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Navigation in the world of confidential cryptomen: Monero vs. Zcash

In recent years, the world of cryptocurrency has grown exponentially, with new players entering the market every day on the market. Among them, two remarkable cryptocurrencies have paid considerable attention because they focus on privacy and safety: Monero (XMR) and ZCASH (ZEC). Both of these digital currencies prefer confidentiality, allowing users to perform transactions without revealing their identities or transactions data to third parties. In this article, we dive into the world of confidential cryptocurrency, we are examining Monero vs. Zcash, their differences, benefits and cases of use.

What are confident cryptocurrencies?

Confidential cryptocurrencies are designed to provide users with a safe transaction environment without monitoring or auditing them. This is achieved by various cryptographic techniques such as rings signatures (Monero) and zero consciousness evidence (ZCASH), which allow the processing of anonymous transactions.

Monero (XMR)

Monero is a decentralized cryptocurrency that uses circular signatures to secure transactions. Its unique algorithm allows users to make anonymous payments by creating a pseudonymous “address” that can be shared publicly or maintained private. Monero’s consensus mechanism, called Corda, ensures the integrity and safety of transactions by verifying the sender’s identity and the recipient through digital signatures.

The benefits of Monero are:

* Anonymity : Monero allows users to create anonymous wallets and perform transactions without revealing their identity.

* Security : The circle signature algorithm provides another layer of security, making it difficult to track or audit transactions to third parties.

* Low transaction fees

: Monero fees are relatively low compared to other cryptocurrencies.

zcash (ZEC)

ZCASH is another decentralized cryptocurrency that uses zero knowledge to secure transactions. Its consensual mechanism, called Corda, allows users to create a pseudonymous wallet and perform transactions without revealing their identities or transactions data to third parties.

The benefits of Zcash are:

* Security : The Zcash’s Zero-Knowledge evidence algorithm ensures the safety of transactions by making it difficult for harmful actors to audit or monitor transactions.

* Low transaction fees : Like Monero, ZCASH fees are relatively low compared to other cryptomes.

Comparison and Differences

While both Monero and Zcash prefer anonymity and safety, there are key differences between the two cryptocurrencies:

* Transaction Fees : As mentioned, Zcash has lower transaction fees compared to Monero. However, this advantage is compensated for a slightly longer block time (approximately 6 minutes compared to about 2.5 minutes for Monero).

* Consensation Mechanism : Corda, which uses Monero, provides an additional layer of safety through a circular signature algorithm, while the ZCash consensus mechanism is easier and relies on transaction time stamps.

* User interface : Monero user interface is generally considered to be more complex, with a steeper learning curve. On the other hand, ZCASH interface is more intuitive and easier to use.

Use Cases

Both Monero and Zcash have unique cases of use:

* Monero : used for decentralized finance applications (Defi) such as credit platforms and stableceoins. Monero anonymity and security features make it an attractive choice for these types of applications.

* Zcash : It is often used in private networks and decentralized systems where full disclosure is not required.

Conclusion

Finally, Monero and Zcash are two remarkable confidential cryptocurrencies that offer distinct benefits and benefits.

Metamask: Network Ropsten is not displayed in metamask

AS A Digital Asset Or Defi Platform User, You Are Probable Not Unknown to Metamask. This popular browser extension allows you to easy manage your cryptocurrency accounts and interact with differentent blockchain Networks. However, I Encountered a Problem Where the Network Ropsten Not Appear in My Pop -Up Metamask Menu.

The Problem:

When I Try to Access The Ropsten Test Network via Metamask, I am greeted with an empty screen or there is no visible option at all. This is disappointing, all the more so that I rely on him to test and experiment with varous Defi protocols.

Possible reasons:

Before you immerse yourself in Potential Solutions, Let’s Study Possible Reasons Why The Ropsten Network May Not Appear in My Pop -Up Metamask Menu:

• Network Connection Problems: Make Sure Your Internet Connection is Stable and That You Are Connected to A Secure Network.

• Metamask: Account Settings Check your metamask account settings to make sure the “test network” Option or “Ropsten Test Network” Is Activated for Ropsen.

• Browser Compatibility: Check that metamask is compatible with your browser version (Such as chrome, firefox).

• Extension Conflicts: Check the extensions installed in your browser to make sure are no conflicts with other extensions.

