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“Cryptocurrency Kings: SHIB and ORDI Rise to Fame”

In a world where digital assets are becoming increasingly popular, two cryptocurrencies have been making waves in recent months: Shiba Inu (SHIB) and ORDI (ORDI). Both of these tokens have gained significant attention for their unique features, innovative approaches, and potential for growth.

Shiba Inu (SHIB)

Shiba Inu is a decentralized cryptocurrency that was created on the Ethereum blockchain. Launched in 2020, SHIB has been steadily gaining traction among crypto enthusiasts, thanks to its community-driven approach and Shiba’s unique features. Here are some key points about SHIB:

• Innovative Tokenomics: SHIB’s token supply is capped at 1 billion, with a total of 60 million SHIB being mined over time.

• Community-Driven: The Shiba Inu team has been actively engaging with the community through social media channels and on-chain voting mechanisms, ensuring that their decisions are aligned with user interests.

• Shibverse Platform: The Shiba Inu ecosystem includes a decentralized platform called Shibverse, which allows users to interact with each other without relying on centralized exchanges or wallets.

EVM (Ethereum Virtual Machine)

The Ethereum Virtual Machine (EVM) is a crucial component of the Ethereum blockchain, responsible for executing smart contracts and running decentralized applications. In recent years, EVM has been gaining significant attention from developers and users alike, thanks to its scalability, security, and interoperability features.

Here are some key points about EVM:

• Scalability: The EVM allows for the execution of complex transactions and programs on a larger scale than traditional blockchain platforms.

• Interoperability: EVM enables seamless interactions between different blockchain networks, making it easier to build decentralized applications that can run across multiple platforms.

• Smart Contract Development

  

  : The EVM provides an environment for developers to create and deploy smart contracts, which are self-executing contracts with the terms of the agreement written directly into lines of code.

ORDER (ORDER)

ORDI is a decentralized cryptocurrency that was launched in 2021. As one of the first token-agnostic projects on the Ethereum blockchain, ORDI has been gaining traction among crypto enthusiasts and developers.

Here are some key points about ORDI:

• Token-Agnostic: ORDI’s design allows it to be used across multiple blockchain platforms, making it a versatile asset for various use cases.

• Smart Contract Development: ORDI also supports the development of smart contracts, allowing users to build and deploy complex decentralized applications on the EVM.

• Community-Driven Development: The ORDI team has been actively engaging with the community through social media channels and forums, ensuring that their project is well-supported by user feedback.

Conclusion

SHIB and ORDI have demonstrated remarkable growth in recent months, attracting a significant following among crypto enthusiasts. Both projects highlight the potential for innovation and community-driven development in the cryptocurrency space. As the market continues to evolve, it will be interesting to see how these tokens fare against their competitors and whether they continue to rise to fame.

Disclaimer

This article is for informational purposes only and should not be considered as investment advice. Cryptocurrencies are known to be highly volatile and subject to significant price fluctuations. Always conduct thorough research before investing in any asset, and consider your own risk tolerance before making any financial decisions.

“Bullish for Bitcoin’s Long-Term Outlook: Trends Pointing to a Rising Crypto Market”

The cryptocurrency market has been on a rollercoaster ride in recent years, with prices fluctuating wildly between highs and lows. However, as we look ahead to the future, several trends are pointing towards a long-term bullish outlook for Bitcoin (BTC), particularly its Proof of Work (PoW) phase.

Bearish Sentiment is at an All-Time Low

The cryptocurrency market has historically been driven by sentiment, with bulls typically riding high and bears consistently falling out of favor. However, in recent months, bearish sentiment has reached an all-time low. According to data from CoinMarketCap, the total market capitalization of cryptocurrencies has decreased by over 20% since its peak in March last year.

Trend Line Analysis: A Bullish Indicator

One way to gauge the overall direction of a market is through trend line analysis. A trend line is essentially a horizontal line that connects two points on a chart, and it can be used to identify areas of support or resistance. In the case of Bitcoin, we’ve seen several trend lines converge in recent months.

The 20-period moving average (MA) has been steadily rising, while the 50-period MA has been declining. This suggests that bulls are gaining momentum, driving prices upward. Additionally, the RSI (Relative Strength Index), which measures the magnitude of recent price changes, is currently indicating a bullish crossover above its 40-week MA.

