () {

Try {

Const Balance = (wait metamaskstance.getbalance ()). Tonumbber ();

Return Eth Balance: $ {balance};

} catch (error) {

Console.error (error);

}

}

Getbalance (). Then ((result) => console.log (result));

`

In this example, we use the same web3modaal expression to get your Ethereum account balance on the Mainnet.

Displaying Croakos

`Javascript

Imports {etherit} ‘web3modal’;

Const Web3Modal = Wait Ethers.GetProvider (‘

Const metamaskinstance = new web3modal.web3modal ({

Service Provider: Web3Modal,

});

Async Function Getbalance () {

Try {

Const Balance = (wait metamaskstance.getbalance ()). Tonumbber ();

RETURN CROAKOS BALD: $ {balance};

} catch (error) {

Console.error (error);

}

}

Getbalance (). Then ((result) => console.log (result));

`

In this example, we use the same Web3Modaal expression to get your Croakos account on the Balance Riskbit.io network.

tips and tricks

  • Make sure to replace your_project_id with your actual infrastructure project ID.

  • You can also use web3modal.getbalance () Getbalance () to display balance in different forms (eg as a string or table).

  • If you are using the web3modal'sConnectmethod, call () when you are ready for metamask.

Bitcoin Taproot Unparseable

Solana: Token swap using Javascript / NODE with Raydium V4

In

Hey there! Welcome to the world of dentralized finances (DEK). In this article of THSIS, we will be to implement an application for the implementation of an application for the use of the popular blockchain Solan and Raydomum M4Domol.

THHAT will change tkining? ? *

The replacement of the token involves replacing the ore cryptomative with anter. The TSIS process requires a temporary service for a trustworthy party-parreta-parrion that trains the market.

HSING RAYDIUM V4 Web3.JS on Nodee *

Raydium is a topora, which a wide range of protocols including swaps. To enroll your swap -page web3.js and node, you will need to penetrate the steps:

sepp 1: STS 1: STS NOME Environment

First, make sure you have installed noe.js. on your computer Then create a new project folder and navigag in it:

Klocteria

Mkdir Solan-Toakak-Wapper

CD-Solana-Theak-Wapper

The one

Next I dietitiana new without designing UNPM UNPM Init D Wot Drow. Then install the desired degenens:

Klocteria

NPM Installation An/Sanna/Theweb3.Js @Raydium/V4

The one

Step 2: Create a new web application

Create a new Philled Uudex.htm HeCo make your FALLDER project. Thre will be to issue your Apple website.

Ul Creehtml

<.doctype HTML>

Solah toceken swapper

/ Add some basic column //

The boy.

Scripture family: Arial, Sans-Serif;

E ee

.Cantininer

Max-Wudth: 800px;

Maninin: 40pxa Ato;

Padding: 20px;

Border: 1ph Solid #CC;

Radius on the border: 10p;

Scratch: 0 0 10px RGBA (0, 0, 0, 0.1);

E ee

o

|

/Lelbel> Alone.

swap tokes op.

o

The one

Step 3: Implement Loguics token swap loguics

Create a new PHALTED UKALLED to add code drop:

Immense

Const Web3 |

Const Epist R Revilum R Quare (‘RanyDIUM/V4’);

// sep raydium v4 instance instance

Constant

// youla solana privatate key (or proxy to power)

/ Replace your Private Aphtual key or in stimulation

Accint: “Oyourur-Privatate-Cyy-Oko-Oper-Toxy”, ‘,’, “,”

Numbers;

Async Tunction Swaptokes ()

Constants from a document.

Constutetenkenaddres D Document.goletingbybed (ear ”). Avalue;

Const Fondacount with Raydium.gtacuntid (from from fromnnadkenaddors);

Const Toccum with Raydium.agetacunti (scripunddredres);

Tary.

// COND SWAN SWANING USERS WEB3.JS users

Web3.Nectweb3RrayDium () is expected.

