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The bullish brigade: 10 high-profile Bitcoin optimists and their most dire predictions
Bitcoin
published
Some people just can’t stop telling us that Bitcoin’s next incredible peak is literally just around the corner.  Bitcoin, the pioneer of cryptocurrencies, has been a topic of heated debate since its inception in 2009. While some dismiss it as a speculative bubble, others hail it as the future of finance.  Amidst the cacophony of opinions, there are notable optimists who stand firm in their belief that Bitcoin will revolutionize the financial landscape.  Let’s delve into the reasons behind Bitcoin's volatility, the varied predictions for its future, and highlights ten high-profile optimists who have made bold predictions about Bitcoin recently. Why predictions vary so much But firstly let’s try to understand why Bitcoin provides so much basis for a wide variety of predictions. The legendary volatility of Bitcoin Bitcoin's price swings are legendary. One day it’s hailed as digital gold, the next, it’s branded as a speculative bubble.  Several factors contribute to this volatility: Market Sentiment: News, both good and bad, can cause drastic price changes. Regulatory news, technological advancements, and macroeconomic factors all play a role. Liquidity: Compared to traditional assets, Bitcoin has lower liquidity. Large trades can significantly impact its price. Speculation: A significant portion of Bitcoin trading is speculative, leading to rapid price swings. Regulatory Environment: Uncertainty around regulatory policies globally adds to the volatility. Market Maturity: As a relatively new asset class, Bitcoin is still finding its footing, leading to instability. Reasons why some believe Bitcoin might rise The prophets of Bitcoin's rapid and explosive growth are not optimistic out of the blue. Their conviction is based on a number of factors that were originally mentioned by Bitcoin's legendary founding father Satoshi Nakamoto. Here are those few crucial factors: Scarcity: With a maximum supply of 21 million coins, Bitcoin's limited supply could drive up prices. Institutional Adoption: Increasing interest from institutional investors lends credibility and stability. Hedge Against Inflation: Seen as digital gold, Bitcoin is considered a hedge against fiat currency devaluation. Technological Innovation: Improvements in blockchain technology and increased use cases boost confidence. Growing Acceptance: More merchants and platforms accepting Bitcoin as payment add to its legitimacy. Network Effect: As more people use Bitcoin, its value and utility increase. Decentralization: Lack of central control makes it appealing in a world of mistrust in traditional financial systems. Public Awareness: Greater understanding and media coverage drive interest and investment. Global Reach: Bitcoin is accessible worldwide, providing financial services to the unbanked. Resilience: Despite numerous challenges, Bitcoin has survived and thrived, demonstrating its robustness. Ten high-profile predictions for Bitcoin In the last year alone, many famous personalities have regaled us with a whole set of sparkling predictions about the future of Bitcoin. Jack Dorsey The co-founder of Twitter and Square remains a steadfast Bitcoin advocate. Sometimes he predicts that Bitcoin will become the world’s single currency within a decade. Sometimes he just names the number Bitcoin price will reach. Last time it was $1,000,000. Dorsey’s companies have invested heavily in Bitcoin, signaling his long-term confidence. Robert Kiyosaki The author of "Rich Dad Poor Dad" believes Bitcoin will hit $500,000 by 2025. Kiyosaki views Bitcoin as a hedge against economic instability and a critical component of financial literacy. Cathie Wood CEO of ARK Invest, Wood predicts Bitcoin could reach $500,000 by 2026. She argues that increased institutional adoption and Bitcoin’s role as a hedge against inflation will drive this growth. Michael Saylor CEO of MicroStrategy, Saylor has led his company to acquire over 100,000 Bitcoins. He forecasts Bitcoin reaching $1 million within five years, citing its superior store of value properties compared to gold. Tim Draper The venture capitalist maintains his prediction that Bitcoin will reach $250,000 by the end of 2024. Draper highlights Bitcoin's increasing adoption and its potential to transform several industries. Tom Lee Co-founder of Fundstrat Global Advisors, Lee believes Bitcoin could surge to $200,000 in the next few years. He points to macroeconomic factors and growing institutional interest as key drivers. Raoul Pal Former Goldman Sachs executive and founder of Real Vision, Pal predicts Bitcoin could hit $1 million by 2030. He emphasizes Bitcoin’s potential to become the global reserve asset. Anthony Pompliano Co-founder of Morgan Creek Digital, Pompliano forecasts Bitcoin reaching $500,000 by 2025. He bases his prediction on the exponential growth of Bitcoin’s adoption and its fixed supply. Mark Yusko CEO of Morgan Creek Capital Management, Yusko projects Bitcoin will hit $400,000 over the next decade. He believes Bitcoin's market cap will surpass gold's as it becomes a primary store of value. Mike Novogratz Founder of Galaxy Digital, Novogratz predicts Bitcoin will reach $500,000 by the end of 2024. He attributes this to increasing institutional investment and Bitcoin’s fixed supply limiting inflationary pressures. Conclusion The future of Bitcoin remains a hotly contested topic, with significant variation in predictions even among its staunchest supporters.  However, the high-profile optimists outlined above provide a compelling case for Bitcoin’s potential to achieve remarkable valuations.  Each of these optimists brings a unique perspective to the potential future value of Bitcoin, often combining a mix of economic insight, technological passion, and sometimes, a good dash of wishful thinking. Their bullish forecasts share a common thread: a firm belief in Bitcoin's transformative potential—a true digital gold rush in the making. Whether Bitcoin will fulfill these lofty expectations remains to be seen, but its journey will undoubtedly continue to captivate the financial world.
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OMG Network (OMG)
OMG Network
published
The Former Layer-2 Open Financial Infrastructure Developed for Ethereum. OMG Network (OMG) Fact Sheet OMG Network was formerly known as OmiseGo and had the primary goal of building a financial infrastructure that leverages the Proof-of-Stake (PoS) and Proof-of-Authority (PoA) consensus mechanism. The project was an Ethereum Layer-2 scaling solution and features the Plasma engine that can execute smart contracts but broadcast only the completed transactions to the public blockchain. OMG Network used the Plasma Childchain architecture, MoreViable Plasma. OMG Network was created by Omise Go Pte Ltd., a subsidiary of Omise, which is a payment processor founded in 2013 in Thailand. OmiseGo rebranded to OMG Network on June 1, 2021; OMG Network became Boba Network. This means that OMG Network is currently not an active project. OMG Historical Data Price Chart in the US Dollars (USD) OMG Historical Data Price Chart in the US Dollars (USD). Source: TradingView What is OMG Network (OMG)? OMG Network, which was formerly known as OmiseGo, is a network that has the primary goal of using the OMG cryptocurrency to make it easier for electronic wallets to issue and exchange assets among one another. It achieves this by operating as a non-custodial, Layer-2 scaling solution that has been built for the Ethereum (ETH) blockchain. The OMG Network stands out specifically primarily due to the fact that it operates as a single block producer through what is known as a Proof-of-Authority (PoA) chain. Additionally, OMG creates a transfer layer on top of Ethereum, and this layer has the responsibility of bundling together Ethereum transactions, validating them through a child chain that is optimized for speed, prior to sending them back to the Ethereum mainnet for confirmation. This results in the ability for transactions to get verified in batches rather than having each one gets individually verified. This results in heightened speed and lower-cost transactions when compared to directly using the Ethereum mainnet. It is also important to note that the project is headed by the OMG Foundation, which rebranded and partnered with Enya to build the Boba Network, which is a new Ethereum Layer-Two Optimistic rollup that helps develop and scale decentralized applications (dApps). As such, The OMG Network no longer exists, and instead, Boba Network inherited the OMG Network community throughout the transition. This occurred due to the fact that OMG Network was considered to be a project that was failing or dying by community members, as other Ethereum Layer-tWo scaling solutions, such as Arbitrum and Polygon, were drawing in more demand and building a better ecosystem. This fusion or takeover by Boba Network was an attempt to salvage the project's community and give it an additional level of utility. However, it is always important to look back on projects and see how they worked, how they were used, and what they did right or wrong so that future projects do not make the same mistake. Today, we are not looking at Boba Network; we are looking at what OMG Network was and what kind of legacy it left behind. How is OMG Network (OMG) Used? OMG Network utilizes what is known as the Plasma Childchain Architecture, MoreViable