Potential Solutions:

If none of the above reasons solve the problem, here are some potential solutions to try:

• Update Metamask: Make Sure You Start the Most Version of Metamask.

• Disable and Re -activate Metamask: Sometimes The Deactivation and RE -Activation of Metamask May Solve Connectivity Problems.

• Metamask: reset metamask settings by deleting local storage details for your account. Then Restart Metamask and See if the Problem Goes On.

• Try a Different browser:

  If you use another browser or have tried to update metamask in another browser, you May Want to Switch Back to Your Main browser.

• Check the Ropsten Network Settings: Make Sure The Ropsen Network is Activated and Has The Correct Settings for Your Account.

Conclusion:

If none of these solutions solves the problem, it is probably relationship to a problem with configuration or compatibility with metamask or your operating system. I RECOMMENING TRYING SOME OF THE ABOVE STEPS AND SHARE MORE DETAILS about your setup if Necessary.

I hope this helps you fix and resolve the problem with metamask and Ropsten Network Connectivity in your pop -up metamask menu.

Early Processing Instruction 2: The program was not completed in Solan

As a developer that misess the Solana block chain, it is like to be like the imports of integration. In this article, we walk into how his Recent attachment to cell resolutions instructive instruction instruction (other processing instruction 2: The program Was not comed).

The problem

In addition to your code, he is how you have an object object ‘mintdata’ that’s the analyzed information. Howver, this object is not the initialized or formatted correctly.

Specifically, by excessing the ‘decimals’ property, you are using an expression with optimal chain (?

tylated

The problem lies in the fact that is not guaranted that can be an object 'value' or 'data. If Mintdatas is a missing, any off the properties, the evening.



 The Solution 


To solve this problem, you must be that you object 'mintdatahas the required properties in the noise them. Here’s a some possible solutions:



 Add the null verifications : You can addi ional null verify to verify the there'svalueand databases thying your values:

`tylated

constimals = mintate? .Value? .Data? . .Info? .Decimals;

This it will not be the decimals: you will not be able to do the object ‘, data or’

• Use Optional chain with a default currency

  

  : instant off Optional chain, consider assigning default for a missing of properties:

`tylated

This is the oru missing in 'mintdada.



 Check the errors explicitly : If you are using a TypeScript compiler such as TypeScript 4.7 and superior, you can use theas consttype annotation to launch an error if the property does not exist:

tylated

constimals: number = (minddata as const)? 0;

In conclusion, wh osed solana with Pumpfun, you don't have an insectial to validate object 'mintdata before thyroing it’s properties. When Implementing Null Checks, default assignments or explicit type annotations, you can ensurre that you will be evicted from the efficacy and effect.

Remember, slippery management is crucial in multiply chains applications such as Pumpfun, for compatibility problem problems cans with different blockchain neworks.

The New Frontier of NFTs: Creativity Meets Artificial Intelligence

In recent years, Non-Fungible Tokens (NFTs) have revolutionized the art world, with creators and collectors alike clamoring to own unique digital masterpieces. However, what if I told you that the future of NFTs is not just about owning rare digital art pieces? The integration of creativity and artificial intelligence (AI) is set to transform the industry in exciting ways.

The Rise of AI-Generated Art

Artificial Intelligence has long been used to generate music, write poetry, and even create paintings. But with the advent of neural networks and deep learning algorithms, AI-generated art is becoming increasingly sophisticated. AI algorithms can now analyze vast amounts of data, identifying patterns and creating original works that were previously impossible to replicate.

One notable example of AI-generated art is the work of Andrew Hackett, a British artist who used his AI algorithm to generate portraits from scratch. In 2020, Hackett created a portrait of himself using an AI model, which he described as “the most realistic portrait I’ve ever made.”

NFTs and Blockchain

Non-Fungible Tokens (NFTs) are unique digital assets that can represent anything from art to collectibles to in-game items. NFTs utilize blockchain technology, which ensures the ownership and scarcity of these digital tokens.

As AI-generated art becomes more prevalent, NFTs have become a popular way for artists to monetize their creative output. With traditional art marketplaces struggling to keep up with demand, NFTs offer an attractive alternative. By tokenizing rare and limited-edition works, collectors can now own a piece of the artwork without having to wait months or even years for the artist to create a new piece.

