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Artikel Seputar Teknologi Blockchain. Teknologi tersebut akan di manfaatkan untuk perkembangan teknologi masa depan.
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BLOCKCHAIN ​​TECHNOLOGY #Blockchainis a digital ledger distributed on a network. The ledger is hosted on a network of geographically distributed databases that store information. Blocks in the chain are secure, verifiable, and permanent. Blockchain technology promises to be a useful facilitator for supporting the storage and dissemination of micro-credentials on a global scale. Digital ledgers created through blockchain cut out the middle. With blockchain technology, there is no centralized government authority and no need for intermediaries to control transactions between individuals or institutions. Transactions are secured with encryption, verified, and recorded by network nodes. Blockchain can be used to facilitate trust relationships between two or more people or institutions without the need for a central authority. The original record cannot be deleted or changed, and all transactions can be easily traced because each new block in the chain is timestamped. In this way, blockchain supports a secure, decentralized information network. #blockchain #BTC #Binance
BLOCKCHAIN ​​TECHNOLOGY

#Blockchainis a digital ledger distributed on a network. The ledger is hosted on a network of geographically distributed databases that store information. Blocks in the chain are secure, verifiable, and permanent. Blockchain technology promises to be a useful facilitator for supporting the storage and dissemination of micro-credentials on a global scale. Digital ledgers created through blockchain cut out the middle. With blockchain technology, there is no centralized government authority and no need for intermediaries to control transactions between individuals or institutions. Transactions are secured with encryption, verified, and recorded by network nodes. Blockchain can be used to facilitate trust relationships between two or more people or institutions without the need for a central authority. The original record cannot be deleted or changed, and all transactions can be easily traced because each new block in the chain is timestamped. In this way, blockchain supports a secure, decentralized information network. #blockchain #BTC #Binance
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The Potential of Bitcoin Mining as a Productive Use of EnergyThe Intergovernmental Panel on Climate Change set a 2030 goal of 50% worldwide carbon reduction as a first step to limit global warming to 1.5°C, above which even more devastating impacts of climate change are expected. The Paris Climate Agreement, agreed to by 196 countries in 2015, set out a less ambitious plan to limit greenhouse gas emissions to limit global warming to 2.0°C, but progress towards this weak goal was not made. In 2021, global greenhouse gas emissions were at an all-time high. Recent profitability trends show greater risks in a relatively short time period. Figure 2 shows this. The reward per tera-hash in US dollars is shown in this plot. Rewards see highs of the order of 0.45 USD/TH/day and lows of the order of 0.1 USD/yr in 2022, a difference of more than four times. However, even a low reward rate of 0.1 USD/TH/day for the world's best mining technology—currently the Antminer S19 XP-Hydro (255 Th/)—results in a modest return over a year on a mining investment.In line with the desire to reducing global greenhouse gas emissions, the United Nations has set a goal of achieving sustainability with equality. With more than 2 billion people without access to a reliable energy-driven economic engine, there are many opportunities to integrate equity issues into potential solutions for developing countries.Bitcoin BasicsBitcoin is a decentralized form of cryptocurrency, relying on a peer-to-peer network so-called blockchain to record transactions. It is not tied to any regulatory authority. Blockchain is associated with a so-called hash function, which provides a unique record and authenticates each financial transaction. When each transaction is verified as unique, it is sent to join other transition “blocks.” At this stage, it becomes impossible to modify. Blockchain represents a collection of these blocks.Blockchain uses many volunteer computer servers to validate Bitcoin network transactions based on cryptography. This transaction is said to be irreversible. They cannot be canceled or changed.All Bitcoin transactions are documented and made public, although the people involved in processing the transactions are anonymous. It is nearly impossible to hack the system, unlike the data breaches increasingly seen with traditional financial transaction companies. When Bitcoins are bought, sold, or otherwise transacted, no personal information (passwords, credit card numbers, addresses, etc.) is transmitted. In the Bitcoin network, each computer/server that performs the hash is called a node, of which there are now more than 100,000 around the world, thereby ensuring resilience. If one of the nodes fails, one of the others can perform the required function. Data security is ensured by the fact that someone interested in hacking the system for information does not know which node or nodes will be called for a particular hash. Other cryptocurrencies are not tied to hardware processing (and thus energy use) and are generally considered less secure than Bitcoin. It is for this reason that Bitcoin continues to be the dominant cryptocurrency in the world. Bitcoin has been suggested to be an equalizing economic force for the world. Upon its founding, it was hailed as “offering a vision of money free from the control of central banks and intermediaries.” The place of the dollar and RMDs as currencies of exchange around the world favors the monetary policies of, respectively, the US and China. This lack of currency holdings is particularly important for developing countries, where many borrowers borrow heavily using US currency even with non-US lenders. That so much debt around the world is in US dollar terms makes US Fed policy more forceful internationally than it would otherwise be. The Bitcoin currency, by contrast, would not, at least theoretically, confer privileges on countries atop the financial hierarchy. Others have suggested that Bitcoin and other cryptocurrencies could become more straightforward assets for the poor. The total amount of money that crosses national borders is significantly 'taxed' by banks for money transfer services. This tax is called remittance. According to a World Bank report, around USD 630 billion worth of remittances are paid annually worldwide. Additionally, taxes on remittance prices have been documented to exceed 16% [25]. Even when loans are accessible and lenders meet all credit requirements, small business loans often have interest rates greater than 20 percent. Therefore the UN Sustainable Development Goals have set a 2030 target for remittances below 3 percent. Bitcoin mining profitability What does 138 terawatt-hours per year for mining $BTC worldwide mean in terms of the economic value that can be gained from Bitcoin mining? This annual energy demand is associated with worldwide power requirements of 15.7 GW. This immense power translates into a worldwide Bitcoin hash rate of 200 EH/s. Given the price of BTC (December 1, 2022), this translates to approximately 9 billion USD/year in total revenue, assuming no energy costs. At 0.05 USD/kWh, the total revenue earned is 6.07 billion USD/year. At 0.10 USD/kWh, the total annual revenue earned is just over USD 3 billion. The revenue earned per hash, however, has been declining. That mining profitability per hash has decreased significantly since 2015 is clear. At the same time, mining energy efficiency has improved rapidly over the same time. The latest and greatest miner, the Antminer S19 XP-Hydro has a documented energy efficiency of 27,000 MH/Joule. Thus, while mining profitability per hash has decreased, energy usage per hash has decreased even more. Thus, the cost to mine, assuming little change in energy costs over this time, has also decreased. Mining profitability, to date, may be as strong as ever. Recent profitability trends suggest greater risks over a relatively short period of time. The reward per tera-hash in US dollars is shown in this plot. Rewards see highs of the order of 0.45 USD/TH/day and lows of the order of 0.1 USD/yr in 2022, a difference of more than four times. However, even a low return rate of 0.1 USD/TH/day for the world's best mining technology—currently the Antminer S19 XP-Hydro (255 Th/)—results in a modest return over a year on a mining investment.The future market for mining is likely safe. Erasing the big drop in 2021 when the Chinese government banned Bitcoin mining in China overnight, one can see a consistent increase in the world's total hash rate over time. Plus, the development of the Lightning Network was critical to allowing Bitcoin to emerge as a vehicle for financial transactions. Essentially, this network enables millions of two-party financial exchanges at any time. Additionally, it allows transactions between parties that are not on the blockchain network. Lastly, like Bitcoin itself, the network relies on miners' blockchain to process transactions. Thus, it offers transparency, permanent documentation and anonymity. However, these benefits do come with some risks from hacking. These networks have enabled greater adoption of Bitcoin payment transaction channels. Twitter, Starbucks, Twitch, Whole Foods, Microsoft, Wikipedia, AT&T, Overstock, PayPal, Home Depot, Burger King, KFC, Subway, Pizza Hut, Virgin Galactic, and AMC are among the early adopters of Bitcoin as a payment agent. This trend almost guarantees greater adoption and thus increased need for mining.Yuk share like then come guys #bitcoin #mining