Plasma. This is an architecture that operates through the procedure of grouping transactions off-chain within a Merkle tree. They then periodically send what is known as a root hash, which contains the transactions that are sent to the Ethereum mainnet. There is a set of watchers that are decentralized and share the role of observing the child chain, as well as the block producer, to make all of this operate in an efficient way. They need to ensure that they accurately confirm network transactions. These watchers can check that the child chain does indeed follow the protocol and does not withhold any blocks. Additionally, they check if the chain has tampered with the transaction order, which results in the safe facilitation of assets across all OMG users. OMG is the native cryptocurrency used across the network. It is a utility token, as well as one of the main methods through which the fees are paid on top of the OMG network. It is also used for staking in OMG's Proof-of-Stake (PoS) system, which lets users secure the network in return for rewards. Use-Cases of OMG Network (OMG) OMG Network, as a Proof-of-Stake (PoS) network, can clear and settle the movement of assets across a variety of different e-wallets, all without these wallets needing to trust each other. Furthermore, the network has a built-in trading engine, one in which the e-wallet providers can publish orders and get matched with other parties that aim to trade various assets. Each of these orders can be programmed to complete within a specific block on the network or can be left open-ended, which means that it is based on available asset pricing. The OMG Network is interoperable with the Ethereum (ETH) blockchain. When it comes to the use case of the OMG token specifically, users were required to essentially buy the OMG cryptocurrency as a means of paying for the work completed by the blockchain. What this means is that every time anyone aimed to use an OMG Network Contract, they needed to pay in OMG. This would then distribute the nodes on the network, which enforce the contracts based on the pre-defined rules by the network. The OMG Network is maintained by a network of nodes known as validators, and they can stake their OMG cryptocurrency, a procedure done by locking the token in a smart contract for a specific time frame. Any users that create contracts can also lock OMG in the contracts directly, and if a user breaks the rules or fails to deliver on the requirements, the OMG can be taken away from them and sent to an address where it cannot be spent. This had the primary objective of essentially reducing the total supply of the OMG cryptocurrency and aiding in making the token a scarce resource. New OMG is not distributed through mining, as this is a Proof-of-Stake (PoS) network, which means that only the 140 million OMG tokens made available will remain. Usability & Primary Features of OMG Network (OMG) In terms of how Ethereum specifically uses the OMG Network, it utilizes the technical features designed to make it compatible with the network. All of the nodes that validate transactions on the blockchain are set up as nodes on the Ethereum blockchain, and e-wallet providers can create new assets backed by Ether (ETH) or can create a new smart contract that locks on Ethereum, pending conditions on the OMG Network. At the point in time when these contracts execute, the funds can be unlocked and returned to the original owners. The main goal here is that the trading that occurs between e-wallets can take place at a much larger volume on the OMG Network while the final transaction is settled on top of the Ethereum network. Protocol The Plasma-based design through which OMG Network operates aims to decentralize the network security and relies on Ethereum at its final arbitration layer. Ledger OMG Network is primarily developed to be a non-custodial, Layer-2 scaling solution built for the Ethereum blockchain. It is based on Proof-of-Stake (PoS) and uses a single block producer that uses Proof-of-Authority (PoA). It is meant to clear and settle the moments of cryptocurrencies across a variety of different e-wallets. Smart-Contract Support OMG Network features its own engine, known as the Plasma Engine, and it can execute smart contracts just like Ethereum can. However, it broadcasts only the completed transactions to the public blockchain, which results in lesser processing power requirements from the mainnet. Tokenomics & Supply Distribution The OMG token is the native cryptocurrency used across the OMG network. It has the primary role of allowing users to move a valuable asset from one network to another network without needing to use a traditional exchange. It originally launched in 2018, when it had a total supply of $25 million. A total of 140 million tokens were created, and the total supply was divided across a total of two pools. Based on the Crowdfunding Whitepaper, first, there was the public pool, and the second was the private pool. When we take a look at the public pool, its role was to serve the general Initial Coin Offering (ICO) procedure, where 65.1% was allocated towards that role, and 5% was an airdrop, where it went to anyone holding up to 0.1 ETH. However, it is important to note the second private pool also held a reserve of 20% of the tokens for the OMG Network, and another remaining 9.9% went to the team. Team & History When it comes to the history of OMG Network, it is important to begin with the original creators. OMG Network was developed by Omise Go Pte Ltd., a subsidiary of Omise, which by itself is a payments processor company that was founded in 2013 in Thailand. At launch, it was known as OmiseGo. However, it was rebranded on June 1, 2020, to OMG Network. In the beginning, the company set out to figure out how it could apply blockchain to its business, and this occurred for the first time in 2015 when the Omise Blockchain Lab was launched to conduct the research as well as the testing requirements. As we move forward to 2017, there was a new company that raised $25 million to fund the development, out of which 65.1% of the supply of OMG was sold. When it comes to the team itself, the current Chief Executive Officer (CEO) at the company is Vansa Chatikavanij, and OMG operates as a subsidiary of SYNQA now, which is a rebrand of the aforementioned Omise Holdings. Chatikavanij was originally the managing director at the company up until 2019, after which he received a promotion and became the CEO. Other team members included Stephen McNamara, who was the former head of blockchain research and development at Huawei Technologies, and currently fills the role of the Chief Operating Officer at OMG Network. Kasima Tharnpipitchai was an engineer, a consultant, and the current Chief Technology Officer at the OMG Network. Then in 2021, the OMG Network rebranded again and partnered with Enya and Boba Network. To reflect the change in governance, OMG Network holders received an airdrop on November 19, 2021. All OMG tokens were replaced 1:1 by BOBA tokens, and the airdrop snapshot took place on the first Ethereum (Layer-1) block with a timestamp greater or equal to 2021/11/12 00:00 AM (UTC). The takeover by Boba caused the OMG token to surge in value in anticipation of the revival of the project under a different name and different leadership. Alan Chiu is the founder of Boba Network, which founded the network in 2018. Activities & Community When we take a look at the OMG Network (OMG) community, we need to go over its social media channels. First, we need to look at the OMG Foundation’s Twitter page. This page features 2,984 followers and an active community. Next, there is the old OMG Network Chart on Telegram, which features 2,804 members. Now, there is also the Boba Network Official Telegram, with over 6,677 members. There’s also the Boba Network Twitter Page, which has over 353,8 followers. The Boba Network Discord Page has over 13,644 members. It is clear that OMG Network had a solid community, and, now, Boba Network has a healthy community. Development Activity and GitHub Repositories Due to the fact that the project is currently not in active development, there isn’t anything new going on with the project. However, there is an archive on GitHub that gives us an in-depth look at what was possible when it was active. Some of these GitHub repositories are categorized as Public Archives. Plasma-mvp - the OmiseGO research implementation of Minimal Viable Plasma (Public Archive) eWallet - eWallet Backend for the OmiseGO SDKs (Public Archive) Elixir-omg - the OMG Network repository of Watcher and Watcher Info Plasma Contracts - the Root Chain contracts for Plasma Plasma-cash (Public Archive) Airdrop On-Chain Activity Etherscan does have data on the native cryptocurrency surrounding the OMG Network, known as OMG. OMG is a cryptocurrency that follows the ERC-20 token standard. Based on the public data there are 689,942 holders of the cryptocurrency with 3,785,797 transfers and a total circulating supply market cap of 140,245,398 OMG. Activities and Partners Throughout its history, OMG Network had numerous activities, as well as partners. However, one of the most notable developments and activities that occurred was when they conducted a strategic partnership with Enya, a company that creates decentralized infrastructure solutions and is the creator of the Boba Network. Binance Will Support the Boba Token (BOBA) Airdrop Program for OMG Network (OMG) Holders - On October 25, 2022, Binance announced that it would support the Boba