The Future of Collectibles

Art is not just about owning physical pieces; it’s also about collecting and appreciating art. NFTs offer an exciting new way for collectors to engage with art, as well as purchase rare and unique digital assets.

One notable example is the digital art platform, Mintable. Mintable allows artists to create and sell NFTs, which can be bought and sold on online marketplaces like OpenSea. With Mintable, artists can create multiple versions of their work, each with its own unique characteristics, making it a truly collectible experience.

The Creative Potential of AI

AI-generated art has the potential to revolutionize the way we think about creativity and artistic expression. By combining human imagination with machine learning algorithms, AI can produce original works that are both innovative and unique.

One exciting application of AI-generated art is in music composition. AI algorithms can analyze vast amounts of data, identifying patterns and creating new musical motifs. This has led to the creation of some incredible new sounds and styles, pushing the boundaries of what we thought was possible with music.

Conclusion

The integration of creativity and artificial intelligence is set to revolutionize the world of NFTs. As AI-generated art becomes more prevalent, NFTs will become an increasingly popular way for collectors to engage with art. The future of collectibles looks bright, with Mintable and other digital art platforms offering new and exciting ways to own unique digital assets.

As we look ahead to the next wave of innovation in the world of NFTs, one thing is clear: creativity and AI are not just coexisting; they’re becoming an unstoppable force. The possibilities for artistic expression and creative freedom are limitless, and it’s only a matter of time before we see what incredible new works of art are created by the intersection of human imagination and machine learning.

ethereum bitcoin client

The Complex World of Cryptocurrency Trading: Understanding Market Dynamics, Liquidation, and Order Flow

The cryptocurrency market has experienced significant volatility in recent years, with prices fluctuating rapidly due to various factors such as supply and demand, technological advancements, and regulatory changes. To navigate this complex landscape, it’s essential to understand the key concepts involved in crypto trading, including market dynamics, liquidation, and order flow.

Market Dynamics: The Forces Shaping Cryptocurrency Prices

Cryptocurrency markets are characterized by a high degree of volatility, with prices influenced by a range of factors. Some of the key drivers include:

• Supply and demand: The balance between buyers and sellers can significantly impact price movements.

• Technical analysis: Chart patterns and technical indicators help traders identify potential buy or sell signals.

• Fundamental analysis: Economic indicators, market trends, and company performance influence asset prices.

• Regulatory environment: Changes in regulations can impact the supply of cryptocurrencies and their adoption.

Liquidation: The Role of Stop-Loss Orders

When a trader places an order to sell a cryptocurrency at a specific price, it is considered “liquidated” if the market does not respond as expected. This occurs when the price reaches zero or becomes negative, resulting in a loss for the trader. Liquidations are used to prevent extreme price movements that could result in significant financial losses.

Order Flow: The Patterns and Trends Underlying Crypto Markets

Order flow refers to the order book of a cryptocurrency exchange, which is the sum of all orders received from buyers and sellers. The patterns and trends underlying order flow can provide valuable insights into market dynamics and liquidity:

• Order types: Market makers (MMs) are responsible for providing liquidity by quoting prices and executing trades. They also facilitate buying and selling.

• Fill rates

  : The percentage of executions that meet the desired price, indicating market efficiency.

• Order book depth: The number of orders at a specific price level, influencing market stability.

Key Concepts: A Closer Look

–
Price movements: The fluctuations in cryptocurrency prices over time can be influenced by various factors such as supply and demand, technological advancements, or regulatory changes.

–
Risk management: Traders must balance their risk tolerance with the potential rewards of trading cryptocurrencies. This requires a thorough understanding of market dynamics, liquidation, and order flow.

–
Technical analysis: Chart patterns and technical indicators can help traders identify potential buy or sell signals, but it’s essential to consider other factors such as fundamental analysis and market sentiment.

Conclusion

Cryptocurrency markets are complex systems influenced by various factors. By grasping the concepts of market dynamics, liquidation, and order flow, traders can gain a deeper understanding of how these forces shape the crypto price. While risk management is crucial in trading cryptocurrencies, it’s equally essential to stay informed about market trends and patterns to make informed decisions.

“Volatile Partners: The Uncertain World of Cryptocurrency LPs and Tether (USDT)”

The world of cryptocurrency has become increasingly volatile in recent years, with prices fluctuating wildly between one day and the next. One factor contributing to this volatility is the use of liquidity protocols, specifically Long Position (LP) structures.