The Potential of Bitcoin Mining as a Productive Use of Energy

The Intergovernmental Panel on Climate Change set a 2030 goal of 50% worldwide carbon reduction as a first step to limit global warming to 1.5°C, above which even more devastating impacts of climate change are expected. The Paris Climate Agreement, agreed to by 196 countries in 2015, set out a less ambitious plan to limit greenhouse gas emissions to limit global warming to 2.0°C, but progress towards this weak goal was not made. In 2021, global greenhouse gas emissions were at an all-time high. Recent profitability trends show greater risks in a relatively short time period. Figure 2 shows this. The reward per tera-hash in US dollars is shown in this plot. Rewards see highs of the order of 0.45 USD/TH/day and lows of the order of 0.1 USD/yr in 2022, a difference of more than four times. However, even a low reward rate of 0.1 USD/TH/day for the world's best mining technology—currently the Antminer S19 XP-Hydro (255 Th/)—results in a modest return over a year on a mining investment.In line with the desire to reducing global greenhouse gas emissions, the United Nations has set a goal of achieving sustainability with equality. With more than 2 billion people without access to a reliable energy-driven economic engine, there are many opportunities to integrate equity issues into potential solutions for developing countries.Bitcoin BasicsBitcoin is a decentralized form of cryptocurrency, relying on a peer-to-peer network so-called blockchain to record transactions. It is not tied to any regulatory authority. Blockchain is associated with a so-called hash function, which provides a unique record and authenticates each financial transaction. When each transaction is verified as unique, it is sent to join other transition “blocks.” At this stage, it becomes impossible to modify. Blockchain represents a collection of these blocks.Blockchain uses many volunteer computer servers to validate Bitcoin network transactions based on cryptography. This transaction is said to be irreversible. They cannot be canceled or changed.All Bitcoin transactions are documented and made public, although the people involved in processing the transactions are anonymous. It is nearly impossible to hack the system, unlike the data breaches increasingly seen with traditional financial transaction companies. When Bitcoins are bought, sold, or otherwise transacted, no personal information (passwords, credit card numbers, addresses, etc.) is transmitted. In the Bitcoin network, each computer/server that performs the hash is called a node, of which there are now more than 100,000 around the world, thereby ensuring resilience. If one of the nodes fails, one of the others can perform the required function. Data security is ensured by the fact that someone interested in hacking the system for information does not know which node or nodes will be called for a particular hash. Other cryptocurrencies are not tied to hardware processing (and thus energy use) and are generally considered less secure than Bitcoin. It is for this reason that Bitcoin continues to be the dominant cryptocurrency in the world. Bitcoin has been suggested to be an equalizing economic force for the world. Upon its founding, it was hailed as “offering a vision of money free from the control of central banks and intermediaries.” The place of the dollar and RMDs as currencies of exchange around the world favors the monetary policies of, respectively, the US and China. This lack of currency holdings is particularly important for developing countries, where many borrowers borrow heavily using US currency even with non-US lenders. That so much debt around the world is in US dollar terms makes US Fed policy more forceful internationally than it would otherwise be. The Bitcoin currency, by contrast, would not, at least theoretically, confer privileges on countries atop the financial hierarchy. Others have suggested that Bitcoin and other cryptocurrencies could become more straightforward assets for the poor. The total amount of money that crosses national borders is significantly 'taxed' by banks for money transfer services. This tax is called remittance. According to a World Bank report, around USD 630 billion worth of remittances are paid annually worldwide. Additionally, taxes on remittance prices have been documented to exceed 16% [25]. Even when loans are accessible and lenders meet all credit requirements, small business loans often have interest rates greater than 20 percent. Therefore the UN Sustainable Development Goals have set a 2030 target for remittances below 3 percent. Bitcoin mining profitability What does 138 terawatt-hours per year for mining $BTC worldwide mean in terms of the economic value that can be gained from Bitcoin mining? This annual energy demand is associated with worldwide power requirements of 15.7 GW. This immense power translates into a worldwide Bitcoin hash rate of 200 EH/s. Given the price of BTC (December 1, 2022), this translates to approximately 9 billion USD/year in total revenue, assuming no energy costs. At 0.05 USD/kWh, the total revenue earned is 6.07 billion USD/year. At 0.10 USD/kWh, the total annual revenue earned is just over USD 3 billion. The revenue earned per hash, however, has been declining. That mining profitability per hash has decreased significantly since 2015 is clear. At the same time, mining energy efficiency has improved rapidly over the same time. The latest and greatest miner, the Antminer S19 XP-Hydro has a documented energy efficiency of 27,000 MH/Joule. Thus, while mining profitability per hash has decreased, energy usage per hash has decreased even more. Thus, the cost to mine, assuming little change in energy costs over this time, has also decreased. Mining profitability, to date, may be as strong as ever. Recent profitability trends suggest greater risks over a relatively short period of time. The reward per tera-hash in US dollars is shown in this plot. Rewards see highs of the order of 0.45 USD/TH/day and lows of the order of 0.1 USD/yr in 2022, a difference of more than four times. However, even a low return rate of 0.1 USD/TH/day for the world's best mining technology—currently the Antminer S19 XP-Hydro (255 Th/)—results in a modest return over a year on a mining investment.The future market for mining is likely safe. Erasing the big drop in 2021 when the Chinese government banned Bitcoin mining in China overnight, one can see a consistent increase in the world's total hash rate over time. Plus, the development of the Lightning Network was critical to allowing Bitcoin to emerge as a vehicle for financial transactions. Essentially, this network enables millions of two-party financial exchanges at any time. Additionally, it allows transactions between parties that are not on the blockchain network. Lastly, like Bitcoin itself, the network relies on miners' blockchain to process transactions. Thus, it offers transparency, permanent documentation and anonymity. However, these benefits do come with some risks from hacking. These networks have enabled greater adoption of Bitcoin payment transaction channels. Twitter, Starbucks, Twitch, Whole Foods, Microsoft, Wikipedia, AT&T, Overstock, PayPal, Home Depot, Burger King, KFC, Subway, Pizza Hut, Virgin Galactic, and AMC are among the early adopters of Bitcoin as a payment agent. This trend almost guarantees greater adoption and thus increased need for mining.Yuk share like then come guys #bitcoin #mining
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Cryptocurrencies Become Part of the World's Global Financial MarketsFinancial markets are considered to be one of the most complex systems that we observe in our world. Not only are they characterized by all the properties that such systems can typically exhibit, but there are also important intelligent components involved that are strictly responsible for their enormous complexity. Among the well-known features of financial markets is their flexibility in transitions between irregular and regular phases. Such transitions are a key feature associated with market crashes but are also frequently observed at the market-wide level when several so far independent markets begin to have their dynamics substantially merged (or vice versa). This kind of phenomenon has recently been experienced by the cryptocurrency market, which has lost its relative dynamic autonomy and become closely tied to traditional financial instruments. In this work, we present quantitative arguments to support this statement.[Artikel lainnya](https://www.binance.com/id/feed/post/1486900?ref=61429687&utm_campaign=app_share_link)Since Bitcoin's inception in 2009, the cryptocurrency market has experienced a rapid surge. While it used to be niche and traded informally in its early years, trading now takes place 24/7 on over 500 exchanges. The current cryptocurrency market capitalization (October 2022) is around 1 trillion USD, which is comparable to the largest US technology stocks. During Bitcoin's 12-year history, there have been bubbles and crashes. In particular, the foundation of Ethereum in 2015, which enabled new applications of blockchain technology in the form of smart contracts, and the subsequent Initial Coin Offering bubble in 2018 reshaped the cryptocurrency market and brought it into the public eye. The recent bubble in 2021, associated with the adoption of DeFi (Decentralized Finance) and DEX (Decentralized Exchange) trading, ended with a peak in November 2021, when the total market capitalization approached 3 trillion dollars. Although there are more than 10.000 cryptocurrencies [3], Bitcoin and Ethereum are currently the best known, and their share in the capitalization of the entire market went from more than 80% at the beginning of 2021 to 60% in October 2022.Over these 12 years of development, the characteristics of the cryptocurrency market have changed significantly. The time series properties of cryptocurrency price returns are now close to those observed in mature financial markets such as Forex. However, it has long been believed that cryptocurrency markets, which themselves are highly correlated, especially during the COVID-19 period, have dynamics separate from traditional financial markets and that bitcoin can even serve as a hedge or safe haven with respect to stock markets, Forex or commodity markets. Bitcoin's hedging potential is even compared to gold. However, the results of many recent studies have changed this paradigm. They report that during the COVID-19 pandemic boom and related crash in March 2020, cryptocurrency markets and, in particular, bitcoin were highly correlated with stock market declines. Some studies even note that this relationship is still present in the market recovery phase in the second half of 2020. The studies referenced above have brought somewhat mixed results and have led to uncertainty as to whether cryptocurrencies can be used to hedge financial investments. This uncertainty opens up space for further research on this topic and our research goes exactly in this direction. Our goal is to clarify whether the loss of independence of cryptocurrency markets is temporary and primarily caused by the turmoil of the pandemic or it is simply part of a more general trend towards merging these markets with traditional financial markets. We aim to determine how strongly cryptocurrency price changes are related to price changes in traditional financial markets. To achieve that, the perturbed multiscale correlation of two major cryptocurrencies: bitcoin $BTC and ethereum $ETH versus traditional financial instruments: stock indices, commodities and currency exchange rates was studied based on high-frequency data covering the period from January 2020 to October 2022, which is an extension of the period before 2020 analyzed in our previous research. 2022 is particularly interesting, as since the BTC price peak in November 2021, there has been a concerted bear market in US technology stocks and cryptocurrencies for the first time in the latter's existence. Based on these observations, there will likely be some detectable correlation between the two markets. The year 2022 is also unique in the history of cryptocurrencies due to the presence of high inflation in the world intended to protect Bitcoin. Compared to other articles dealing with the correlation between cryptocurrency markets and traditional financial markets, in our research the main task is to measure this correlation quantitatively on various scales time and for fluctuations of various sizes. This can broaden a market practitioner's perspective on investment and hedging possibilities by including a measure of fluctuation as an additional dimension that may be considered when making investment decisions.#bitcoin #cryptocurrency