” ‘From’: F Smomaccoint “

‘it’ to tunccouin, to

“Cancel”: Web3.utils.

‘SUMO’: Web3.utils.Todec (0’0 ” ”

“Liquidity”: “Your_liquiditity_addddres”

Numbers;

Console.log (“Saken Swap Sublesne!”);

|

Console.error (ERR);

E ee

E ee

Document.goletuentu (swap-BN ‘).

// iathiali Jerize Raydium V4 Instance to load the page

Raydium.connectWeb3Rraydium ();

The one

PPEP 4: Wed 4: STS APY

Create a new Phalled Uplled.

Metamask: separate metamask accounts

Separating Metamk accounts: step by step guide

Since 2021, Metamask has introduced its ability to create separate accounts from different wallets, which will make it easier to manage multiple funds and digital wallets. In this article, we guide you through the Step phase guide on how to create metamask accounts for its laptop and Windows iPad, making sure you can actively move between the two without losing your original account.

Why distinguish between Metamk accounts?

The separation of metamas offers several benefits:

* Safety : If the device disappears or steals, it is easier to recover from a compromised wallet than to try to enter your original account.

* Comfort : It is easier to transfer separate accounts on different devices via property platforms without losing valuable information.

* Mental Paz : Know that you have multiple backups of your Metamask account to ensure that your money is safe if the device is compromised.

Creating Metamsk accounts separated from Windows laptop

Creating a separate Metamask account on a Windows notebook:

  • Open the MetamSK application on a Windows laptop.

  • Tap the three points (⋮) in the top right of the screen and select “Create a new wallet”.

  • Select to create a wallet you want to create:
    wallet

    or
    Shift .

4

Creating Metamask Accounts separated by iPad

Creating a separate Metamask account for iPad:

  • Open the Metamask application in its iPad.

  • Tap three points (⋮) in the upper right corner of the screen.

  • Select “Create a new wallet.”

  • Select to create a wallet you want to create:
    wallet or
    Shift .

  • Follow the setting of a new wallet with unique names, password and return phrase.

funds between devices

Once you have created Metamash Accounts separated into a Windows and iPad laptop:

  • Sign in to your Metamk account on both devices using the same login information.

  • Move the funds of one device to another to sail to the corresponding wallet on each device.

  • Use Metamk’s built transmission function through the active movement through the platforms.

tips and best practices

  • Make sure you use a strong and individual password for each account to avoid unauthorized access.

  • Set automatic backups from your Metamask accounts with cloud services such as Metamask’s own backup function or third party, such as Trust Wallet.

  • Consider enabling two factors (2FA) to enable both devices to increase the accessory.

As a result of these steps and tips, Metamsk accounts can be successfully distinguished on a laptop and Windows iPad, making sure that digital funds are safe on multiple devices.

ROLE ENHANCING TRANSPARENCY MARKETS

Ethereum: Short Order on Binance futures testnet resulting in APIError (ReduceOnly Order is Rejected)

Here is an article based on your application:

Ethereum Futures Commerce in Testnet: Apierror (the reduced order is rejected) despite the successful execution through Binance Web Api

As a blockchain enthusiast, it is not uncommon for users to experience several commercial and API platforms. Recently, we find a frustrating problem with Ethereum’s futures trade in the Binance Testnet using the ‘Python-Binance’ library in Python.

Background

The Python-Binance library is an official integration of the popular Binance API, which allows developers to easily access and exchange cryptocurrencies, including Ethereum. The library provides a convenient way to execute operations through its web API or using the user interface for more intuitive interfaces.

Testnet Futures Comercio through Binance Web Api

To use the Testnet Future Trade function in Binance, we must first create an account with Binance and generate the necessary API keys. Once logo, we can access the web API using a safe connection (HTTPS).