Token (BOBA) Airdrop Program for OMG Network (OMG) Holders. All OMG tokens were replaced 1:1 by BOBA tokens, and the airdrop snapshot took place afterward. The value of OMG crashed after the BOBA airdrop snapshot. It saw a decrease of 33% from a daily high of $19.35 down to around $13 immediately after the completion of the snapshot for an airdrop from the Boba Network. References & Reports References OmiseGo Whitepaper Enya.ai Twitter announcement, September 20, 2021 OmiseGo Official Crowdfunding Documentation OMG Foundation’s Twitter page OMG Network Chart on Telegram Boba Network Official Telegram Boba Network Twitter Page Boba Network Discord Page Plasma-mvp - the OmiseGO research implementation of Minimal Viable Plasma (Public Archive) eWallet - eWallet Backend for the OmiseGO SDKs (Public Archive) Elixir-omg - the OMG Network repository of Watcher and Watcher Info Plasma Contracts - the Root Chain contracts for Plasma Plasma-cash (Public Archive) Airdrop Binance Will Support the Boba Token (BOBA) Airdrop Program for OMG Network (OMG) Holders BOBA airdrop snapshot - Twitter 100eyes Crypto Scanner Data for OMG Token What Is Ethereum Plasma? - Binance Academy Proof-of-Stake (PoS) Proof-of-Authority (PoA) Scaling Explained - Ethereum Layer-2 Binance Academy Mainnet Explained - Binance Ethereum Whitepaper What Is Blockchain Interoperability? Chainlink Blog What Are Smart Contracts on the Blockchain and How They Work Market Research TradingView Etherscan CryptoRank
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Uniswap (UNI)
Uniswap
published
The Automated Liquidity Protocol Utilized for Token Swaps On-Chain. Uniswap (UNI) Fact Sheet Uniswap is essentially a project that fills the role of being a decentralized exchange (DEX) protocol that is built on top of the Ethereum (ETH) blockchain and offers non-custodial trading of any ERC-20-based tokens. There have been numerous versions of Uniswap. These include Uniswap V1, Uniswap V2, and Uniswap V3, all of which have brought numerous improvements and updates to the overall functionality. Uniswap allows users to swap tokens, add tokens to a pool to earn fees, or even list tokens without trusting any central intermediary. Because all of the transactions are done on-chain and cost fees in the form of gas, Uniswap is one of the most active contributors towards gas usage on Ethereum. Uniswap is built on a system known as an Automated Market Maker (AMM), and liquidity is created by pools that have two ERC-20 tokens. UNI is the native cryptocurrency that powers the Uniswap protocol, and it is an ERC-20 token based on the Ethereum network. UNI Historical Data Price Chart in the U.S. Dollars (USD) What is Uniswap (UNI)? Uniswap is a decentralized exchange (DEX) project which features smart contracts that run on top of the Ethereum (ETH) blockchain. Understanding all aspects or components of the Uniswap ecosystem is important first. Uniswap Labs is the company that is responsible for the development of the Uniswap platform as a whole. The Uniswap Protocol is the underlying software of how the decentralized exchange (DEX) actually works and communicates with the Ethereum blockchain. The Uniswap Platform, on the other hand, is the application itself that works on both web and mobile, where users are provided with the opportunity to actually execute trades and swaps, and it is built and deployed on top of the Ethereum blockchain. The Uniswap Token (UNI) is the native cryptocurrency that allows users to buy, vote with, and trade or swap on cryptocurrency exchanges. Uniswap has the main goal of incentivizing its network of users to maintain the liquidity of the exchange and provide portions of the transaction fees as well as newly minted UNI tokens for those that participate. Over time, Uniswap grew to become one of the most popular protocols within the Decentralized Finance (DeFi) space and leverages multiple crypto assets, which include its native UNI token, as a means of providing a service that is nearly identical to a traditional exchange, with the additional benefits that are aligned with its decentralization. The main goal that Uniswap had when it began development was to essentially rely on liquidity providers, to create liquidity pools, which can then provide liquidity across the platform. This would allow users to seamlessly swap between any ERC-20 tokens without needing to rely on an order book. Furthermore, due to the fact that the Uniswap protocol is completely decentralized, there is no real listing process such as a centralized exchange would have. This means that any ERC-20 token can be launched for trading on the Niswap platform as long as a pool is available. Due to this, Uniswap does not charge any listing fees, which makes it a solid resource for any project that is based on the ERC-20 token standard. Liquidity is the ease at which the asset or the cryptocurrency in question can be converted into cash or another cryptocurrency without affecting its market price. In other words, this is the ease with which tokens can be swapped to other tokens or to FIAT currencies. Liquidity Providers are essentially those that provide their crypto assets to a platform as a means of helping with the decentralization of the trading process, and they are also typically referred to as market makers. In return for doing so, they are typically rewarded in the form of the fees which were generated by the trades on the platform, which can be thought of as a form of passive income. Liquidity Pools are essentially digital piles of cryptocurrencies that are locked within smart contracts, which have the main goal of enabling liquidity for faster transactions, and a key component within them is automated market makers (AMMs). Automated Market Makers (AMMs) let digital assets be traded without permission, and this is a process that can be completed automatically through the utilization of liquidity pools instead of traditional markets for buyers as well as sellers. This is a system that allows cryptocurrencies to be traded automatically and without permission by utilizing liquidity pools instead of a traditional market that is composed of buyers and sellers. How is Uniswap (UNI) Used? Uniswap allows anyone the opportunity to essentially become market makers and even swap their own tokens. We had Uniswap V1 in 2018, a proof of concept, then V2, a production release in 2020, and V3, the latest version that launched in 2021. Uniswap is used by traders to directly swap cryptocurrencies, where they swap from one ERC-20 token to another ERC-20 token. However, the main way through which it stands out is in the fact that they do not trade with one another directly, however, they trade with a token pool that has both of the tokens within it. This token pool is known as a liquidity pool. The tokens in the liquidity pool are added by the users, that is called the Liquidity Providers. Liquidity Providers need to add their tokens within the pool due to the fact that they can earn fees when traders swap their tokens with the Liquidity pool. All of the liquidity pools within Uniswap are used for the process of trading specific pairs of ERC-20 tokens. Due to the fact that there are many token pairs, Uniswap can route the traders as well as the liquidity providers to the corresponding liquidity pool for their transactions. Use-Cases of Uniswap (UNI) Just like within any other decentralized project out there, Uniswap has to feature its own democratic way through which its future development and direction can be pushed forward. On Uniswap specifically, there are a lot of decisions that need to be made on the future of the project, and this includes swap fees, new features to research as well as how the UNI token gets distributed to the various players within the ecosystem. As such, the UNI token was issued in 2020, despite the fact that the network was originally launched in 2018. Furthermore, unlike other cryptocurrencies, UNI was not distributed through a pre-sale or through the utilization of an Initial Coin Offering (ICO). However, it was airdropped to users as well as investors on the platform. Within the first round of the airdrop, 150 million UNI tokens were distributed to anyone that ever used the platform, which at the time accounted for 400 UNI tokens per single person. Usability & Primary Features of Uniswap (UNI) Within Uniswap, there are a total of three primary participants or parties that form the overall functionality of the network. There are the Liquidity Providers (LPs) that add assets to Uniswap pools, after which they get liquidity shares known as Pool Tokens to be compensated. They can create new pools, add liquidity to any existing pools or even remove tokens from reserves that they contribute to by sending LP Shares. There are traders, which are individuals that look to exchange two tokens where they have to pay the swap fee, which is added to the reserve of the pool in question. There are Arbitrageurs that monitor any of the price deviations with other trading venues as a means to profit out of it, which enforces a price mechanism at a pool level. Protocol When we look at the protocol structure surrounding Uniswap, any party is provided with the opportunity to earn a commission for the contribution of their tokens within a liquidity pool, which in turn ensures that the tokens become available whenever they are required for trading needs. A 0.3% fee gets charged whenever a swap gets made on top of Uniswap, and Liquidity Providers (LPs) get these fees as a reward, which is