Cryptocurrencies Become Part of the World's Global Financial Markets

Financial markets are considered to be one of the most complex systems that we observe in our world. Not only are they characterized by all the properties that such systems can typically exhibit, but there are also important intelligent components involved that are strictly responsible for their enormous complexity. Among the well-known features of financial markets is their flexibility in transitions between irregular and regular phases. Such transitions are a key feature associated with market crashes but are also frequently observed at the market-wide level when several so far independent markets begin to have their dynamics substantially merged (or vice versa). This kind of phenomenon has recently been experienced by the cryptocurrency market, which has lost its relative dynamic autonomy and become closely tied to traditional financial instruments. In this work, we present quantitative arguments to support this statement.Artikel lainnyaSince Bitcoin's inception in 2009, the cryptocurrency market has experienced a rapid surge. While it used to be niche and traded informally in its early years, trading now takes place 24/7 on over 500 exchanges. The current cryptocurrency market capitalization (October 2022) is around 1 trillion USD, which is comparable to the largest US technology stocks. During Bitcoin's 12-year history, there have been bubbles and crashes. In particular, the foundation of Ethereum in 2015, which enabled new applications of blockchain technology in the form of smart contracts, and the subsequent Initial Coin Offering bubble in 2018 reshaped the cryptocurrency market and brought it into the public eye. The recent bubble in 2021, associated with the adoption of DeFi (Decentralized Finance) and DEX (Decentralized Exchange) trading, ended with a peak in November 2021, when the total market capitalization approached 3 trillion dollars. Although there are more than 10.000 cryptocurrencies [3], Bitcoin and Ethereum are currently the best known, and their share in the capitalization of the entire market went from more than 80% at the beginning of 2021 to 60% in October 2022.Over these 12 years of development, the characteristics of the cryptocurrency market have changed significantly. The time series properties of cryptocurrency price returns are now close to those observed in mature financial markets such as Forex. However, it has long been believed that cryptocurrency markets, which themselves are highly correlated, especially during the COVID-19 period, have dynamics separate from traditional financial markets and that bitcoin can even serve as a hedge or safe haven with respect to stock markets, Forex or commodity markets. Bitcoin's hedging potential is even compared to gold. However, the results of many recent studies have changed this paradigm. They report that during the COVID-19 pandemic boom and related crash in March 2020, cryptocurrency markets and, in particular, bitcoin were highly correlated with stock market declines. Some studies even note that this relationship is still present in the market recovery phase in the second half of 2020. The studies referenced above have brought somewhat mixed results and have led to uncertainty as to whether cryptocurrencies can be used to hedge financial investments. This uncertainty opens up space for further research on this topic and our research goes exactly in this direction. Our goal is to clarify whether the loss of independence of cryptocurrency markets is temporary and primarily caused by the turmoil of the pandemic or it is simply part of a more general trend towards merging these markets with traditional financial markets. We aim to determine how strongly cryptocurrency price changes are related to price changes in traditional financial markets. To achieve that, the perturbed multiscale correlation of two major cryptocurrencies: bitcoin $BTC and ethereum $ETH versus traditional financial instruments: stock indices, commodities and currency exchange rates was studied based on high-frequency data covering the period from January 2020 to October 2022, which is an extension of the period before 2020 analyzed in our previous research. 2022 is particularly interesting, as since the BTC price peak in November 2021, there has been a concerted bear market in US technology stocks and cryptocurrencies for the first time in the latter's existence. Based on these observations, there will likely be some detectable correlation between the two markets. The year 2022 is also unique in the history of cryptocurrencies due to the presence of high inflation in the world intended to protect Bitcoin. Compared to other articles dealing with the correlation between cryptocurrency markets and traditional financial markets, in our research the main task is to measure this correlation quantitatively on various scales time and for fluctuations of various sizes. This can broaden a market practitioner's perspective on investment and hedging possibilities by including a measure of fluctuation as an additional dimension that may be considered when making investment decisions.#bitcoin #cryptocurrency
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Nature of Crypto Assets Decentralized cryptocurrencies store value and can be used for settlements among groups of individuals. Simultaneously, they have the features of speculative assets with prices supported only by investor confidence, but they are not securities or bonds. The general basis is that a payment token is negotiable if it contains an unconditional promise or order to pay a sum of money and gives its holder a claim on the issuer or a right of redemption on the reserve assets backing the value of the payment token. Bitcoin and Ethereum are created based on cryptography and create no obligations for the person to whom they are issued; furthermore, the obligated person is unknown and cannot be identified. Former owners of cryptocurrencies are not liable to new owners and do not guarantee that Bitcoins will be freely exchanged for money or goods. Bitcoin, Ethereum, etc., may not be treated as money or securities, but they store value for their users which makes them similar to goods. “cryptocurrency is not a means of payment in the sense of being a regulated currency issued by a government but has the fundamental characteristic of intangible property as an identifiable object of value.” #bitcoin $BTC $ETH
Nature of Crypto Assets