PoW Phase: A New Era for Bitcoin

Bitcoin’s Proof of Work (PoW) phase began in 2009 and has been gradually transitioning to a PoS consensus algorithm. While some critics have raised concerns about the energy consumption required to mine new blocks, others argue that the increased security and decentralization offered by PoS will ultimately benefit the broader cryptocurrency ecosystem.

Moreover, the shift towards PoS may lead to a more sustainable and environmentally-friendly transition from traditional proof-of-work methods used in Bitcoin’s early days. As such, we’re expecting further adoption of PoW as a viable consensus algorithm for other cryptocurrencies.

Conclusion

The current trend lines suggest that Bitcoin is on track to continue its upward trajectory. With bearish sentiment at an all-time low and the PoW phase progressing smoothly, it’s likely that prices will remain strong in the short term. While there are still risks associated with this market, such as regulatory uncertainty or increased competition from altcoins, we believe that Bitcoin remains a fundamentally sound investment opportunity.

Disclaimer: This article is for informational purposes only and should not be considered as investment advice. Cryptocurrency markets can be highly volatile and subject to significant price fluctuations.

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“Crypto, Shorts, and Futures: Decoding the World of Cryptocurrency Trading”

The cryptocurrency market has fascinated investors and traders in recent years. It essentially involves buying and selling digital currencies such as Bitcoin (BTC), Ethereum (ETH), or others using various techniques such as short selling, margin trading, and leveraged investing. In this article, we will delve into the world of cryptocurrency trading, exploring the concepts of crypto, short positions, decentralized exchanges (DEX), and fiat currencies.

What is Crypto?

Cryptocurrencies are digital assets that use cryptography to secure financial transactions without the need for intermediaries like banks. They are created through a process called “mining” or “hash functions,” where powerful computers solve complex mathematical equations in exchange for new units of the cryptocurrency. The most popular cryptocurrencies are Bitcoin (BTC), Ethereum (ETH), and Litecoin (LTC).

Short Selling: A Risky Bet

Short selling, also known as buying on margin, is a popular trading strategy among investors. It involves borrowing units of a security from your broker to sell at a higher price, then immediately buying them back at the lower price to return the borrowed amount plus the difference in price. This strategy can be profitable but carries significant risks.

Here’s how it works:

• You open a short position by buying a cryptocurrency with cash.

• If the price of the cryptocurrency increases, you sell it and return the borrowed units at a profit.

• To cover your position, you buy back the same number of units at the lower market price to return them to the broker.

However, if the price falls below your selling price, you will have to buy back the units at the higher rate to return them to the broker, resulting in an initial loss.

Decentralized Exchanges (DEX)

Decentralized exchanges are online platforms that allow users to trade cryptocurrencies without the need for a centralized exchange. DEXs enable peer-to-peer trading, allowing users to buy and sell cryptocurrencies directly with each other without going through a third-party exchange. This model offers several benefits, including increased security, lower fees, and greater flexibility.

Fiat Currencies

Fiat currencies, also known as fiat money, are issued by governments and central banks and have no intrinsic value. They are backed by the creditworthiness of the issuer rather than a physical commodity. Fiat currencies can be used as a means of exchanging goods and services within their respective economies.

Unlike cryptocurrencies, which rely on cryptography and blockchain technology for security, fiat currencies use traditional monetary systems. The most widely traded fiat currency is the US dollar (USD), followed by the euro (EUR) and the Japanese yen (JPY).

Ethereum Testing Hardhat

“The Cryptocurrency Market: Understanding Airdrops, USDT, and Risk Management for a Smooth Journey”

The world of cryptocurrencies has seen significant growth in recent years, attracting millions of investors from around the world. However, with this rapid expansion comes increased risk, so it’s important to approach the market with caution. In this article, we’ll delve into the concept of cryptocurrency airdrops, explore the advantages and disadvantages of Tether (USDT) as a stablecoin, and provide guidance on implementing effective risk management strategies.

Cryptocurrency Airdrops: The Good, the Bad, and the Ugly

An airdrop refers to an event where a blockchain project or company distributes free tokens or cryptocurrency to users who sign up for their platform. While airdrops can be lucrative for those who receive them, they also come with risks.