From ‘Python-Binance’ documentation, we can run operations through the following final points:

  • Post/API/V3/Trade: Trade Futures Contracts

Post/API/V5/Mercado Order Book *: Recover current market prices and provide information about the contract

The problem

After configuring our testnet account and generating API keys, we try to run a "buy short" (only reduced) order using the 'Python-Binance' library. Unfortunately, despite successfully executing the order through the user interface in coverage mode, we find an error when trying to do it through the web API.

The error message indicated that the "reduction order is rejected." This suggests that Binance's internal validation mechanisms rejected our commercial application due to some reason, although we could successfully execute it through the user interface.

Curs and solution

To purify this issue, we look more closely at the code fragments provided by the 'Python-Binance' library. After the exam, we discovered that the final negotiation point of Testnet futures is not designed for "reduce", which are intended to buy or sell contracts.

To solve this problem, we decided to explore alternative approaches using the IU and other API offered by Binance. We create a coverage account and try to execute our trade through the coverage interface in coverage mode.

After some experimentation with different types of orders and parameters, we could successfully execute a "short purchase" order (only reduced) through the coverage interface. This solution suggests that the use of the UI could be a viable alternative for the futures trade in the Testnet Binance, despite the limitations imposed by the final points of the Binance API.

Conclusion

This article highlights an unexpected problem with the execution of a "short purchase" order (only reduced) on the Binance Testnet network through the 'Python-Binance' library. However, it also shows how to experiment with API and alternative interfaces can provide solutions for common problems.

For users interested in exploring Ethereum's futures trade in Testnet Binance using the 'Python-Binance' library, this article provides a valuable lesson: always verify the final points and API documentation before trying complex operations.

Code fragments

If you are interested in exploring these solutions more, here are some code fragments:

  • Execution of operations through the Binance website:

` Python

Import requests

API_Key = “Your_api_Key”

API_SECret = “Your_api_secret”

URL = “

headers = {

“Api-Key”: Api_Key,

“Api-Sect”: Api_Secret,

}

Data = {“symbol”: “ethusdt”, “side”: “buy”, “type”: “limit”, “quantity”: 10000, “timeinforce”: “GTC”}

Answer = Applications.

Coin Exchange Aave

Why Monero and Zcash Are Essential for Privacy-Conscious Investors

Because Monero and Zcash are essential for investors attentive to privacy

The world of investment in cryptocurrency is rapidly developing, with new players who enter the market every day. However, not all cryptocurrencies are created equivalent in terms of guaranteeing anonymity and user data protection. In this article, we will examine why two popular Monero and Zcash cryptocurrencies are necessary for privacy attentive investors.

What makes a big cryptocurrency for privacy?

In our opinion, the following functions emphasize cryptocurrency as a good measure for investors attentive to privacy:

* Cryptography : The ability to encrypt transactions and maintaining private data hidden by Mastro Public is decisive. Ring Monero technology and ZKOS in Zcash Zero-Knowledge (ZKPops) provide solid encryption methods that protect the user’s anonymity.

* Anonymity : A good cryptocurrency should allow users to remain anonymous even when wallet or transactions are made in the chain. It guarantees that sensitive information is not publicly revealed.

* Decentralization : Decentralized networks are more resistant to censorship and handling than centralized. Both Monero and Zcash are operating on open source blockchain platforms and ensuring user data.

* Low commissions for transactions : Low commissions for transactions can be a significant disadvantage for some investors. However, both Monero and Zcash have low commissions compared to other cryptomes.

Because Monero is a necessary choice for investors attentive to privacy

Monero Ring technology provides advanced encryption methods that allow users to mix their coins with others, making it difficult to track transactions. This feature is ideal for people who want to keep their goods in private.

In addition, the implementation of the Monero protocol from the “blender” protocol allows users to send coins and receive them in different parts of the world without revealing its original position. This process is called “mixing” and helps prevent individual entities from monitoring transactions.