directly based on how much they have contributed to the pool in question. As such, Uniswap relies on a constant product function as a means of determining the market price. The forum utilized here is x * y = k, where x and y are equal to the pair reserve balances, while k is a constant. The fees get collected for every single swap, and this increases the k constant within the previous formula as after every trade, they are reinvested within the reserve directly. Ledger Many exchanges typically work in an order book mode. Within this model, the market prices get determined by the highest buy price and the lowest sell price. However, Uniswap differentiates itself by utilizing Liquidity Pools, where the price comes from the ratio of the token to another in a pool. This system works as follows: at the point in time when a trader executes a swap between two tokens, the balance of reserves changes, and this, in turn, results in a new pool price. The price of a token on Uniswap gets kept in check by arbitrage, and if a token gets priced too low, an arbitrageur can buy it or sell it for a profit on another exchange until its price gets balanced out. Smart-Contract Support Uniswap is essentially a binary smart contract system, where the core contracts provide fundamental safety guarantees for all of the parties that interact with Uniswap. Remember that Uniswap is built to enable the swap on ERC-20 tokens, built on top of Ethereum, and Ethereum has smart contract support. Tokenomics & Supply Distribution The total supply of Uniswap's native cryptocurrency and governance token, known as UNI, is 1 billion units. This supply has an allocation that goes as follows: 60.00% of all UNI is allocated towards the Uniswap community members. 21.51% of all UNI is allocated towards team members and future employees with a 4-year vesting period. 17.80% of all UNI is allocated towards investors with a  4-year vesting period. 0.069% of all UNI is allocated to advisors with a 4-year vesting period. Team & History Uniswap was developed by a team that states that their intent is to not be involved with the future development of the protocol, auditing, or other matters; where instead, the community has the full responsibility and is even encouraged to consult knowledgeable legal as well as regulatory professionals prior to implementing any proposal within the network. With that in mind, Uniswap’s original development team consisted of: Hayden Adams - Founder Noah Zinsmeister - Engineer Lead Ian Lapham - Engineer Moody Salem - Engineer Matteo Leibowitz - Strategy Lead Activities & Community When we look at the community surrounding Uniswap on the Official Uniswap Twitter page, we can see that the project has a huge following with over 918,300 followers. Then, when we take a look at the Uniswap Official Discord Page, we can see that there are over 92,566 members in total, indicating that there is quite a large community surrounding this project. Development Activity and GitHub Repositories When we take a look at the development activity surrounding Uniswap, we need to take a look at the official Uniswap Labs GitHub Page. Here, we can see that there are a total of 72 repositories that are a part of the project. Out of them, there are a total of 6 that are pinned, including: V3-core - this is the core smart contract of the Uniswap V3 repository. V3-periphery - Peripheral smart contracts for interfacing with Uniswap V3. Interface - This is the open-source interface used for the Uniswap protocol. V3-sdk - An Software development kit (SDK) for building applications on top of Uniswap V3. V2-core - Core smart contracts for Uniswap V2 V2-periphery - Peripheral smart contracts for interfacing with Uniswap V2 On-Chain Activity We can see that there is a maximum total supply of 1,000,000,000 UNI and that there are a total of 381,457 holders of the cryptocurrency. Activities and Partners Uniswap launched on Arbitrum - users were provided with the opportunity to trade on the Arbitrum deployment of Uniswap V3 with low gas costs as well as instant transaction confirmations. The Introduction of the Swap Widget - Uniswap launched the Swap Widget, which bundled the whole Uniswap experience within a single React component that developers could easily embed within their application with a single line of code. Uniswap Acquired Genie - Uniswap announced that they acquired Geniem which is the first non-fungible token (NFT) aggregator which lets anyone discover as well as trade NFTs across numerous platforms. Uniswap on Optimism - Uniswap launched Uniswap V3 on the Optimistic Ethereum mainnet. References & Reports References Official Uniswap Twitter page Uniswap Official Discord Page Uniswap Labs GitHub Page V3-core V3-periphery Interface V3-sdk V2-core V2-periphery Uniswap launched on Arbitrum The Introduction of the Swap Widget Uniswap Acquired Genie Uniswap on Optimism Introducing UNI How Uniswap works - Uniswap Blog Uniswap v2 Core - Whitepaper Uniswap.org What Is a DEX (Decentralized Exchange)? - Chainlink What is Ethereum - Ethereum.org Smart Contracts - Investopedia Uniswap Labs Ventures Decentralized Finance (DeFi) Definition - Investopedia UNDERSTAND THE ERC-20 TOKEN SMART CONTRACT - Ethereum.org What Is Liquidity in Crypto? - Openware Core Liquidity Provider - Investopedia What Are Liquidity Pools in DeFi, and How Do They Work? - Binance Academy What Is an Automated Market Maker (AMM)? - Binance Academy Market Research TradingView Etherscan info.uniswap.org.
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THORChain (RUNE)
THORChain
published
The Cross-Chain DEX That Can Automatically Adjust Trading Fees for Cost-Efficiency. THORChain (RUNE) Fact Sheet THORCHain (RUNE) is essentially a decentralized exchange (DEX) that enables cross-chain token swaps through the usage of liquidity pools and works across multiple different chains. The multiple supported chains include Bitcoin (BTC), Ethereum (ETH), BNB Smart Chain (BSC), Dogecoin (DOGE), Litecoin (LTC), and Bitcoin Cash (BCH). Users are provided with the opportunity to essentially stake their digital assets within liquidity pools, through which they have enabled the ability to earn yield from trading fees and rewards in the form of RUNE tokens. RUNE is the native cryptocurrency that is utilized across the THORChain network and ecosystem as a whole, and users are required to ensure that their RUNE is bonded in order to operate a node and earn rewards. SRM Historical Data Price Chart in the U.S. Dollars (USD) What is THORChain (RUNE)? At one point in time throughout the history of the cryptocurrency space, there was a requirement for cross-chain liquidity, as well as a reliable way through which multiple assets spread out throughout different blockchain networks, could be swapped for one another, alongside an increase in the development of decentralized finance (DeFi) and products as well as services built on top of it. THORChain is one of the largest DeFi projects out there that has managed to offer developers and users access to immutability as well as multi-chain exchanging of a variety of different cryptocurrencies without the need to wrap the tokens. In fact, its interoperability is one of its key factors and qualities that makes it stand out. THORChain (RUNE) is essentially an independent blockchain that has been built through the utilization of what is known as the Cosmos SDK, and its main goal is to serve the role of being a cross-chain decentralized exchange (DEX). In fact, THORChain is based on Tendermint and Cosmos-SDK and utilizes Threshold Signature Schemes (TSS). It utilizes an automated market maker (AMM) model, and what this essentially means is that it will utilize its native cryptocurrency token, RUNE, to be the base swap pair. This is a model that enables traders to essentially move between different asset pools by utilizing RUNE as an intermediary. However, it has the additional benefit of rewarding liquidity providers (LPs), which are those that deposit or stake their assets on either side of the liquidity pool, with a portion of the trading fees. A decentralized exchange (DEX) is a peer-to-peer (P2P) marketplace that is responsible for the process of connecting cryptocurrency buyers as well as sellers, and it is non-custodial, which means that the user remains in full control of their private keys whenever they make a transaction on top of it. The automated market maker (AMM) works by allowing digital assets to be traded without permission, and they can be traded automatically through the usage of liquidity pools instead of a traditional market that includes buyers as well as sellers. Liquidity providers (LPs) are those that provide liquidity within what is known as liquidity pools, after which they receive liquidity pool tokens. These tokens act to fill the role of a receipt, which allows users to claim their original stake and interest earned through doing so. In the case of THORChain (RUNE) specifically, the automated market maker (AMM) model is utilized as a means of facilitating crypto asset swaps through an independent cryptocurrency network, which enables the exchange of assets across different blockchain networks in a way that is non-custodial. How is THORChain (RUNE) Used? The protocol utilized here features a cross-chain bridge system known as the Bifröst Protocol, which is responsible for connecting the different chains. Additionally, THORChain uses an adapted version of Bancor (BNT), another similar project's smart tokens, that it recognizes as Continuous Liquidity Pools (CLPs) as a means of facilitating the exchange of assets. However, the main difference here is the fact that the CLP can reward users for contributing to the liquidity within each pool. THORCHain also features its own native cryptocurrency, known as RUNE, which owners utilize as a means of participating within the network or adding to a liquidity pool. Use-Cases of THORChain (RUNE) Every asset is paired with the RUNE cryptocurrency in its own liquidity pool, and as a direct result of this, RUNE is required for every swap that occurs on top of the network. Rune is also utilized for the payment of fees, to reward the liquidity providers, to secure the THORChain network by staking RUNE, and to compensate nodes in the form of transaction fees whilst also providing governance for the THORChain protocol. Specifically, anyone who aims to run a node on top of the THORChain network is required to bond a predefined amount of RUNE tokens according to the value of the assets in the network’s liquidity pools. This is aimed at disincentivizing node operators from essentially acting maliciously, which will also drive the demand for RUNE further. Usability & Primary Features of THORChain (RUNE) THORChain supports an entire ecosystem of products as well as services, all of which integrate the network's cross-chain infrastructure. There are platforms such as THORSwap, which is the first multi-chain DEX on top of THORChain's network which utilizes it as a front-end interface and facilitates the swaps. THORSwap also enables any user to pick which two cryptocurrencies they want to swap, after which the protocol automatically calculates the fees, which are directly based on the activity on the network. Swaps that occur on top of THORChain are enabled by the network’s continuous liquidity pool (CLP), where RUNE gets used as an intermediary within every single swap. Protocol When we look at THORChain (RUNE)’s overall functionality, whenever any two assets get swapped on top of THORChain, they are swapped between two pools that are completely different. Every single liquidity pool on THORChain pairs RUNE with the available assets. The THORChain state machine swaps one asset for RUNE and then moves it to a second pool, after which it swaps RUNE for the user's required cryptocurrency, and all of this gets done without the need to convert any crypto or take custody of the RUNE cryptocurrency. Due to its CLP model, the protocol is fully able to respond to the fluctuating demand of liquidity. Ledger There are four main components, or in other words, roles, that need to be fulfilled by the participants of the THORChain blockchain in order for it to function. There are Liquidity Providers (LPs), Swappers, Traders, and Node Operators. We will be diving into each one of them individually. Liquidity Providers (LPs) - these are responsible for providing assets to the liquidity pools, and in return for doing so, they get block rewards as well as a portion of the swap transaction fees. These rewards get calculated directly based on the pool's overall activity and the share of the LP's tokens represented within the pool. Swappers - These are the user bases that essentially initiate trades between a variety of different crypto assets on top of THORChain. Traders - another key thing that THORChain relies on is arbitrage traders that aim to gain access to assets that are undervalued or overvalued on top of THORChain when compared to their overall market prices on other exchange platforms. Arbitrageurs can rebalance liquidity pools, and this is a procedure that is done through the process of buying or selling the assets across multiple exchanges until their prices in the pool reflect the overall market price at that point in time. Node Operators - these are operators that bond a predefined amount of the RUNE cryptocurrency as a means of supporting the network through the procedure of participating within its Proof-of-Stake (PoS) consensus mechanism. All of these operators remain anonymous and are rotated within the network, which is based on their reliability and churning. Churning is a process that ensures that any of the new nodes that meet the staking criteria can eventually be the next ones in line when it comes to completing the procedure of signing transactions. Every time the set of validations changes, the THORChain network moves funds to new vaults, which in turn ensures that the active nodes are still able to access the funds. This is a process that typically occurs every 50,000 blocks or every 72 hours, where the oldest or the most unreliable nodes from the active set get replaced by those from the standby set. Smart-Contract Support Through utilizing the technology found within THORChain, developers are provided with the opportunity to develop robust solutions, such as interoperable smart contracts and multi-chain decentralized applications (dApps). In other words, through the usage of the interoperability technology found within the network, anyone can develop robust solutions as interoperable smart contracts. Tokenomics & Supply Distribution There was a maximum supply of 1 billion RUNE tokens initially. However, this was later reduced to 500 million in 2019. 10.8% is circulating 10.5% is allocated to the OP Reserve. 10.4% is allocated to the community. 10% is allocated to the team. 5.2% is allocated as seed. 44.1% is allocated to the protocol. Any remaining tokens were retained for the funding of the project going forward. Team & History THORChain as a project was originally created in 2018 with the main goal in mind of improving upon the flawed use cases surrounding the centralized exchange’s way of transferring cryptocurrencies between a multitude of differentiating blockchain networks. THORChain was founded and created by a team that is anonymous. There is no foundation, no official development team, and nobody has the role of the Chief Executive officer for the project. Similar to how Bitcoin was created by Satoshi Nakamoto, who is a pseudonym that we know nothing about, we do not know about the development team behind THORChain. At the point in time when they saw the viability of the product, the team made the decision to raise a small seed round and even worked up a Proof-of-Concept of the decentralized exchange that is built on top of the protocol they created, initially called Instaswap. This was later demonstrated throughout a Cosmos hackathon in Berlin. After that point in time, they announced the first product known as BEPSwap in July of 2019, where the main goal was to enable BEP2 asset swaps and was limited to BNB Smart Chain (BSC). They carried on work on the protocol, and this resulted in a limited mainnet release known as the multi-chain chaosnet (MCCN) in April 2021. However, all of the development activity can be tracked, where there are consistently new updates and upgrades that are made to the project. The team works for the nodes through a procedure where they essentially upload code, which makes the network a lot more functional and the overall system a lot more valuable as a direct result of this. The rest is left to the network participant. What we do know, however, is the fact that THORChain was created at the Binance Dexathon (decentralized exchange coding competition) in 2018. Activities & Community When we go over the community of THORChain, if we look at the THORChain Official Discord channel, we can see that there are a total of 12,163 members. However, when we look at the official THORChain Telegram Group, it has over 20,737 members. Furthermore, going over its Official THORChain Twitter page, we can see that there are over 188,700 followers who are engaging with the project. Development Activity and GitHub Repositories When we go over the Official THORChain Github, we can see that there are six pinned repositories. These include: Resources - This includes all of the resources for the THORChain project. Bepswap-web-ui - the React Front-End for BEPSwap that allows users to connect Binance Chain wallets and then swap assets by using the BEPSwap pool address provided by the BEPSwap statechain. Thornode - software that allows a node to join and service the overall network, which will run with a minimum of four nodes. Asgardex-electron - ASGARDEX Electron App, which is a desktop wallet and decentralized exchange for THORChain that is 100% open-source. Thorchain-ios Docs When we go over the Official THORNode GitLab page, we can see that there are a total of: 8,837 Commits 958 Branches 167 Tags 158 Releases On-Chain Activity There is a total supply of 484,849,875 RUNE and a total circulating supply of around 72,000 swaps in 24 hours. Activities and Partners There are numerous community projects that are a part of the THORChain ecosystem, all of which are a part of its overall activities. THORSwap - the first multi-chain dex powered by THORChain. Ferz Wallet - Decentralized, non-custodial cross-chain crypto wallet powered by Thorchain protocol. THORYield - Yield Tracker built for THORChain Brokkr - Investment Platform for optimized DeFi Investing Lendscape - A Decentralized Lending Protocol purpose-built on THORChain Skip - Permissionless cross-chain DEX powered by THORChain. ShapeShift - a free open-source platform to trade, track, buy, and earn that has implemented trading through the integration of THORChain. References & Reports References THORChain Official Discord channel THORChain Telegram Group Official THORChain Twitter Tendermint Cosmos-SDK Threshold Signature Schemes (TSS) THORChain Docs THORChain official website - THE DECENTRALIZED & AUTONOMOUS CROSS-CHAIN LIQUIDITY NETWORK The Bifröst Protocol: Bridging Chains Safely - How THORChain’s Bifröst Protocol Bridges the Blockchain Gap - Medium THORChain — a solution for decentralized exchange with incentivized liquidity THORChain-Whitepaper-May2020.pdf Official THORChain Github Binance Concludes Dexathon - Medium Resources Bepswap-web-UI Thornode Asgardex-electron Thorchain-ios docs Official THORNode GitLab THORSwap THORSwap Ferz Wallet THORYield Brokkr Lendscape - Skip ShapeShift integration of THORChain Satoshi Nakamoto - Wikipedia Decentralized Finance (DeFi) Definition - Investopedia THORChain’s Liquidity Breakthrough - How THORChain Generates and Incentivises Continuous Liquidity THORChain launch multichain chaosnet - Medium Announcing BEPSwap — DeFi on Binance Chain - Instantly swap and stake BNB and other BEP2 Assets. Market Research TradingView THORChain Explorer Viewblock