Decentralized cryptocurrencies store value and can be used for settlements among groups of individuals. Simultaneously, they have the features of speculative assets with prices supported only by investor confidence, but they are not securities or bonds. The general basis is that a payment token is negotiable if it contains an unconditional promise or order to pay a sum of money and gives its holder a claim on the issuer or a right of redemption on the reserve assets backing the value of the payment token. Bitcoin and Ethereum are created based on cryptography and create no obligations for the person to whom they are issued; furthermore, the obligated person is unknown and cannot be identified. Former owners of cryptocurrencies are not liable to new owners and do not guarantee that Bitcoins will be freely exchanged for money or goods.
Bitcoin, Ethereum, etc., may not be treated as money or securities, but they store value for their users which makes them similar to goods. “cryptocurrency is not a means of payment in the sense of being a regulated currency issued by a government but has the fundamental characteristic of intangible property as an identifiable object of value.”

#bitcoin $BTC $ETH
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Cryptocurrencies 'are here to stay' says Binance bossCryptocurrency $ETH is here to stay, $BTC Director of Regional Growth and Operations at Binance. “Web3 and blockchain have proven powerful solutions to drive efficiency, transfer value more effectively, and add layers of trust, transparency, and immutability to any sector, not just finance.” The big challenge in the cryptocurrency space and Web3, namely lack of awareness and knowledge. “With the advent of new technology, there is a tendency for it to become very esoteric, meaning that a very small percentage of the population will come into contact with that new technology. Therefore, education plays an instrumental role to drive mass adoption. He also spoke about the importance of differentiating between novice and expert cryptocurrency users, with Binance serving both segments through its platforms, including Binance Light for newcomers and Binance Pro for experienced investors. [Binance](https://www.binance.com) $BNB Examining Dubai's role as a leading global cryptocurrency hub, Kalooti points to the significant impact of the global liquidity cycle in the short term, acknowledging its high volatility. However, he said that cryptocurrency's long-term trajectory is shaped by network adoption and regulatory developments. Kalooti noted that entrepreneurs often navigate an uncertain landscape akin to the 'Wild West' when building new cryptocurrency projects. Eventually, regulators stepped in to set rules as these initiatives scaled. Contrary to the idea of ​​replacing Web2, Kalooti further explained that Web3 leverages blockchain technology to increase efficiency and productivity. He also highlighted the increasing attraction of young talent to the cryptocurrency space and the huge capital flowing to innovative entrepreneurs.#BinanceSquare #CryptoInvesting #cryptonews

Cryptocurrencies 'are here to stay' says Binance boss

Cryptocurrency $ETH is here to stay, $BTC Director of Regional Growth and Operations at Binance. “Web3 and blockchain have proven powerful solutions to drive efficiency, transfer value more effectively, and add layers of trust, transparency, and immutability to any sector, not just finance.” The big challenge in the cryptocurrency space and Web3, namely lack of awareness and knowledge. “With the advent of new technology, there is a tendency for it to become very esoteric, meaning that a very small percentage of the population will come into contact with that new technology. Therefore, education plays an instrumental role to drive mass adoption. He also spoke about the importance of differentiating between novice and expert cryptocurrency users, with Binance serving both segments through its platforms, including Binance Light for newcomers and Binance Pro for experienced investors. Binance $BNB Examining Dubai's role as a leading global cryptocurrency hub, Kalooti points to the significant impact of the global liquidity cycle in the short term, acknowledging its high volatility. However, he said that cryptocurrency's long-term trajectory is shaped by network adoption and regulatory developments. Kalooti noted that entrepreneurs often navigate an uncertain landscape akin to the 'Wild West' when building new cryptocurrency projects. Eventually, regulators stepped in to set rules as these initiatives scaled. Contrary to the idea of ​​replacing Web2, Kalooti further explained that Web3 leverages blockchain technology to increase efficiency and productivity. He also highlighted the increasing attraction of young talent to the cryptocurrency space and the huge capital flowing to innovative entrepreneurs.#BinanceSquare #CryptoInvesting #cryptonews
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Important Factors and Trends in NFT TechnologyNon-fungible token (NFT) products are important for industrial applications. In recent years, they have quickly become important in the blockchain field. NFTs are non-fungible tokens that tokenize each product sold, and are units on the blockchain's digital ledger. Each token represents unique digital data. As of early 2021, NFTs have become the first application of blockchain technology to achieve clear public prominence, providing tradable rights to digital assets such as images, music, videos and virtual creations. The concept of NFTs NFTs have developed gradually as many industries have begun to use NFT creatively to increase opportunities for new business innovation in entrepreneurship. However, several studies have been conducted to analyze the advantages and disadvantages of different markets for NFTs and NFT product trends. NFT transactions can ensure that ownership of digital assets is recorded in smart contracts on the blockchain. Therefore, NFTs are a form of currency used in trading on the Metaverse. Since the data of each token is unique, people have assurance with respect to products such as paintings, sound recordings and videos purchased on the internet. As a result of the gradual development of NFTs, many creators have begun to create new innovations in entrepreneurship through the creative process of creating NFTs. NFTs give artists and creators a better way to make a living while changing the way we buy, sell, and relate to art. One of the characteristics of NFTs is “non-homogeneity”, which provides buyers with unique digital data, a feature that gives people a guaranteed purchase of all products. Therefore, selling artwork is one of the most important aspects of NFTs, and different trading platforms such as OpenSea, OurSong, and Mintable have emerged on the market. The platform provides a channel for sellers to protect their work and enable them to do their best. NFTNFT features a unique digital identifier based on blockchain technology. Record/validate ownership and authenticity of digital assets. NFT technology makes each item unique and irreplaceable. When a piece of data is traded in the blockchain world, it is available to everyone via a public ledger to tell them who bought the product, the price, and the source of the data. This information constitutes a “block” of several nodes. When many people add data to produce these blocks, it constitutes a “blockchain”. [BinanceNFT](https://www.binance.com/en/nft)The use of blockchain technology makes each NFT a unique set of numbers that cannot be easily modified once recorded.Thus, NFTs provide transparent and irreplaceable proof of transactions NFTs are decentralized applications that enjoy the benefits of an open book containing seven attributes: verification, execution transparency, validity, tamper resistance, availability, atomicity and tradeability. We discuss these attributes in this section. Verification: NFT data and ownership can be publicly verified. Transparent execution: NFT activities including mining, buying and selling are open and transparent. Availability: in an NFT system, the issuance of NFTs and the transactions involving them are always available for sale or purchase without interruption. Tamper resistance: NFT data is permanently archived once a transaction record is created, and transaction confirmations cannot be manipulated again. Usability: each NFT has the most up-to-date, user-friendly and clear ownership information. Atomicity: Transactional NFTs can be settled in atomic, consistent, isolated, and durable transactions, and NFTs can operate in the same co-execution state. Trading: every NFT and its corresponding product can be exchanged and traded arbitrarily.Atomic NFT is the standard for NFTs that can be exchanged across all compatible applications. The Atomic NFT standard can be used to tokenize and create digital tokens to buy, sell, or auction through the marketplace. Users and developers can use networks like the Arweave network to store Atomic NFTs with their contracts and asset information (NFT tokens and metadata) together and make the data permanently available worldwide. Atomicity provides trading capabilities for each NFT and product suitable for arbitrary exchange and formal trading. Come on, those who want to continue discussing about NFTs can like and leave comments. #nft #Crypto2024 #bitcoin