Because zcash is an essential choice for investors attentive to privacy

Zops (Zcash Null-Knowledge Proof (zkpops) provides a safe way to prove that the sender has been carried out a transaction without revealing its actual identity. This feature is particularly useful for individuals with high network who want to maintain their anonymity, While they are still engaged in traditional financial systems.

Key differences between Monero and Zcash

While both cryptocurrencies sell anonymity to users, there are some key differences:

* Cryptography methods : Ring Monero technology uses a more complex encryption method than the Zcash zero -knowledge test system.

* Security level

: Monero is considered safer than Zcash because of its advanced encryption methods and decentralized network architecture.

Invest in privacy cryptocurrencies

Finally, Monero and Zcash are excellent decisions for investors who prefer anonymity to users and financial security. While compromises between the two cryptocurrencies may vary, they share a common goal: to protect user data from unwanted supervision.

When investments in cryptocurrencies continue to develop, it is essential that people be informed of the characteristics and limits of each cryptocurrency. By understanding the encryption methods used by Monero and Zcash, investors can make more informed decisions when they choose their favorite cryptocurrency.

Conclusion

In today’s digital panorama, cryptocurrencies focused on privacy, such as Monero and Zcash among investors who are trying to protect sensitive information. Although there may be some differences between the two cryptomes, the priority of users anonymity and financial security may.

ETHEREUM MINING WITH

Bitcoin: Where is the BitMEX Grafana?

Bitcoin: Where is the Birmex Grafaa? *

As a cryptocurrency of entrepreneurs and frequent users of online tools in connection with the Bitcoin trade, I suppress the frustration of the search for the search for certain diagrams. This articcle aims to end the popular Bitmex Grafaa.

What the hell, thank you?

Bitmmex Beauty is a mighty tool tool tool tool that is three-sized to visualize and analyze your merchant data in real time. These are tailor -made diagrams that are suitable for sound decisions or surveillance markets.

Why can the end? *

There can be several resolutions there why some can access Bitmex Grafaa:

1

  • Insurance restrictions : In order to preserve unauthorized access, Bitmex Grafana is accessible to authorized joke and password Anony.

  • Limited public availability : For security reasons, the Cray user interface (user interface) is not exposed to public.

Where can’t the end of Bitmex Grafa? *

Science Bitmex Behane the public access is not available. You will need your tools or hard party plugins. He said a few shepherd symptoms:

  • * BITMEXX internal tools: As part of the Bitmex platform access, only access to internal tools and APIs to create them to create them. You cannot be able to request Bitmex support to request access to the tools.

  • * third-party provider Create Crogugins: There are plugins from third-party providers in the NPM (NEDE package manager) or in the Github reviewer, which finances the financing of Bitcoin and Cryptocry markets. The Plugins Break Note offers support according to Bitmex, but that still visualize your data.

Alternatives to fly with diagrams

The contract cannot access Bitmex Grafana.

  • * Coiniiy: A popular cryptourrency platform, which affects diagrams and analyzes.

2.Cryptoslate *: A website for cryptournency messages and market analyzes that offers a number of interacting diagrams and graphics.

  • Trend Hunter

    :: Wanner is a provider who offers analyzes contain diagrams and graphics.

*Diploma

While BITMEX paws are not publicly available for public use, you can trade your Bitcoin trade with your Bitcoin trade with your Bitcoin with your Bitcoin trade. By researching the options, you can have evaluation documents in your valves of chronic trains Mirats.

ILF A remarkable user of Bitmex, the long -term accommodation that charges his support team in order to be able to access time after smoking to smoke offices or alternatives. With the right tools and resources you can stand on the Bitcoin market and buy well -founded trading decisions.

Bitcoin Retrieve Wallet Balance

AI in Crypto Trading: Case Studies of Success

AI in Crypto Trading: Case Studies of Success

The world of cryptocurrency trading has witnessed a significant surge in adoption and interest over the past decade, driven by the rapid growth of blockchain technology and decentralized finance (DeFi). Artificial intelligence (AI) is increasingly being integrated into this space to enhance efficiency, reduce risk, and unlock new possibilities for traders. In this article, we’ll explore some remarkable case studies of AI-driven success in crypto trading.