Advantages:

• Significant profit potential: Airdrops can significantly increase the value of a token.

• Low barrier to entry: Users typically need little to no capital to participate.

• Community involvement: Airdrop platforms often foster a sense of community and encourage users to participate.

Cons:

• Unregulated markets: Some airdrop events may be organized by unscrupulous individuals or organizations that take advantage of unsuspecting users.

• Token manipulation: Some airdrops are known to manipulate token values ​​through insider trading, pump-and-dump schemes, or other illegal activities.

• Lack of regulation: Airdrops often operate outside of regulatory frameworks, making it difficult for users to access their tokens.

Tether (USDT) and risk management

Tether is a popular stablecoin widely used in online finance. Its stability is determined by its value pegged to the US dollar. However, as with any cryptocurrency, there are risks.

Pros:

• Low volatility: Tether maintains a relatively stable value compared to other cryptocurrencies.

• Liquidity: Tether is one of the most liquid assets on exchanges, making it easy to buy and sell.

Cons:

• Limited adoption: While Tether has been successful, its adoption is still limited compared to other cryptocurrencies.

• Regulatory uncertainty: The USDT market is subject to changing regulations, which can affect its stability.

• Market manipulation: Some traders have been known to manipulate the Tether market through insider trading or pump-and-dump schemes.

Implementing effective risk management strategies

To navigate the complex cryptocurrency market safely and profitably, it is important to use effective risk management strategies. Here are some tips:

• Diversify your portfolio: Spread your investments across different asset classes, including cryptocurrencies, stocks, and traditional assets.

• Set clear goals and risk tolerance: Define your investment goals and risk tolerance before investing in the market.

• Use stop-loss orders: Set stop-loss orders to limit potential losses if a particular cryptocurrency drops significantly.

• Stay informed, but avoid making emotional decisions: Continually educate yourself on market trends, news, and events, avoiding making emotional decisions based on short-term fluctuations.

• Consult a financial advisor or an expert: If you are unsure about investing in the cryptocurrency market, consider consulting a financial advisor or an expert who has experience in this field.

Cryptocurrency markets can be volatile, but by understanding the risks and implementing effective risk management strategies, you can navigate these markets safely and profitably.

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Converting Ethereum Transactions to Hex before Using the SendRawTransaction API

As a Bitcoin developer, you’re likely familiar with using the sendrawtransaction API from Bitcoind. However, when working with Ethereum, things can get a bit more complicated due to the use of gas and transaction encoding. In this article, we’ll explore how to convert your Ethereum transactions into hexadecimal strings before using the sendRawTransaction API.

Why is this necessary?

The sendrawtransaction API expects a transaction object in its standard format, but Bitcoin’s native transaction format (also known as the “raw” format) is different from Ethereum’s. Specifically:

• Gas:

  

  Ethereum requires a gas price and amount for each transaction, which is not present in Bitcoin’s transactions.

• Transaction encoding:

  Ethereum uses a more complex encoding scheme than Bitcoin to represent transactions.

• Signatures: Ethereum’s signature scheme (ECDSA) requires additional data that is not present in the standard Bitcoin transaction format.

The solution: Converting to Ethereum-friendly format

To resolve these differences, you’ll need to convert your Ethereum transactions into a format compatible with the sendRawTransaction API. Here are some steps to follow:

• Use ethers.js:

* Install the ethers.js library using npm or yarn: npm install ethers.js

* Import and use the EthereumTransaction class from ethers.js: const transaction = new ethers.Transaction();

• Format your Ethereum transaction:

const inputTx = {

    from: 'your_account_address',

    to: 'recipient_address',

    nonce: 0,

    gasPrice: '0x' + '1e+10', // Example gas price in Ethereum standard

    gasLimit: '20000', // Example gas limit for the transaction


    // Add your data here, like balances and transactions

};

• Convert to Ethereum-friendly format:

* Create a new EthereumTransaction object from the input inputTx object using new ethers.Transaction(inputTx);

* The resulting ethers.Transaction object will be in Ethereum’s native format, which is compatible with the sendRawTransaction API.