Important Factors and Trends in NFT Technology

Non-fungible token (NFT) products are important for industrial applications. In recent years, they have quickly become important in the blockchain field. NFTs are non-fungible tokens that tokenize each product sold, and are units on the blockchain's digital ledger. Each token represents unique digital data. As of early 2021, NFTs have become the first application of blockchain technology to achieve clear public prominence, providing tradable rights to digital assets such as images, music, videos and virtual creations. The concept of NFTs NFTs have developed gradually as many industries have begun to use NFT creatively to increase opportunities for new business innovation in entrepreneurship. However, several studies have been conducted to analyze the advantages and disadvantages of different markets for NFTs and NFT product trends. NFT transactions can ensure that ownership of digital assets is recorded in smart contracts on the blockchain. Therefore, NFTs are a form of currency used in trading on the Metaverse. Since the data of each token is unique, people have assurance with respect to products such as paintings, sound recordings and videos purchased on the internet. As a result of the gradual development of NFTs, many creators have begun to create new innovations in entrepreneurship through the creative process of creating NFTs. NFTs give artists and creators a better way to make a living while changing the way we buy, sell, and relate to art. One of the characteristics of NFTs is “non-homogeneity”, which provides buyers with unique digital data, a feature that gives people a guaranteed purchase of all products. Therefore, selling artwork is one of the most important aspects of NFTs, and different trading platforms such as OpenSea, OurSong, and Mintable have emerged on the market. The platform provides a channel for sellers to protect their work and enable them to do their best. NFTNFT features a unique digital identifier based on blockchain technology. Record/validate ownership and authenticity of digital assets. NFT technology makes each item unique and irreplaceable. When a piece of data is traded in the blockchain world, it is available to everyone via a public ledger to tell them who bought the product, the price, and the source of the data. This information constitutes a “block” of several nodes. When many people add data to produce these blocks, it constitutes a “blockchain”. BinanceNFTThe use of blockchain technology makes each NFT a unique set of numbers that cannot be easily modified once recorded.Thus, NFTs provide transparent and irreplaceable proof of transactions NFTs are decentralized applications that enjoy the benefits of an open book containing seven attributes: verification, execution transparency, validity, tamper resistance, availability, atomicity and tradeability. We discuss these attributes in this section. Verification: NFT data and ownership can be publicly verified. Transparent execution: NFT activities including mining, buying and selling are open and transparent. Availability: in an NFT system, the issuance of NFTs and the transactions involving them are always available for sale or purchase without interruption. Tamper resistance: NFT data is permanently archived once a transaction record is created, and transaction confirmations cannot be manipulated again. Usability: each NFT has the most up-to-date, user-friendly and clear ownership information. Atomicity: Transactional NFTs can be settled in atomic, consistent, isolated, and durable transactions, and NFTs can operate in the same co-execution state. Trading: every NFT and its corresponding product can be exchanged and traded arbitrarily.Atomic NFT is the standard for NFTs that can be exchanged across all compatible applications. The Atomic NFT standard can be used to tokenize and create digital tokens to buy, sell, or auction through the marketplace. Users and developers can use networks like the Arweave network to store Atomic NFTs with their contracts and asset information (NFT tokens and metadata) together and make the data permanently available worldwide. Atomicity provides trading capabilities for each NFT and product suitable for arbitrary exchange and formal trading. Come on, those who want to continue discussing about NFTs can like and leave comments. #nft #Crypto2024 #bitcoin
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Crypto ad spending has been booming for three years—from about $10 million in the US in 2020 to about $99 million in 2022, on digital channels alone. For social media sites, crypto brands are only a small portion of their total advertising revenue, but times are tough in digital advertising and crypto is one more sector that is clearly hurting. For example, Facebook and Instagram, which are owned by Meta, generated approximately $40 million from crypto advertisers in the US in 2022 $BTC #BinanceSquare #Crypto2024 #bitcoin
Crypto ad spending has been booming for three years—from about $10 million in the US in 2020 to about $99 million in 2022, on digital channels alone. For social media sites, crypto brands are only a small portion of their total advertising revenue, but times are tough in digital advertising and crypto is one more sector that is clearly hurting.
For example, Facebook and Instagram, which are owned by Meta, generated approximately $40 million from crypto advertisers in the US in 2022 $BTC #BinanceSquare #Crypto2024 #bitcoin
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The State of US Crypto Regulation 2023-2023 With the foundations of the world's most popular cryptocurrency and its medium of exchange addressed, the analysis naturally turns to the laws and judicial precedents that have arisen from the proliferation of the crypto market. The United States is not the first country to begin regulating cryptocurrencies, the majority of crypto investors, exchanges, trading platforms, mining companies, and investment funds, as well as the Jobs Act, are housed in the United States. Nation-states strive to be world leaders in exemplary crypto management and, as such, serve as a starting point for this legal analysis. The US crypto regulatory inspection also serves as a unique investigation, as different viewpoints among agencies are found within the country. This different approach to crypto regulation is largely due to the large number of federal administrative agencies in the country such as the Financial Crimes Enforcement Network (FinCEN), the Federal Reserve Board is largely due to the large number of federal administrative agencies in the country such as the Financial Crimes Enforcement Network (FinCEN ), the Federal Reserve Board, the Commodity Futures Trading Commission (CFTC), and the Securities and Exchange Commission (SEC). These agencies' respective classifications of various blockchain-based currencies, the SEC primarily considers cryptocurrencies to be securities, the CFCT refers to media as commodities, and the Treasury Department's FinCEN program uses only the term “currency,” thereby analogizing digital coins to the A-dollar. In conjunction with the FinCEN classification, use of the term “currency” also makes crypto subject to the Anti-Money Laundering Act of 2020, helping the United States limit illegal criminal activity and increase trust in the platform. Discrepancies abound between Bitcoin classifications among U.S. agencies, with Massachusetts District Judge Rya W. Zobel arguing that the blockchain-based coin is a “commodity,” Bitcoin will likely correct toward 32K. $BTC #bitcoin
The State of US Crypto Regulation 2023-2023