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Bitcoin (BTC)
Bitcoin
published
The Cryptocurrency That Shaped The Entire Crypto Industry. Bitcoin (BTC) Fact Sheet Bitcoin (BTC) is the first decentralized open-source cryptocurrency in existence. Bitcoin is a representation of a Layer-1 Peer-to-Peer (P2P) digital asset exchange system that enables the transfer of digital currencies from one person to another without relying on a central authority such as a bank, brokerage, or any other institution. Bitcoin (BTC) was initially launched in 2009 by a pseudonymous person or group of people who used the alias "Satoshi Nakamoto," who published the original Bitcoin whitepaper titled "Bitcoin: A Peer-to-Peer Electronic Cash System" in 2008. Bitcoin is secure and prevents the double-spending issue in a decentralized way by utilizing a unique consensus mechanism known as Proof-of-Work (PoW), which uses SHA-256d-based cryptography to reach consensus. Within this system, miners compete against one another in a race to verify the next blockchain block, which, once confirmed, gets added to the previous block, forming a chain. The winning miner wins a newly mined BTC cryptocurrency. This process typically takes 10 minutes to complete. The maximum supply of Bitcoin (BTC) is capped at 21 million tokens. To ensure that they are not mined quickly, there is Bitcoin halving, where ever 210,000 blocks (or four years based on estimates), the mining rewards get cut in half. Bitcoin (BTC) is not controlled by any company, government, or other entity, and is completely decentralized. Bitcoin nodes are run by the community and the code is open-source and guided by a consensus of top contributing developers. Bitcoin Historical Data Price Chart in the U.S. Dollars (USD) What is Bitcoin (BTC)? Bitcoin is a Peer-to-Peer (P2P) payment system created to fully operate without relying on a central authority to facilitate payment processing. It means that nobody controls Bitcoin, as all of it is based on a distributed ledger, where a set of computers spread out on a global scale are responsible for running the blockchain. The distributed ledger ensures that the network is entirely immune to manipulation, as every computer responsible for mining the BTC cryptocurrency has a full copy of its public ledger. All of the transactions within the network can be viewed publicly as a result, and users are allowed to buy and sell BTC directly through one another. The miners within the network are also referred to as validators, and nodes, among other names, are responsible for ensuring the network is secure. The Proof-of-Work (PoW) consensus mechanism achieves tamper-proofing based on the SHA-256d hash algorithm. How is Bitcoin (BTC) Used? Bitcoin (BTC) as a network is currently being used to transfer digital currencies, specifically, its native cryptocurrency which goes by the ticker symbol BTC. A person with a cryptocurrency wallet with a public address can send a specific BTC balance to another person with a public address. The transaction time, known as the mining time, is typically around 10 minutes. Bitcoin (BTC) has a maximum supply of 21 million tokens. Another intriguing aspect surrounding Bitcoin is that it has implemented halving to ensure that all 21 million tokens aren't mined too quickly. Within the blockchain, we have the distributed ledger – a shared database responsible for storing the data. Data within the blockchain gets scared by the encryption method utilized by Bitcoin. The information from the previous block is copied to the new block alongside the latest data. Then this block gets encrypted, and the transaction is finalized through the verification process done by the miners of the network. When a transaction is fully verified, a new block gets opened, and a Bitcoin (BTC) cryptocurrency is created and given as a form of reward to the miner who verified the data successfully. This way, Bitcoin is used by users who want to make transactions online and miners who want to monetize their hardware by contributing it as a form of security for the blockchain. Every 210,000 blocks, the mining rewards get cut in half. The reward began at 50 BTC in 2009; then the first halving was in 2012 when it split to 25 BTC, then in 2016 when the third halving occurred, meaning that the reward was split again to 12.6, and as of 2020, to an estimated length to 2024, the mining reward is at 6.25 blocks, after which it will decrease to 3.125 BTC. Bitcoin is also censorship-resistant. It cannot be censored or controlled by a government or corporate entity. This aspect of Bitcoin makes it a genuinely free ecosystem. Transactions throughout the Bitcoin network get verified by the nodes through cryptography. Additionally, every transaction on the Bitcoin network is stored on a block linked to a previous block of transactions. Bitcoin is fully immutable, and no entity can erase or alter any information that has already been recorded and approved on the network. Use-Cases of Bitcoin (BTC) Since its creation, numerous use-cases have emerged surrounding the Bitcoin (BTC) cryptocurrency. As the cryptocurrency industry evolved, so did the ways Bitcoin has been utilized thus far. The blockchain network that the miner's power through the incentive of the BTC cryptocurrency provides a secure way through which people can quickly and efficiently conduct transactions on a global scale. Anyone from anywhere in the world can send BTC as a cryptocurrency to any other person. What this also means is that the unbanked can also get access to financial services. For example, suppose someone could not access a traditional bank or banking system due to struggles surrounding political instability, hyperinflation, or any other issue. In that case, they could utilize a cryptocurrency wallet and send Bitcoin instead. El Salvador became the first country on a global scale to make Bitcoin (BTC) legal tender, which means that the population can use the cryptocurrency to pay bills, taxes, or anything else in the country. When we look at the business applications and use-cases surrounding the Bitcoin (BTC) cryptocurrency, we can also see that it has been utilized in various ways. The immutable ledger in the blockchain makes it well-suited for completing tasks, such as real-time tracking of goods as they move and even change hands throughout the supply chain. Then there’s the ability to store health data on the blockchain, including general information such as age, gender, medical history, or anything else, all of which gets permanently recorded on the blockchain and cannot ever be tampered with. Usability & Primary Features of Bitcoin (BTC) There are numerous features found within Bitcoin which have been added throughout its lifespan as a blockchain-based project. Specifically, we have the following major updates and upgrades to the Bitcoin network: Segregated Witness (SegWit) is a protocol upgrade that initially went live in August 2017. The primary purpose of this upgrade was to separate witness signatures from transaction-related data. Witness signatures within legacy Bitcoin blocks typically take over 50% of the block size. By removing them, the protocol increased the number of transactions stored within a single block. Ultimately, this led to the network's ability to process many more transactions per second. Lightning Network is a Layer-2 micropayment solution specifically created to increase the scalability of the Bitcoin network. Its main goal is to enable near-instantaneous and low-cost payments between merchants and customers that aim to utilize the Bitcoin network. The Lightning Network was introduced in 2015 by Joseph Poon and Thaddeus Dryja. When we look at the Real-Time Lightning Network Statistics, there are currently 17,664 nodes that power the Lightning Network, making it one of the most significant developments within the blockchain. While a Bitcoin node must verify every transaction in the network, a Lightning Network node only has to check the validity of transactions with which it interacts directly. Schnorr Signatures and Taproot - When Schnorr Signatures are implemented, multiple parties can collaborate to produce a signature valid for the sum of the public keys. This benefits network scalability. Taproot is the upgrade that introduced the Schnorr digital signature scheme into Bitcoin and contributed to upgrading its overall cryptography. Ultimately, it is clear that all of these updates and upgrades to the Bitcoin blockchain had the primary purpose of increasing the transactions per second (TPS) and lowering the overall costs associated