• Send the transaction:

const tx = new ethersTransaction();

tx.appendFromAddress('your_account_address', 0x1);

tx.appendToAddress('recipient_address');

tx.setGasPrice("0x" + "1e+10"); // Set gas price in standard Ethereum

tx.setGasLimit(20000); // Set gas limit for the transaction


const signedTx = await tx.sign(new ethersAccount());

const transactionData = tx.rawTransaction();

const hexTransaction = transactionData.toString('hex'); // Convert to hexadecimal string


// Now you can use the sendRawTransaction API with your Ethereum-friendly transaction

const response = await (await bitcoindClient.sendRawTransaction(hexTransaction)).response;

By following these steps, you should be able to convert your Ethereum transactions into a format compatible with the sendRawTransaction API and resolve any issues related to gas and transaction encoding.

Ethereum: What is TimeKoin?

As the second largest cryptocurrency by market cap, Ethereum has long been a pioneer in the world of blockchain technology. However, with its increasing acceptance and popularity, new cryptocurrencies have emerged that are attempting to build on or even challenge the existing ecosystem. One such project that has garnered attention is TimeKoin.

What is TimeCoin?

TimeKoin (TKO) is a cryptocurrency that uses the Ethereum smart contract platform. The project aims to leverage the scalability and security of Ethereum, while introducing innovative features and functionality specifically tailored to the needs of users. While I was unable to find any information on whether TimeKoin has achieved significant success or is still in its early stages, the white paper and website available online provide insight into the project’s vision and underlying technology.

Key Features

According to the whitepaper, TimeKoin is designed to:

• Increase Scalability: By leveraging Ethereum’s decentralized network, TimeKoin aims to increase transaction capacity and reduce fees associated with traditional cryptocurrencies.

• Enable more advanced security measures: The team behind TimeKoin claims to have developed new algorithms to improve data protection and ensure transaction integrity.

• Integrate smart contract capabilities

  : As a blockchain-based project, TimeKoin is built on the Ethereum smart contract platform, enabling seamless interaction between different contracts and applications.

A Closer Look at the Technology

While I was unable to access the full text of the whitepaper or the about page, it appears that TimeKoin uses a variety of techniques to enhance its functionality, including:

• Gas-based transactions

  

  : Similar to other Ethereum-based projects, TimeKoin uses gas-based transactions to ensure efficient and cost-effective execution.

• Tokenomics: The project has developed a token economy with a unique token called “TKO.” Token holders have voting rights in the network, allowing for strategic decisions.

Conclusion

Since TimeKoin is still a nascent project, it is essential to approach this cryptocurrency with caution. While its white paper and about page provide valuable insight into the technology and vision behind the project, I was unable to find any information on its current market performance or adoption rate.

If you are interested in learning more about Ethereum or exploring other cryptocurrencies, we recommend you to keep up to date with the latest news and developments from reputable sources.

Disclaimer

This article is intended to provide a general overview of TimeKoin and its features. Please conduct your own research and due diligence before making any investment decisions.

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Here is an article on how to get instruction data from a transaction in Python:

Getting Instructions from a Solana Transaction with Python

As a developer who uses Solana and Solders for your programming tasks, you are probably familiar with the solana-program library. In this article, we will walk you through the process of getting instruction data from a transaction using Python.

Assumptives

Before diving into the code, make sure you have:

• Solana public key (if not already generated)

• The solana-program library installed (pip install sola-program)

• The py-solana library for interacting with the Solana network (pip install py-solana)

Code example

Let’s say you have a transaction that contains instruction data:

import axis
from py_solana import SolanaClient





Load an instance of the Solana client from environment variables or a configuration file
client = SolanaClient(os.environ.get('SOLANA_KEY'))

Create a new transaction and add instructions
tx_hash = 'your_transaction_hash' 
Replace with the actual transaction hash
instruction_data = {
'key1': 'value1',
'key2': 'value2'
}
new_tx = client.transaction.add_instructions(
tx_hash,
Instruction_data,
)

Loading instruction data

To get instruction data, you can use the `get_instruction'' method in a transaction:

Get instruction data from a transaction
instructions = new_tx.get_instruction('key1')
print(instruction.data) 
Output: {'value1': 'value1'}

Or get all instructions for a transaction
instructions = new_tx.get_instructions()
for instructions in the manual:
print(instruction_data)

Remember that get_instruction'' returns a dictionary containing the instruction data. To access specific fields, make sure they are defined in the`instruction_data” dictionary.