With the foundations of the world's most popular cryptocurrency and its medium of exchange addressed, the analysis naturally turns to the laws and judicial precedents that have arisen from the proliferation of the crypto market. The United States is not the first country to begin regulating cryptocurrencies, the majority of crypto investors, exchanges, trading platforms, mining companies, and investment funds, as well as the Jobs Act, are housed in the United States. Nation-states strive to be world leaders in exemplary crypto management and, as such, serve as a starting point for this legal analysis. The US crypto regulatory inspection also serves as a unique investigation, as different viewpoints among agencies are found within the country. This different approach to crypto regulation is largely due to the large number of federal administrative agencies in the country such as the Financial Crimes Enforcement Network (FinCEN), the Federal Reserve Board is largely due to the large number of federal administrative agencies in the country such as the Financial Crimes Enforcement Network (FinCEN ), the Federal Reserve Board, the Commodity Futures Trading Commission (CFTC), and the Securities and Exchange Commission (SEC). These agencies' respective classifications of various blockchain-based currencies, the SEC primarily considers cryptocurrencies to be securities, the CFCT refers to media as commodities, and the Treasury Department's FinCEN program uses only the term “currency,” thereby analogizing digital coins to the A-dollar. In conjunction with the FinCEN classification, use of the term “currency” also makes crypto subject to the Anti-Money Laundering Act of 2020, helping the United States limit illegal criminal activity and increase trust in the platform. Discrepancies abound between Bitcoin classifications among U.S. agencies, with Massachusetts District Judge Rya W. Zobel arguing that the blockchain-based coin is a “commodity,” Bitcoin will likely correct toward 32K.

$BTC #bitcoin
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What is CRYPTOCURRENCY? Cryptocurrency is a sophisticated resource intended to function as a trading mechanism that uses solid cryptography to verify monetary exchanges; each unit can be controlled via a different app. Cryptographic forms of money use decentralized control instead of fiat currencies that use centralized financial systems. Decentralized control of any digital currency works through a circulating record innovation, usually, a blockchain that fills in as an open budget exchange database. Bitcoin, first released as an open source program in 2009, is generally seen as the ultimate decentralized digital money. Since the introduction of Bitcoin, more than 4,000 digital currencies have been developed, such as Ethereum, Litecoin, Zcash, etc. Unlike traditional credit currencies, Bitcoin allows people to transfer money or purchase merchandise through a peer-to-peer payment network without a centralized governing body. $BTC $ETH #bitcoin #cryptocurrency #cryptonews
What is CRYPTOCURRENCY?

Cryptocurrency is a sophisticated resource intended to function as a trading mechanism that uses solid cryptography to verify monetary exchanges; each unit can be controlled via a different app. Cryptographic forms of money use decentralized control instead of fiat currencies that use centralized financial systems.

Decentralized control of any digital currency works through a circulating record innovation, usually, a blockchain that fills in as an open budget exchange database. Bitcoin, first released as an open source program in 2009, is generally seen as the ultimate decentralized digital money.

Since the introduction of Bitcoin, more than 4,000 digital currencies have been developed, such as Ethereum, Litecoin, Zcash, etc. Unlike traditional credit currencies, Bitcoin allows people to transfer money or purchase merchandise through a peer-to-peer payment network without a centralized governing body.
$BTC $ETH #bitcoin #cryptocurrency #cryptonews
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Public and Private Blockchain Networks Public blockchain networks are open and permissionless networks that anyone can access without approval. Permissionless blockchain networks have no central authority and provide full transparency of block transactions. Blockchain networks that are open to the public are known as permissionless blockchain networks. Users have the ability to read, write, or modify transactions based on their needs. This particular type of blockchain network is a self-organizing blockchain and allows users to employ security measures such as encryption, timestamps, anonymity, and hashes. Private blockchains are permissioned and restricted networks where participation is strictly controlled. These private blockchain networks provide limited blockchain services to users and are often used by organizations to maintain information privacy. User access is only granted to validated and authenticated users. Permissioned blockchain network is another term for private blockchain network. Additionally, selected or authenticated users can only access the shared ledger. #bitcoin #blockchain #belajarkripto #kripto #cryptocurrency $BTC $DOT $CAKE
Public and Private Blockchain Networks

Public blockchain networks are open and permissionless networks that anyone can access without approval. Permissionless blockchain networks have no central authority and provide full transparency of block transactions. Blockchain networks that are open to the public are known as permissionless blockchain networks. Users have the ability to read, write, or modify transactions based on their needs. This particular type of blockchain network is a self-organizing blockchain and allows users to employ security measures such as encryption, timestamps, anonymity, and hashes.

Private blockchains are permissioned and restricted networks where participation is strictly controlled. These private blockchain networks provide limited blockchain services to users and are often used by organizations to maintain information privacy. User access is only granted to validated and authenticated users. Permissioned blockchain network is another term for private blockchain network. Additionally, selected or authenticated users can only access the shared ledger.
#bitcoin #blockchain #belajarkripto #kripto #cryptocurrency

$BTC $DOT $CAKE
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Internet of Things (IoT) on blockchain IoT connects sensors, actuators, processes, and people using networks and low-powered devices with a reliance on single-board computers and microcontrollers. Blockchain technology is a security solution that has developed significantly over the last decade. With the modern development of IoT technology and blockchain technology, researchers have suggested that blockchain technology has potential security capabilities to protect IoT end devices. However, the integration of blockchain technology and IoT raises a number of research issues, including the scalability of blockchain networks. #blockchain #bitcoin $BTC $ETH $KSM
Internet of Things (IoT) on blockchain

IoT connects sensors, actuators, processes, and people using networks and low-powered devices with a reliance on single-board computers and microcontrollers. Blockchain technology is a security solution that has developed significantly over the last decade. With the modern development of IoT technology and blockchain technology, researchers have suggested that blockchain technology has potential security capabilities to protect IoT end devices. However, the integration of blockchain technology and IoT raises a number of research issues, including the scalability of blockchain networks.
#blockchain #bitcoin $BTC $ETH $KSM
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What is Bitcoin Halving? Bitcoin halving events are defined as events that reduce Bitcoin miner rewards by half, occurring approximately every four years. Bitcoin price charts and previous research show that halving events influence the price of Bitcoin in certain ways that shape the Bitcoin halving cycle. The Bitcoin halving cycle shows that Bitcoin price movements follow a certain sequence, and are independent of other assets. This has significant implications for Bitcoin's properties, including its risk profile, volatility dynamics, safe haven properties, and hedging properties. For example, Bitcoin must be negatively correlated with the stock market to exhibit safe haven and hedging properties. However, Bitcoin's halving cycle implies independence (no correlation) of stock market movements. Given the predictability of Bitcoin price movements, Bitcoin may exhibit time-varying properties that may not be inherent. Furthermore, given the peculiarities of the three stages in the cycle, there may be certain volatility dynamics specific to each stage. While the Bitcoin halving cycle may impact Bitcoin's safe haven, hedging properties, and volatility dynamics, these findings may have no significance without significant industry and institutional exposure and interest. #BTC #halving
What is Bitcoin Halving?