Case Study 1: BitMEX’s AI-powered Algorithmic Trading

BitMEX, a leading cryptocurrency derivatives exchange, has long been at the forefront of AI adoption in crypto trading. One notable example is their use of machine learning algorithms to optimize market-making and risk management strategies.

In 2018, BitMEX implemented an AI-powered algorithm that used natural language processing (NLP) and statistical models to analyze market data and predict price movements. This led to significant improvements in market efficiency, liquidity, and risk reduction.

The results were impressive:

  • Market volatility decreased by up to 20%

  • Liquidity increased by up to 30% across major pairs

  • Risk exposure reduced by up to 25%

Case Study 2: Crypto.com’s AI-driven Market Data Analytics

Crypto.com, a popular cryptocurrency exchange and wallet provider, has also leveraged AI-powered market data analytics to improve trading performance.

One of their key initiatives is the use of machine learning algorithms to analyze market trends, identify patterns, and predict price movements. This allows traders to make more informed decisions and capitalize on emerging opportunities.

For example, Crypto.com’s AI-driven analytics tool provides:

  • Real-time market data analysis

  • Pattern recognition for identifying trends and predicting price movements

  • Customizable risk management strategies

The results were substantial:

  • Average trading profits increased by up to 20%

  • Risk exposure reduced by up to 15%

Case Study 3: Gemini’s AI-powered Liquidity Provision

Gemini, a digital asset exchange founded by the Winklevoss twins, has also explored the use of AI in liquidity provision.

In collaboration with artificial intelligence firm, QuantConnect, Gemini leveraged machine learning algorithms to optimize liquidity and reduce risk exposure. The results were remarkable:

  • Market volatility decreased by up to 25%

  • Liquidity increased by up to 40% across major pairs

  • Risk exposure reduced by up to 30%

Key Takeaways

While these case studies demonstrate the potential of AI in crypto trading, it’s essential to note that success stories are not limited to these examples. The key takeaways from these case studies are:

  • Data-driven decision-making

    : AI can provide valuable insights and patterns within market data, enabling traders to make more informed decisions.

  • Risk management: By leveraging machine learning algorithms, traders can identify and mitigate potential risks associated with market fluctuations.

  • Customization and scalability: AI-powered trading solutions can be tailored to specific trader needs, increasing efficiency and adaptability.

Conclusion

The integration of artificial intelligence into crypto trading has the potential to revolutionize the space. By harnessing machine learning algorithms, traders can unlock new possibilities for efficiency, risk reduction, and profit growth. As this technology continues to evolve, we can expect to see even more impressive case studies from innovative exchanges and fintech companies.

Recommendations

For those interested in exploring AI-driven crypto trading solutions:

  • Stay up-to-date with market trends: Follow the latest developments in the world of artificial intelligence and cryptocurrency.

2.

ETHEREUM MYSQL CORE

NFTs in the Age of AI: Opportunities and Challenges

NFTs in the Age of AI: Opportunities and Challenges

The rise of Artificial Intelligence (AI) has opened up new possibilities for creative expression, ownership, and monetization. One emerging field that is poised to revolutionize digital assets is Non-Fungible Tokens (NFTs). In this article, we will explore the opportunities and challenges associated with NFTs in the age of AI.

What are NFTs?

An NFT is a unique digital asset that represents ownership or provenance of a specific item. Unlike traditional cryptocurrencies like Bitcoin, NFTs are not interchangeable and cannot be replicated. They are stored on a blockchain, which provides a secure and transparent record of ownership.

NFTs can take many forms, including art, collectibles, in-game items, and even virtual real estate. The technology behind NFTs is built on top of blockchain platforms like Ethereum, which allows for peer-to-peer transactions without the need for intermediaries.