with conducting transactions on top of the Bitcoin network. Protocol The Bitcoin protocol is a peer-to-peer (P2P) network that operates on a cryptographic protocol. In a traditional sense, P2P relates to a network where each computer can act as a server for the others using the network and allows shared access to data without the need for a centralized server. The users can send or receive Bitcoin (BTC) as a cryptocurrency by broadcasting digitally signed messages to the network using a cryptocurrency wallet. Ledger The Bitcoin ledger is fully responsible for anonymously maintaining the participants' identities and their cryptocurrency balances. Furthermore, it also keeps a record of all of the genuine transactions executed between the network participants. Smart-Contract Support By default, at its original state and development, Bitcoin (BTC) as a network does not support smart contracts. Simple contracts that are indeed able to get executed on Bitcoin are typically low in terms of the functionality they can provide and normally highly costly. Over the years, numerous developers and teams have been aiming to provide Bitcoin with the functionality and support for smart contracts in the form of a Layer-2 solution, something that sits above the main blockchain, or even as Layer-1 solutions connected to Bitcoin directly. Some examples include Rootstock (RSK), Liquid Network, Stacks, RGB, and Lightning, to name a few. Tokenomics & Supply Distribution When we look at the tokenomics and supply distribution surrounding Bitcoin (BTC), we need to go over the fact that the primary way through which the network reaches consensus and new blocks get created through the utilization of the Proof-of-Work (PoW) consensus mechanism. Satoshi Nakamoto is the person or group responsible for mining the Genesis Block, which is essentially the very first block of the blockchain network. Through mining this block, Nakamoto essentially created the chain itself. However, Bitcoin is not pre-mined, and a cap of 21,000,000 BTC can ever be mined and brought into a digital existence. It is essential to mention that Bitcoin halving occurs every 210,000 blocks and that the initial block reward was 50 BTC per block. As of June 24, 2022, the current block reward is 6.25 BTC per block. It is expected that the next halving will occur by 2024 when we see a decrease to 3.125 BTC. Team & History An anonymous person or group created Bitcoin under the pseudonym "Satoshi Nakamoto." Bitcoin project is open-source and has a global development community. As of 2022, there have been 872 contributors to the code of Bitcoin, and the chance is likely that this number will grow as the years move on. You can refer to GitHub for the list of some of the most significant contributors to the Bitcoin code from August 30, 2009, to June 24, 2022. Activities & Community Bitcoin is the largest cryptocurrency in terms of market capitalization and popularity. It has the highest follower count, indicated by Bitcoin’s unofficial Twitter page, where the project had over 5.3 million followers at the time of writing. Development Activity and GitHub Repositories According to Bitcoin code data from GitHub, there have been 48 Active pull requests and 9 active issues from June 21, 2022, to June 28, 2022, in Bitcoin code. Of those, 14 authors have pushed 46 commits to the master branch and 46 to all branches. On the master, 88 files have changed, and there have been 777 additions and 1,726 deletions. On-Chain Activity The average on-chain activity of the Bitcoin cryptocurrency is 243k tx within the last 7 days, with a high of 255.47k txs and a 7-day low of 199.78k txs. There is a 30-day average of 41.22 million addresses, with its high point at 41.41 million and low point at 41.08 million addresses. When we go over Bitcoin’s ownership over time ratio, we can see that there are 28.27 million addresses that are hodlers for over one year, which makes up 61.15%. 15.15 million addresses are cruisers, 32.77%, and 2.81 million addresses are traders, which make up 6.08%. Activities and Partners The partners of the Bitcoin network include: Bitcoin Lightning Network - The Lightning Network depends upon the blockchain's underlying technology. Using genuine Bitcoin/blockchain transactions and its native smart-contract scripting language, it is possible to create a secure network of participants who can transact at high volume and speed. Bitcoin Cash - the main goal of this project is to provide digital money to the world by fulfilling the original promise of the Bitcoin network. Merchants can utilize it for low fees and reliable confirmations. Blockchair - a blockchain search and analytics engine for Bitcoin and Bitcoin Cash that can enable users to filter blocks, transactions, and outputs by 60 different criteria and perform text searches over the blockchains. FEE - Foundation for Economic Education is a think tank in the U.S. that reaches hundreds of millions of users globally and has 20,000 students through classroom programs. References & Reports References Bitcoin: A Peer-to-Peer Electronic Cash System Wikipedia – Double Spending Wikipedia – Proof-of-Work (PoW) Wikipedia – SHA-2 (Secure Hash Algorithm 2) Wikipedia – Blockchain Wikipedia – Peer-to-Peer Computing or Networking PWC – El Salvador’s law: a meaningful test for Bitcoin Wikipedia – Segregated Witness (SegWit) The Bitcoin Lightning Network: Scalable Off-Chain Instant Payments Wikipedia – Schnorr Signature Investopedia - Bitcoin’s Taproot Update Technopedia – Transaction per Second (TPS) Wikipedia – Smart Contracts Investopedia – Genesis Block Wikipedia – Open-Source GitHub - Bitcoin code repositories Twitter - Unofficial Bitcoin profile Investopedia – HODL Definition Market Reports Bitcoin TradingView Report Blockchain.com Bitcoin Explorer IntoTheBlock - Bitcoin
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Ethereum (ETH)
Ethereum
published
The Blockchain Project that Defined Decentralized Finance. Ethereum (ETH) Fact Sheet Ethereum is an open-source smart contract and decentralized application platform featuring it’s own cryptocurrency Ether (ETH). Ethereum’s primary purpose is to enhance and expand the technical capabilities of cryptocurrencies, introduced by Bitcoin (BTC) in 2009. Ethereum’s introductory paper was originally published in 2014 by Canadian programmer Vitalik Buterin titled “__Ethereum - A Next-Generation Smart Contract and Decentralized Application Platform__.” The driving cryptocurrency of the Ethereum network is Ether (ETH), and users pay network transaction fees in the form of "gas" fees, typically calculated in "Gwei." Since the Ethereum blockchain was launched on July 30, 2015, it has relied on the Proof-of-Work (PoW) consensus mechanism. However, the Ethereum team plans to migrate to the Proof-of-Stake (PoS) consensus model in late 2022. Ethereum (ETH) is the second-largest cryptocurrency and blockchain in global market capitalization, right behind Bitcoin (BTC). Through the utilization of the smart contract capabilities found within the Ethereum network, developers have created decentralized applications (dApps), which paved the way for decentralized finance (DeFi) and non-fungible tokens (NFTs), something competing projects would follow. Ethereum Historical Data Price Chart in the U.S. Dollars (USD) Ethereum Historical Data Price Chart in the U.S. Dollars (USD). Source: TradingView What is Ethereum (ETH)? Ethereum is an open-source smart contract and decentralized application platform featuring its native cryptocurrency, Ether (ETH). A better way to perceive Ethereum is as a computing platform that brings power to developers and allows them to build and deploy decentralized applications (dApps) that can run without the requirement of a centralized authority. Smart contracts are computer protocols that provide developers with numerous functions, such as the ability to facilitate, verify and even enforce specific rules and an agreement without the involvement of a third party. They are digital contracts stored on the blockchain, executed automatically whenever a particular action meets its predetermined conditions. The primary role of smart contracts is to automate the execution of a specific agreement so that all participants can be immediately sure of the outcome. Work-based instances can also trigger specific actions, leading to a higher level of functionality. Furthermore, Ethereum uses a peer-to-peer (P2P) network. Instead of being run by a central server, individual users connect their computers, spread out on a global scale, to form a network that can exchange data. As of June 2022, Ethereum still utilizes its default Proof-of-Work (PoW) consensus mechanism since its launch. Its role is to allow the network to come to a consensus, which means that it can agree on the account balances, and the order of the transactions to prevent "double spending," which can happen if someone spends the same amount of money twice. Transactions on the Ethereum blockchain are processed into blocks, where each block features “block difficulty,” “mixHash,” and “nonce”: Block difficulty is the measure of how difficult it is to essentially mine a block within the Proof-of-Work (PoW) consensus system. If a cryptocurrency has a high difficulty, it will require more computing power to mine the same number of blocks, making the network more secure. mixHash is a 256-bit hash that can prove that a block has carried out enough computation when combined with a nonce. A nonce is a hash that, combined with the mixHash, proves