Bitcoin halving events are defined as events that reduce Bitcoin miner rewards by half, occurring approximately every four years. Bitcoin price charts and previous research show that halving events influence the price of Bitcoin in certain ways that shape the Bitcoin halving cycle.

The Bitcoin halving cycle shows that Bitcoin price movements follow a certain sequence, and are independent of other assets. This has significant implications for Bitcoin's properties, including its risk profile, volatility dynamics, safe haven properties, and hedging properties. For example, Bitcoin must be negatively correlated with the stock market to exhibit safe haven and hedging properties. However, Bitcoin's halving cycle implies independence (no correlation) of stock market movements. Given the predictability of Bitcoin price movements, Bitcoin may exhibit time-varying properties that may not be inherent. Furthermore, given the peculiarities of the three stages in the cycle, there may be certain volatility dynamics specific to each stage. While the Bitcoin halving cycle may impact Bitcoin's safe haven, hedging properties, and volatility dynamics, these findings may have no significance without significant industry and institutional exposure and interest.
#BTC #halving
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XRP Ledger $XRP XRP Ledger is one of the oldest and established blockchains. Despite the popularity of the XRP Ledger, little is known about the underlying peer-to-peer network. The structural properties of a network impact efficiency, security, and robustness. We aim to close the knowledge gap by providing a detailed analysis of the XRP overlay network. In this paper we examine the graph theoretical properties of the XRP Ledger peer-to-peer network and its temporal characteristics. We crawled the XRP ledger over two months and collected 1,290 unique network snapshots. We uncover a small group of nodes that act as the backbone of the network. Additionally, we observed high network churn, with one-third of nodes changing every five days. Our findings have strong implications for the resilience and security of the XRP Ledger. What do you think about XRP going to the moon? 🚀🚀🚀🚀
XRP Ledger $XRP

XRP Ledger is one of the oldest and established blockchains. Despite the popularity of the XRP Ledger, little is known about the underlying peer-to-peer network. The structural properties of a network impact efficiency, security, and robustness. We aim to close the knowledge gap by providing a detailed analysis of the XRP overlay network. In this paper we examine the graph theoretical properties of the XRP Ledger peer-to-peer network and its temporal characteristics. We crawled the XRP ledger over two months and collected 1,290 unique network snapshots. We uncover a small group of nodes that act as the backbone of the network. Additionally, we observed high network churn, with one-third of nodes changing every five days. Our findings have strong implications for the resilience and security of the XRP Ledger.

What do you think about XRP going to the moon? 🚀🚀🚀🚀
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$SHIB History of Shiba Inu Meme Coin Shiba Inu is a so-called memecoin — it originally started as an internet joke as opposed to a significant blockchain project, such as Bitcoin or Ethereum. Founded in August 2020, Shiba Inu references another memecoin, Dogecoin, which itself is a reference to an internet meme involving the Shiba Inu dog-cat, which is jokingly called “doge.” It's almost as complicated as blockchain technology. But Shiba Inu—already the 13th largest cryptocurrency, with a market capitalization approaching $7 billion—may get more serious. Shiba Inu developers revealed plans for “Shibarium” this week, detailing plans to launch a layer-2 blockchain — one that sits on top of another network, in this case Ethereum — that will dramatically build out the Shiba Inu ecosystem. Shiba Inu, along with its sister coin in the Shib universe called Bone and Leash, is already on top of the network that supports Ether, the second largest digital asset. Shibarium will use Shiba Inu, Bone, and Leash in protocols serving the metaverse, gaming, and Web3, the developer said. Specifically, Bone will be the network’s “native token,” used to pay for transactions on the blockchain. There are likely several factors supporting Shiba Inu's pump higher, according to analysts, including an overall lack of liquidity amid high volume—with few sellers to meet demand—and a general wave of optimism across crypto. As long as volume supports, risk tokens such as Shiba Inu, Dogecoin and Decentraland may catch bids from retail looking to take part in the market rally,” wrote the team at Kaiko. “Bitcoin volume has reached its highest level since the FTX collapse, a sign that investors are returning to the crypto market. Let's comment, are you still holding or have you taken profit for Shiba Coin? Come on, guys, learn about blockchain. This article is not an invitation to buy and sell crypto assets #dyor #blockchain #bitcoin #shiba #shibarium
$SHIB

History of Shiba Inu Meme Coin

Shiba Inu is a so-called memecoin — it originally started as an internet joke as opposed to a significant blockchain project, such as Bitcoin or Ethereum.

Founded in August 2020, Shiba Inu references another memecoin, Dogecoin, which itself is a reference to an internet meme involving the Shiba Inu dog-cat, which is jokingly called “doge.” It's almost as complicated as blockchain technology.

But Shiba Inu—already the 13th largest cryptocurrency, with a market capitalization approaching $7 billion—may get more serious.

Shiba Inu developers revealed plans for “Shibarium” this week, detailing plans to launch a layer-2 blockchain — one that sits on top of another network, in this case Ethereum — that will dramatically build out the Shiba Inu ecosystem. Shiba Inu, along with its sister coin in the Shib universe called Bone and Leash, is already on top of the network that supports Ether, the second largest digital asset.

Shibarium will use Shiba Inu, Bone, and Leash in protocols serving the metaverse, gaming, and Web3, the developer said. Specifically, Bone will be the network’s “native token,” used to pay for transactions on the blockchain.

There are likely several factors supporting Shiba Inu's pump higher, according to analysts, including an overall lack of liquidity amid high volume—with few sellers to meet demand—and a general wave of optimism across crypto.

As long as volume supports, risk tokens such as Shiba Inu, Dogecoin and Decentraland may catch bids from retail looking to take part in the market rally,” wrote the team at Kaiko. “Bitcoin volume has reached its highest level since the FTX collapse, a sign that investors are returning to the crypto market.

Let's comment, are you still holding or have you taken profit for Shiba Coin? Come on, guys, learn about blockchain. This article is not an invitation to buy and sell crypto assets #dyor #blockchain #bitcoin #shiba #shibarium
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#Web3 #web4 #blockchain #cryptocurrency Web 3.0 and Web 4.0 The World Wide Web is accelerating its pace to become an intelligent, decentralized ecosystem, as seen in the upcoming Web 3.0 and Web 4.0 campaigns. Marked by the European Commission's recent mention of Web 4.0, the race to strategic Web 4.0 success has begun. Web 4.0 is committed to bringing the next technological transition with an open, secure, trustworthy justice and digital ecosystem for individuals and businesses in the private and public sectors. Although the scope and goals of Web 3.0 and Web 4.0 overlap from academic and industrial perspectives, there are distinct and definitive features and gaps for the next generation of the WWW. The development of the WWW reveals the entangled but consistent requirements of a clearer web experience, enhancing the human-centered experience in both social and technical aspects. Additionally, the prospect of decentralized intelligence about native AI entities for Web 4.0, envisions sustainable, autonomous, and decentralized AI services for the entire Web 4.0 environment, supporting sustainable Decentralized Physical and Software Infrastructure for Networks of Computing Forces, Semantic Networks, Virtual/ Mixed Reality, and perceived privacy-preserving content. This review aims to reveal that Web 4.0 offers genuine intelligence with focused thinking on utilizing decentralized physical infrastructure, alongside a single requirement on decentralization, bridging the gap between the advancements of Web 4.0 and Web 3.0 with the latest blockchain-enabled computing and future-enabled network routing protocols . Share Like Comment, guys, what do you think about web 3.0 and web 4.0? $BTC $ETH
#Web3 #web4 #blockchain #cryptocurrency

Web 3.0 and Web 4.0

The World Wide Web is accelerating its pace to become an intelligent, decentralized ecosystem, as seen in the upcoming Web 3.0 and Web 4.0 campaigns. Marked by the European Commission's recent mention of Web 4.0, the race to strategic Web 4.0 success has begun.