Error Handling

Remember that error handling is very important when working with Solana transactions. Don’t forget to check return values ​​and consider possible exceptions:

try:

Get instruction data
instructions = new_tx.get_instruction('key1')
print(instruction.data) 
Output: {'value1': 'value1'}
except solana.exceptions.TransactionFailedError as e:
print(f"Transaction failed: {e}")

Conclusion

Retrieving instructions from a Solana transaction using Python is a simple process. After following these steps, you can get the required data and continue your program. Don’t forget to always handle errors and check return values ​​to make sure your code is running smoothly.

As a beginner in the world of Solana programming, this should give you a solid understanding of how to work with instruction data. If you have any questions or need additional help, don’t hesitate to ask!

“Cryptocurrency Correlations and the Role of Cryptocurrencies in Closely Related Markets”

The cryptocurrency market has experienced rapid growth in recent years, with many assets experiencing significant price fluctuations. However, despite this volatility, there is growing interest in studying correlations between different cryptocurrencies and traditional financial markets. In this article, we will delve into the world of cryptocurrency market correlations and explore how they affect the performance of different cryptocurrencies.

What are cryptocurrency market correlations?

Crypto market correlations refer to the relationships or connections between the prices of different cryptocurrencies. These correlations can take many forms, including positive, negative, or neutral relationships. For example, the correlation between Bitcoin (BTC) and Ethereum (ETH) can indicate that investors tend to favor one asset over the other.

Hedging Services: A Key Player in Cryptocurrency Market Correlations

Hedging services play a crucial role in cryptocurrency market correlations. Custodians are third-party entities responsible for managing and storing cryptocurrencies on behalf of their clients or organizations. The most prominent custodian in the industry is Coinbase, which has grown to become one of the largest cryptocurrency exchanges.

The relationships between different currencies through custody services can be quite interesting. For example, a Chainalysis study found that Bitcoin (BTC) correlated more with other cryptocurrencies such as Ethereum (ETH), Litecoin (LTC), and Ripple (XRP) than with traditional fiat currencies such as USD or EUR. This means that investors tend to prefer these alternative cryptocurrencies over traditional assets.

Candlestick Chart Analysis: A Visual Representation of Cryptocurrency Market Correlations

Candlestick chart analysis is a popular method for visualizing market trends and correlations between different cryptocurrencies. The most widely used candlestick charts are Bollinger Bands, which display price action using a number of moving averages to identify trends and volatility.

When analyzing candlestick charts, it becomes clear that some patterns can indicate correlations between different cryptocurrencies. For example, a green-shaded area on a chart that indicates a strong uptrend for a particular cryptocurrency can also indicate a correlation with other assets, such as Bitcoin (BTC) or Ethereum (ETH).

Cryptocurrencies and Financial Markets: A Complex Relationship

While cryptocurrency market correlations are fascinating, they also raise interesting questions about their relationship with traditional financial markets. In this section, we will explore how cryptocurrencies interact with financial markets such as stocks, commodities, and interest rates.

Some notable examples of cryptocurrencies influencing traditional financial markets include:

• Bitcoin (BTC) and Gold: Historically, gold has been considered a safe haven asset during times of economic uncertainty. Bitcoin’s correlation with gold suggests that investors tend to favor this asset when others seek safety in the midst of market turmoil.

• Ethereum (ETH) and Stocks

  

  : As the largest altcoin by market capitalization, Ethereum often influences traditional stock markets. Its correlation with stocks could indicate investor sentiment regarding the potential for Ethereum token supply to drive demand for other cryptocurrencies.

Conclusion

In conclusion, cryptocurrency market correlations are an exciting area of ​​study that can provide valuable insight into the performance and behavior of various cryptocurrencies. By analyzing candlestick charts and understanding custody services, investors can gain a better understanding of how these assets interact with traditional financial markets.

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Automated Compliance: The Benefits and Risks of AI in Crypto

The rise of cryptocurrencies has brought with it unprecedented complexity and risk. One area where automation is playing a critical role is compliance and regulatory compliance. Artificial intelligence (AI) can significantly improve the efficiency, accuracy, and reliability of automated compliance systems. However, its implementation also comes with risks that need to be carefully considered.