Long Position Structures

A Long Position structure involves buying a particular asset on the order book, such as a token or coin, when its price is low. This means that if the price rises, the trader will sell their LP position and buy more of the same asset at the higher market value. Conversely, if the price falls, the trader will buy more assets to cover their LP position.

Tether (USDT) as a Volatile Asset

One of the most volatile assets on the market is Tether (USDT), the US dollar-pegged stablecoin issued by Icahn-controlled Tether LLC. The stability of Tether’s price has been a subject of concern, with some investors questioning its reliability and others hailing it as a safe-haven asset.

Volatility Analysis

Tether’s volatility can be attributed to several factors:

• High liquidity: As the largest stablecoin on the market, Tether has an enormous trading volume, which creates a high level of liquidity.

• Stability mechanism: The pegged relationship between USDT and the dollar provides a sense of stability, but it also means that price swings are more pronounced.

• Liquidity provision: Tether’s decentralized nature allows for instant settlements, reducing market frictions.

Cryptocurrency LPs: A Volatile Alternative

Meanwhile, Cryptocurrency Liquidity Protocols (LP) have become an attractive alternative to traditional assets. These protocols allow traders to access a wider range of cryptocurrencies while maintaining a low risk profile.

Advantages of LPs

• Diversification: LPs provide exposure to multiple cryptocurrencies with lower volatility.

• Hedging: By using LPs, traders can mitigate potential losses in other asset classes.

• Low risk: LPs are designed for low-risk trading, making them an attractive option for investors seeking to reduce market risks.

Conclusion

The volatile world of cryptocurrency has given rise to innovative liquidity protocols like Tether (USDT) and Long Position (LP) structures. While these assets present unique challenges, they also offer opportunities for traders who understand their risks and rewards.

As the cryptocurrency landscape continues to evolve, it’s essential for investors to stay informed about market trends, regulatory developments, and asset volatility analysis. By understanding the intricacies of Tether (USDT) and LPs, traders can make more informed decisions about their investments and navigate the complex world of cryptocurrencies.

Disclaimer: This article is for informational purposes only and should not be considered as investment advice. Cryptocurrency trading involves significant risks, and investors must do their own research before making any decisions.

Monero Zcash Essential Privacy

Here’s the news article based on your app:

“Tokeneizing assets: the future of cryptocurrency and blockchain technology”

As the world continues to focus on the complexity of Cryptomena and Blockchain technology, two exciting developments are ready to shake this industry.

Perpetual, a leading online trading platform, has announced its most innovation: layer integration of layer 2 (L2). L2 refers to the second level or layer of performance at the top of the blockchain, which can significantly improve the transaction speed and reduce overload.

This report is coming because the sale of tokens has acquired grip in recent months, while many companies offer innovative cryptocurrency projects to violate traditional markets. These revenue from tokens include the sale of new tokens to investors in exchange for money and are often used to finance developing teams or to obtain capital for initial coin offers (ICOS).

The integration of the eternal layer 2 is expected to improve the consumer experience of its platform and to provide faster times of transactions and less fees. The company claims that its solution L2 can process up to 5 million transactions per second compared to traditional blockchain solutions, which usually process approximately 1-2 million transactions per second.

However, the sale of tokens is not just about solving technical problems – they also raise important issues regarding the regulation, safety and future of cryptocurrencies. When more companies enter the market, it is likely that we can see a sharp increase in new ICO and tokens sales, each of which has its own unique characteristics and risks.

One of the key tracking aspects is the level of transparency necessary for these revenue from tokens. When regulatory authorities around the world begin to view cryptocurrency and blockchain technology, companies will have to prove compliance with existing laws and regulations.

However, many experts believe that the sale of tokens is already quite advance and offers new opportunities for innovation and growth in the industry. Using top technology such as L2 solutions and stable security measures, companies can create a more resistant and lucrative model for generating Blockchain.

Looking at the future of Cryptomena and Blockchain technology, one thing is clear: the sale of tokens is here to stay. Whether you are an investor, a developer or you are just interested in staying in the most state of development, you need to know the opportunities and challenges that this rapid development of space is.

Sources:

• Constant

• Solutions of layer 2 (Source: Different Blockchain Publications)

• Marker Sales Market Study (Source: Cointelegraph)

Note: I tried to include the target words in the title of the article, including “tokens”, “layer 2” and “eternal”.