Web 4.0 is committed to bringing the next technological transition with an open, secure, trustworthy justice and digital ecosystem for individuals and businesses in the private and public sectors. Although the scope and goals of Web 3.0 and Web 4.0 overlap from academic and industrial perspectives, there are distinct and definitive features and gaps for the next generation of the WWW. The development of the WWW reveals the entangled but consistent requirements of a clearer web experience, enhancing the human-centered experience in both social and technical aspects. Additionally, the prospect of decentralized intelligence about native AI entities for Web 4.0, envisions sustainable, autonomous, and decentralized AI services for the entire Web 4.0 environment, supporting sustainable Decentralized Physical and Software Infrastructure for Networks of Computing Forces, Semantic Networks, Virtual/ Mixed Reality, and perceived privacy-preserving content.

This review aims to reveal that Web 4.0 offers genuine intelligence with focused thinking on utilizing decentralized physical infrastructure, alongside a single requirement on decentralization, bridging the gap between the advancements of Web 4.0 and Web 3.0 with the latest blockchain-enabled computing and future-enabled network routing protocols .

Share Like Comment, guys, what do you think about web 3.0 and web 4.0?

$BTC $ETH
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Blockchain Challenge In considering blockchain as a large system, users should be aware that it can be vulnerable to unexpected failures. Blockchain persistence can be a barrier. For example, if unwanted, fake, or illegal content is accidentally or maliciously added to the blockchain, it cannot be removed. There is also a lack of talent with blockchain skills. Implementing blockchain in an educational environment has its own challenges: difficulty changing established systems, legal questions about data ownership, storage space limitations, and privacy protection. The slow speed and more specifically the high energy costs of creating and maintaining blockchains are also a concern. Sedlmeir et al. (2020) argue that this is not a given and can be overcome by a compromise between performance, security, and energy consumption. Although there is evidence that institutional blockchains consume more energy than centralized systems, private blockchains consume “many orders of magnitude less than cryptocurrencies” (Sedlmeir et al., 2020). Sedlmeir et al. argue that the additional energy costs of switching to blockchain from centralized applications are not excessive. Compared to cryptocurrencies, blockchain energy consumption is negligible. However, there is a lack of useful blockchain applications that can be adopted or adapted for specific uses. Additionally, with blockchain, there is a real risk of regulatory intervention by governments, and hacking by unauthorized individuals and organizations. #bitcoin #cryptocurrency #blockchain $BTC $ETH
Blockchain Challenge

In considering blockchain as a large system, users should be aware that it can be vulnerable to unexpected failures. Blockchain persistence can be a barrier. For example, if unwanted, fake, or illegal content is accidentally or maliciously added to the blockchain, it cannot be removed. There is also a lack of talent with blockchain skills. Implementing blockchain in an educational environment has its own challenges: difficulty changing established systems, legal questions about data ownership, storage space limitations, and privacy protection. The slow speed and more specifically the high energy costs of creating and maintaining blockchains are also a concern.

Sedlmeir et al. (2020) argue that this is not a given and can be overcome by a compromise between performance, security, and energy consumption. Although there is evidence that institutional blockchains consume more energy than centralized systems, private blockchains consume “many orders of magnitude less than cryptocurrencies” (Sedlmeir et al., 2020). Sedlmeir et al. argue that the additional energy costs of switching to blockchain from centralized applications are not excessive. Compared to cryptocurrencies, blockchain energy consumption is negligible. However, there is a lack of useful blockchain applications that can be adopted or adapted for specific uses. Additionally, with blockchain, there is a real risk of regulatory intervention by governments, and hacking by unauthorized individuals and organizations.

#bitcoin #cryptocurrency #blockchain $BTC $ETH
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Using Blockchain Technology for Micro-Credibility Bitcoin is the most well-known blockchain implementation, but blockchain technology is not limited to financial transactions. Other information can be stored in the blockchain including micro-credentials. Unlike bitcoin, educational use of blockchain requires permission from the data owner. Others can only see the micro-credentials placed on the blockchain if they have permission. Employers want to know what credentials job applicants have, which institutions awarded those credentials, and when. These are kept as permanent records. Benefits of Blockchain Technology 1. Blockchain in education is in the early stages of adoption. Nevertheless, experts have highlighted the main benefit of blockchain in education, namely storing and sharing micro-credentials. 2. “blockchain plus badges equals rocket fuel for trusted, verified credentials.” Credit transfer between institutions is supported by more than badges. Other micro-credentials and open standards also support credit transfer. 3. Transcription systems traditionally used by institutions can be complicated and inefficient. If an institution is unsure about a student's credentials or cannot provide a certificate upon request, this can be a serious obstacle for students trying to advance their careers. Digital systems and blockchain provide the basis for an effective system for storing and distributing transcripts in a secure and accessible manner. 4. As we have shown, blockchain provides a platform for granting qualifications, licensing, and issuing accreditation to manage student records. Blockchain also provides a permanent distributed record of an educational institution's reputation and output. #blockchain #bitcoin #edukasi #bullish $BTC $BNB $ETH
Using Blockchain Technology for Micro-Credibility

Bitcoin is the most well-known blockchain implementation, but blockchain technology is not limited to financial transactions. Other information can be stored in the blockchain including micro-credentials. Unlike bitcoin, educational use of blockchain requires permission from the data owner. Others can only see the micro-credentials placed on the blockchain if they have permission. Employers want to know what credentials job applicants have, which institutions awarded those credentials, and when. These are kept as permanent records.

Benefits of Blockchain Technology

1. Blockchain in education is in the early stages of adoption. Nevertheless, experts have highlighted the main benefit of blockchain in education, namely storing and sharing micro-credentials.

2. “blockchain plus badges equals rocket fuel for trusted, verified credentials.” Credit transfer between institutions is supported by more than badges. Other micro-credentials and open standards also support credit transfer.

3. Transcription systems traditionally used by institutions can be complicated and inefficient. If an institution is unsure about a student's credentials or cannot provide a certificate upon request, this can be a serious obstacle for students trying to advance their careers. Digital systems and blockchain provide the basis for an effective system for storing and distributing transcripts in a secure and accessible manner.

4. As we have shown, blockchain provides a platform for granting qualifications, licensing, and issuing accreditation to manage student records. Blockchain also provides a permanent distributed record of an educational institution's reputation and output.
#blockchain #bitcoin #edukasi #bullish
$BTC $BNB $ETH
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