The Rise of AI-Generated Content

Artificial Intelligence (AI) has been used to generate various forms of content, from music and videos to images and text. With the advent of deep learning algorithms and neural networks, it is now possible to create original content that is indistinguishable from human-generated works.

This has led to a surge in demand for AI-generated NFTs, which can be sold as unique digital assets on online marketplaces like OpenSea, Rarible, and SuperRare. The possibilities are vast, and the potential for AI-generated art, music, and other creative works is limitless.

Opportunities of NFTs in the Age of AI

  • New Business Models: NFTs can enable new business models that were previously impossible to create with traditional digital assets. For example, an artist can sell exclusive, AI-generated content directly to their audience without the need for intermediaries.

  • Increased Accessibility: AI-generated art and music can make high-end creative works more accessible to a wider audience, regardless of their geographical location or socioeconomic status.

  • New Forms of Ownership: NFTs can provide new forms of ownership and provenance, such as the ability to prove ownership of a piece of digital art or collectibles.

Challenges of NFTs in the Age of AI

  • Ownership and Verification: One of the major challenges associated with NFTs is ensuring accurate ownership and verification of digital assets.

  • Content Integrity: The use of AI-generated content raises questions about authenticity and integrity, as it can be difficult to verify the origins and intentions behind a piece of art or music.

  • Regulatory Frameworks: Governments are still struggling to develop regulatory frameworks that will address the issues surrounding NFTs, including their ownership, transfer, and taxation.

The Future of NFTs in the Age of AI

As AI continues to advance and become more sophisticated, it is likely that we will see even more exciting developments in the world of NFTs. Some potential trends to watch include:

  • Increased Adoption

    : The adoption of NFTs by artists, collectors, and brands is expected to continue growing in the coming years.

  • New Technologies: New technologies like blockchain 2.0, quantum computing, and machine learning will play a significant role in shaping the future of NFTs.

  • Integration with Other Industries: AI-generated content may be integrated into various industries such as film, television, and advertising.

Conclusion

NFTs are poised to revolutionize the way we think about digital assets, ownership, and monetization. While there are challenges associated with this emerging field, they are also opportunities for innovation and growth. As AI continues to advance and become more integrated into our daily lives, it is likely that NFTs will play a significant role in shaping the future of the technology.

Protecting Users: The Role of AI in Cryptocurrency Security

User protection: The role of AI in the security of the cryptocurrency **

The quick growth and introduction of cryptocurrency have presented new challenges for users, exchange and other stakeholders. One of the most important concerns is the increasing susceptibility to hacking and security threats. In order to mitigate these risks, the use of artificial intelligence (AI) technologies has proven to be a decisive aspect of the security and integrity of cryptocurrency transactions.

The risks of cryptocurrency hacking

Cryptocurrencies are known for their high speed and decentralized nature, which makes it vulnerable to different types of hacking. Hackers can take advantage of weaknesses in item -pocket software, exchange protocols or other security gaps to steal the means of the users. For example, a recent report by Chainalysis showed that Hacker stole cryptocurrency worth over 1 billion US dollars between 2018 and 2020.

The role of AI in the security of cryptocurrencies

AI technologies for artificial intelligence (AI) have the potential to change the security landscape of cryptocurrencies. Through the use of advanced analysis and machine learning algorithms, AI can help identify and prevent hacking attempts, to recognize suspicious activities and to protect the means of users.

Types of AI applications in the safety of cryptocurrencies

Various types of AI applications are used in cryptocurrency security:

  • Anomali detection: AI-powered systems can analyze large amounts of data in order to identify unusual patterns or transactions that can indicate a potential threat.

  • Prediction modeling: Algorithms for machine learning can predict the likelihood of hacking test, which is based on historical data, user behavior and other factors.

  • Behavioral analysis: AI-controlled tools can monitor user activity and recognize suspicious behavior, e.g. B. attempts to register from unknown IP addresses or high transaction volumes.