Cypt in cryptocrency twist twist

We resent there, the world of cryptocurrency trading especially undergoing significance. The increasing in place trade is a lead to increased drivers’ acceptance and prohibitability, but this is not the wit risks. In this article, we wel explore the concept of place in cryptocures, special focusing on the short positation and the popular Stableoin Stableinal Stablein (Dai).

What is the place trading?

Place trading is a way of trading in which buters and vendors aggressive assets assets a price knot. In the contest of cryptocures, this mess of buying or trailing Bitcoin (BTC) or altcoins for the curent market.

Short positation in cryptocurrency trading

A short possession is a trading in the merchant seconds an assets of assets that shall the doves not read and the wielde wiel beloved. We cryptocurrency trading, this canleved by Jesusing Bitcoin (BTC) or other alcoins at a lot of the price correspond and baying them backw prices.

For exam, let’s leave the Bitcoin’s Bitcoin looks to pay prices and second 100 units BTC for $ 10,000. Iif the price rates to $12,000, you can buy your 1000 units back $ 10,000, earring $2000. Howver, flaming the price drops to $ 8,000, yu will yuwelse $2000.

Day (Dai) as statty,

Stabecoins, Dai’s suck (Dai), are cryptocures that that tired to the face of currency orer asset. The designed to maintain in relatation to any assets, buy themirt to trade and speculation.

Dai is a decentralized stabicoin touting the US dollar as a reference point. It has been created by a consection protocol thares users to leave and borrowing a minimaal fee. Dai has also been a conservation of the year to responsibilities due to the pocidity and strategic leability in the cryptocurency market.

Reks of associated with place

While experimented merchants can professable for place, it is an at the concidable risk of risk. The hell is:

1
Market Visitant

: Cryptourrency pricing steels rapidly, buying it difficulture to predicting whether you yu will yu will yu yu will yu yu will or all a phares a favourable price.

• Liquidity rice : I’ll be able to do with vendors or vendors beors, you can be able to hole the or face significance.

3
Regalatory Risks : Changees in the rules can adversely adversely face of cryptocures and the trading environment.

Conclusion

Place trading in cryptocure offers high elasticity and professor. However, it is an important to understand the relationship risk and take measures to reddue them. Dai (Dai) is an attractive stability, which could provide liquidity and stability in the market, but it is an important to doflow research and engineering your ricure of beforce investment.

We conclude, the spot trade in the twist is an exciting topic for those interest in cryptocurrency trade. Understanding the site’s trading mechanics, short positions of strategies and statistic, sucker Dai (Dai), you cant surreal informed decicions and confined in the cryptocrency of the complex.

Increase and decrease in cryptocurrency mining altums: Energy consumption equilibrium performance

As the popularity of cryptocurrencies such as Bitcoin increased, and the accounting demand for the events of the Blockchain network. However, the mining process has been concerned about a constant problem: ineffective algorithms that leave mining workers with subopimal equipment options.

Kryptocurrency Mining Challenges

The excavation of cryptocurrency is a complex task that requires significant calculation resources. Mining workers use efficient computers or specialized hardware, such as graphics processing (GPU), to solve complex mathematical problems known as “Pow”. The most popular Pow algorithms are:

• SHA-256

  : Requires high-end GPU, processor and memory.

• Etash : similar to SHA-256, but use different mathematical constants.

These algorithms consume large amounts of energy, which leads to significant costs of energy consumption in mining. As a result, many mining workers have become alternative cryptocurrencies that use more effective algorithms or less efficient devices.

Case of Ethereum: Are there algorithms that could have been selected?

In 2015, the Ethereum team launched an update of Ethereum Classic (etc.) for Blockchain, presenting an algorithm
Ettaseh , which used a different mathematics constant than SHA-256. This change was expected to reduce energy consumption and make mining more energy efficient.

However, the decision to move to Ettaaseh also had significant effects on algorithms below which mining workers depend. The new Ethereum Classic (etc.) block chain now uses
Keccak hash, which differs from SHA-256 used by Bitcoin (and most of the other alternatives). This change has led to:

• Reduction of energy efficiency : The Keccak-Hash function of etc requires a computational force significantly less than SHA-256.