Benefits of AI in Crypto Compliance

• Improved Efficiency: AI-powered tools can quickly scan transactions, identify suspicious activity, and alert regulators or law enforcement. This reduces the time and effort required for manual compliance checks.

• Improved Accuracy: AI algorithms can analyze vast amounts of data with unprecedented speed and accuracy, enabling more accurate identification of compliance risks.

• Improved Risk Detection: Advanced machine learning models can detect patterns that indicate non-compliance, allowing regulators to take swift action against suspicious entities.

• Data-Driven Insights: AI-powered compliance systems provide valuable insights into market trends, economic conditions, and other relevant factors, enabling more informed decision-making.

AI Risks in Crypto Regulatory Compliance

• Lack of Transparency: AI-powered compliance systems can be opaque, making it difficult to understand the rationale behind decisions.

• Bias and Error: Like all machine learning models, AI systems can retain existing biases or introduce new ones, leading to inaccurate risk assessments or non-compliance alerts.

• Data Privacy Issues: Collecting and analyzing large data sets can raise concerns about data privacy and security, especially when it comes to sensitive data.

• Regulatory Uncertainty: As the regulatory environment evolves, AI-based compliance systems may need to adapt quickly to new rules or guidelines, creating uncertainty and risks.

Reducing Risks and Reaping Benefits

To ensure the successful adoption of AI in crypto compliance, it is important to address these risks while maximizing the benefits:

• Collaborate with Regulatory Experts: Work closely with regulatory bodies and legal professionals to develop compliance systems that comply with relevant laws and guidelines.

• Implement robust testing and validation

  

  : Thoroughly test and validate AI-powered compliance systems to ensure accuracy, transparency, and reliability.

• Monitor and continuously update: Regularly update AI algorithms and datasets to address new risks and stay ahead of regulatory changes.

• Provide clear transparency: Ensure AI-powered compliance systems provide clear explanations for their decisions so that users can understand the reasoning behind risk assessments.

In summary, automated compliance is a critical part of cryptocurrency regulation. AI offers numerous benefits in terms of efficiency, accuracy, and risk detection, but it also introduces significant risks. By understanding these challenges and implementing strong mitigation strategies, organizations can harness the full potential of AI-powered compliance systems and minimize its risks.

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I can provide you with an article on how to extract r and s (private and public keys) from a signature using Python.

About Ethereum Signature Format

Ethereum signatures are based on the Elliptic Curve Digital Signature Algorithm (ECDSA). The signature format consists of a hash of the signature and the r and s components. Here’s a breakdown of the format:

• signature_hash: A 64-byte hash of the message

• r: A 256-bit public key component

• s: A 256-bit private key component

Python Code

Here’s a sample Python code snippet that shows how to extract the r and s components from a signature:

import hashlib
from Crypto.PublicKey import EC









Define the signature hash
signature_hash = b'\x02\x01\x00\x00\x03\x12\x11\x14'

Extract the signature hash value (hex)
hex_signature_hash = signature_hash.hex()

Get the public key components
public_key = EC().key
r_component = hex(signature_hash).replace('\x00', '')
s_component = hex(public_key.r) 
Note: Elliptic Curve uses x instead of y
print(f"r_component (byte): {r_component}")
print(f"s_component (hex): {s_component}")

Explanation

• First, we define the signature hash as a byte object.

• We extract the signature hash value in hexadecimal format using the hex() method.

• We create an EC key from the public key component (Elliptic Curve uses x instead of y). Note that we use x instead of y because ECDSA is based on elliptic curves with a different order of curves than RSA.

• We extract the r and s components by converting the hexadecimal signature hash to bytes using the replace('\x00', '') method, which removes all null characters (\x00). The r component is now in byte format, while the s component remains in hexadecimal format.

Note: In Ethereum, ECDSA uses a different curve order than RSA. We use x instead of y because the elliptic curve uses x instead of y.

Example Use Case

You can use this code snippet to verify the authenticity and integrity of the signature. For example, you can create a new public key component using the following code:

public_key = EC().key
print(public_key)

This will return the public key component in byte format.

Hope this helps! If you have any questions or need further assistance, please feel free to contact me.

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