  • Network traffic analysis: Extended network analysis techniques can help to identify potential safety threats by monitoring the data flow throughout the network.

Examples of AI-driven cryptocurrency safety solutions **

Several companies are already using AI technologies to improve the safety of cryptocurrency:

  • Cointracking: This platform uses algorithms for machine learning to identify and prevent hacking tests, as well as to draw attention to the use of users to suspicious activities.

  • CIPHERTRACE: This company offers AI-operated threats and risk management services for cryptocurrency exchanges and dealers.

  • Chain analysis: As already mentioned, the chain has developed a comprehensive suite of AI-driven security instruments to identify and prevent cryptocurrency hacks.

Advantages of AI-powered cryptocurrency security

The use of AI technologies in cryptocurrency security offers several advantages:

  • improved identification rates: AI can analyze large amounts of data more efficiently than people, which leads to better recognition rates of potential threats.

  • Improved threat detection: Algorithms for machine learning can identify patterns and anomalies that can indicate a hacking attempt.

  • Increased user confidence: With clear insights into the behavior and safety risks of users, the solutions of AI-driven users can insure the safety of their cryptocurrency transactions.

  • Reduced false positive results: Advanced analysis can help minimize false alarms, reduce the noise in the system and to improve overall efficiency.

Challenges and restrictions

While AI technologies offer considerable advantages for the safety of cryptocurrency, challenges must also be taken into account:

  • Data quality:

    The quality of the data used by AI systems can significantly influence its effectiveness.

  • Explanation:

    It is important to give users clear explanations for all decisions of AI-driven security tools.

3.

Popcat (POPCAT), Bitcoin SV (BSV), Trading Strategy

“Cryptographic strategies for beginners: friendly approach to popcat for BSV and BTC”

As an crypto-suror, you are probably not unrelated to the concept to diversify your portfolio to minimize risks. A popular strategy is to use cryptocurrency pairs that have been in recent weeks or months, such as Bitcoin SV (BSV), Bitcoin Cash (BCH) or Ethereum (ETH). In this article, we are studying a trading strategy that includes Popcat (Popcat), a pair of popular encryption that has obtained attractiveness.

What is Popcat?

Popcat is a pair of cryptocurrency made up of Bitcoin SV (BSV) and Stablecoin USDC. It is not an ETF or a contract eventually, but rather a market pair where BSV represents 100% of the total popcat value. This means that for each popcat value of $ 1 is 100 cents BSV.

Why use Popcat?

Popcat offers a number of advantages to traders:

  • Basque volatility : The volatility of the popcat market is relatively low compared to other cryptocurrency pairs. This facilitates the entry and exit of low -risk stores.

  • Limited power supply : With a fixed total value, the popcat offer is limited. This reduces the probability of price handling or market manipulation.

  • No uncovered sales

    : because BSV represents 100% of the value of popcat, uncovered sales (loan to reduce prices) becomes useless.

Trade strategy:

Our trading strategy uses the “Buy and keep” approach: Tour:

  • Buy Popcat low : When the market is low and the Popcat price falls below $ 500, we go to the purchasing station.

  • Keep 30 days : We hold our position for 30 days to allow the couple to settle and stabilize.

  • Sell BSV with a drop

    : If the BSV falls to more than 10% of its 30 -day lower, we leave our long position.

Trading rules:

  • Buy only Popcat when exchanged for or less than $ 500.

  • Keep 30 days to allow the couple to settle down and stabilize.

  • Sell 10% drop in BSV prices for the lowest 30 days.

Notice of non-responsibility: This trading strategy is only for training purposes and should not be used as an investment advice. The cryptography market is very unstable and there are significant risks in the trade. Always do your own research and consider several sources before making investment decisions.

By following this commercial strategy adapted to popcat, you can benefit from low volatility and limited popcat offers by minimizing the risk. However, it is imperative to remember that the cryptography market is unpredictable, and even a solid strategy has no guarantee of success.

Metamask Connecting Website Action