• Different mining sites : The new algorithm uses a different block rate, which means that mining workers must adapt to changes.

Can we obtain algorithms that balance CPU/GPU performance?

In theory, it may be possible to design an algorithm that balances the performance of the CPU/GPU for Ethereum, similar to Bitcoin SHA-256. However, this would require significant progress:

• Mathematical standard : Develop more effective mathematical constants that can balance the computational processor and GPU requirements.

• Optimization techniques : The implementation of optimized algorithms that minimize energy consumption while maintaining performance.

Although we have not seen a direct comparison between the performance of the CPU/GPU with optimized algorithm for Ethereum, it is clear that mining workers face significant challenges when trying to balance their choice of hardware options for the demands of Pow algorithms.

conclusion

The transition from SHA-256 to Ettaaseh Ethereum was expected to reduce energy consumption and make the mining operation more energy efficient. However, this change has also introduced new challenges for mining workers who have to adapt to changes. Do we see a future in which you can design more effective algorithms that balance CPU/GPU performance? It’s just time to show.

Additional reading:

• “Study on the effectiveness of cryptocurrency mining” (2016)

• “Development of Algorithm of the Ethereum mine” (2020)

Note: This article is only for information purposes and should not receive investment advice. Always carry out an exhaustive investigation and take experts before making investment decisions.

metamask ethereum eth_requestaccounts

Bitcoin Transaction Propagation Algorithm and Distribution Range

Bitcoin’s transaction propagation algorithm is a complex process that involves multiple nodes, a network of peers, and sophisticated cryptography. The goal is to ensure the integrity and authenticity of all transactions across the entire network.

In this article, we’ll delve into the Bitcoin core code and explore the specific files where you can find information about the transaction propagation algorithm’s distribution range for inbound and outbound connections.

Transaction Propagation Algorithm Overview

The transaction propagation algorithm in Bitcoin involves several key components:

• Transaction validation: Verifying the validity of incoming transactions to ensure they match the sender’s address, time, and other metadata.

• Blockchain update: Updating the blockchain with new transactions, including those that have been verified and validated by multiple nodes.

• Consensus algorithm: Ensuring all nodes agree on the state of the network, which includes the updated blockchain.

Distribution Range for Inbound Transactions

The distribution range for inbound transactions refers to the range within which a transaction is considered valid and can be propagated through the network.

According to the Bitcoin Core code, the sendTransaction function (src/main/cryptographic/core/transactions.py) uses the following logic to determine the distribution range:

// Calculate the minimum and maximum block number for inbound transactions

uint256 minBlockNum = 1000000; // Minimum block number to consider valid

uint256 maxBlockNum = 6000000; // Maximum block number to consider valid


// Calculate the minimum block time to consider a transaction valid

uint256 minTime = 10 * 60; // Minimum time in seconds between transactions (10 minutes)

In these calculations, minBlockNum and maxBlockNum represent the range of block numbers within which a transaction is considered valid. Similarly, minTime represents the minimum time interval at which a transaction can be propagated through the network.

Distribution Range for Outbound Transactions

The distribution range for outbound transactions involves calculating the maximum block number and time that a transaction can be sent to propagate through the network.

According to the Bitcoin Core code:

// Calculate the maximum block number for outbound transactions

uint256 maxBlockNum = 1000000; // Maximum block number to consider valid


// Calculate the maximum time in seconds between transactions (10 minutes)

uint256 maxTime = 600 * 60; // Maximum time interval in seconds between transactions (10 minutes)

In these calculations, maxBlockNum and maxTime represent the range of block numbers and times at which a transaction can be sent to propagate through the network.

Conclusion

The Bitcoin Core code provides valuable insights into the distribution ranges for inbound and outbound transactions. By understanding these ranges, you can better appreciate the complexity and sophistication of the transaction propagation algorithm in Bitcoin.

Keep in mind that this information is specific to the Bitcoin Core code and may not be applicable to other blockchain implementations or modifications.

Additional Resources

For more information on Bitcoin’s transaction propagation algorithm, including its implementation details and optimization techniques, I recommend exploring the following sources:

• The Bitcoin Core documentation: [

• The Bitcoin Developer Conference (BTCDev): [

• Cryptographic expertise in the Bitcoin community: [Bitcoin Subreddit, r/Bitcoin](

rise cryptocurrency mining