that a block has done enough computation. The nonce, in this case, is the number of transactions sent from a given address. Ethereum’s PoW protocol is known as Ethash and requires miners to compete against one another through trial and error to find the nonce for a specific block. Those that find a valid nonce can add blocks to the chain. A nonce is the number of transactions sent from a specific address. How is Ethereum (ETH) Used? Ethereum, at its core, is a network made up of multiple server nodes responsible for the process of mining the Ether (ETH) cryptocurrency by verifying that the transactions are legitimate. Smart contracts brought another dimension to the entire use-case surrounding Ethereum. The testing environment for smart contracts is the Ethereum Virtual Machine. The EVM is designed to operate as a runtime environment that can compile and even deploy the Ethereum-based smart contracts. Any application developed on Ethereum is coded in the native language specifically built for the network known as Solidity. The EVM operates in a sandbox, meaning anyone can deploy their environment and utilize it as a testing ground for their smart contracts or dApps. They can then test them, verify them, and deploy them on the Ethereum mainnet. Smart contract code is typically written via high-level programming language, such as Solidity. Solidity is the most popular language used to write smart contracts, as it is purpose-built for that specific task. The code is then compiled into the “EVM bytecode” and deployed on the Ethereum blockchain. The EVM bytecode is a low-level programming language compiled from other languages, such as Solidity. The Ethereum Virtual Machine (EVM) is a virtual machine placed between OS and application layers to mitigate the operating system's dependency. Bytecode is a computer object code that an interpreter can convert into binary machine code so that a computer’s hardware processor can read it. Bytecodes are a form of instruction set designed for efficient execution through the utilization of a software interpreter. Every Ethereum node that comprises the network stores an entire history of all the transactions, a history of the smart contract, and the handle to the current state of the smart contracts. Gas is required to power the smart contracts. Each user must pay gas through the Ether (ETH) cryptocurrency to process the transactions. Each transaction that gets executed through the usage of a smart contract deployed on Ethereum will require a gas fee. Throughout its time in the crypto space, Ethereum has been used for: Decentralized Applications (dApps) Decentralized Finance (DeFi) Non-Fungible Tokens (NFTs) A core network on top of which many Layer-2 blockchains have been launched. Use-Cases of Ethereum (ETH) Ever since Ethereum was initially released in 2015, developers have devised multiple use-cases for the technology. From finance to gaming, advertising, identity management, and even supply-chain management, thousands of projects are launched on the Ethereum network stack. Typically, the Ethereum blockchain has been utilized as a network with which developers create their Layer-2 projects. These projects essentially post their transaction data onto Ethereum and rely on the network for data availability and security. Throughout the years, many projects strived to increase the scalability and transaction speed, alongside transaction throughput in the network, without sacrificing decentralization or security. However, some projects took things further, and the community built entire decentralized exchanges (DEXs) on top of Ethereum. Some of the most popular projects that are built on top of Ethereum include: Uniswap (UNI) - Uniswap is a decentralized exchange (DEX) platform that enables peer-to-peer (P2P) market-making, providing users the opportunity to trade cryptocurrencies without the need or involvement of a centralized third party. Aave (AAVE) - Aave is a decentralized lending protocol to earn interest, borrow assets, and build applications, launched in 2017 as ETHlend. Through this protocol, users are allowed to lend or borrow cryptocurrencies without needing to utilize a centralized intermediary. The interest rates here are based on the utilization rate of the used liquidity pool. Curve Finance (CRV) - Curve is a popular automated market maker (AMM) platform that offers an efficient way to exchange tokens while maintaining low fees and low slippage by accommodating liquidity pools of similarly behaving assets. Curve differs from similar projects because it emphasizes stability over volatility. It aims to offer tangible ways through which people can exchange tokens while also maintaining low fees and low slippage. With the increase in popularity surrounding digital art represented in non-fungible tokens (NFTs) and the Metaverse, more highly-popular projects emerged based on the Ethereum network: CryptoPunks - created by Larva Labs, CryptoPunks represents 10,000 unique collectible characters that feature proof-of-ownership, which gets stored securely on the Ethereum blockchain. Since the project launched in June 2017, it paved the way for global NFTs popularity, and some of the CryptoPunks have sold for millions of dollars (USD). Bored Ape Yacht Club (BAYC) - is another popular 10,000 NFT collection of non-fungible tokens (NFTs). This project was developed by Yuga Labs and utilized the Ethereum blockchain to secure the NFTs. The Sandbox (SAND) - is a multiplayer Metaverse where players can create, monetize, and participate in blockchain-based gaming experiences fueled by SAND tokens based on the Ethereum network. Sandbox is one of the most extensive 3D Metaverse projects built on Ethereum that lets users interact with the virtual environment and each other. The Sandbox real estate is represented as LAND NFT parcels, all of which have a market value. Through the examples of these projects, we can see that Ethereum as a network has a vast and varied use case. Usability & Primary Features of Ethereum (ETH) The most popular token standard utilized within the Ethereum network is ERC-20. ERC is short for "Ethereum Request for Comment," and this standard saw its introduction in 2015. ERC is the standard embraced by the developers for creating and issuing smart contracts on the network. Tokens in the Ethereum network can represent anything – from financial assets to reputation points, character skill points in a game, lottery tickets, FIAT currencies like USD/EUR/GBP/AUD, an ounce of gold, or anything else the developers associate it with. FIAT money is any government-issued currency that is not backed by a physical community, such as gold or silver, for example, Some of the key functions found within the ERC-20 token standard include: the ability for the cryptocurrency to be transferred from one account to another account; the ability to get the current token balance of an account; the ability to get the total supply of the token that is available on the network; the ability to approve if an amount of a token from a specific account can be utilized by a third-party account. A smart contract follows the ERC-20 token contract whenever it implements these methods. Protocol Ethereum is a decentralized blockchain platform capable of establishing a peer-to-peer (P2P) network that can securely verify and execute application code. In other words, its smart contract support can enable protocols to be built on top of it. These basic sets of rules allow data to be shared across the network. Ledger The Ethereum ledger's primary use-case surrounds the fact that it can maintain data relating to the identity of the participants anonymously and track their overall cryptocurrency balances. Through Ethereum's ledger and a blockchain explorer, we can access records of all of the genuine transactions that have been executed. Etherscan is one of the most popular Ethereum blockchain explorers that can provide us with this data, where we can review the latest blocks, latest transactions, mining difficulty, hash rate, transactions, and market cap, among other things. The Ethereum Blockchain Explorer. Source: Etherscan Smart-Contract Support Smart contracts play a pivotal role within the broader functionality and utility of the Ethereum ecosystem. Each smart contract has a balance and can send transactions across the network, not controlled by any user. Smart contracts are deployed on the Ethereum network and run as they are programmed. They execute at points in time when pre-programmed conditions are met. Tokenomics & Supply Distribution When we look at the tokenomics and supply distribution, initially, Ethereum had the ICO, which is considered Phase 0. The Ethereum ICO was conducted in the first half of 2015 for 60 million ETH, collected in the Bitcoin (BTC) cryptocurrency. The Ethereum network began with a supply of 72 million Ether (ETH), where the aforementioned 60 million were distributed to those who purchased ETH. The remainder of the 12 million was distributed at the launch of the network in 2015, where half of it was split across 83 early contributors to the protocol. Team & History Ethereum was initially conceived in 2013 by a programmer known as Vitalik Buterin. Vitalik Buterin published articles for Bitcoin Magazine before beginning work on the Ethereum whitepaper in 2013 for the first time. However, there were additional co-founders, including: Gavin Wood – the creator of Polkadot (DOT) and Kusama (KSM). Charles Hoskinson – the founder of the Cardano (ADA) blockchain. Joseph Lubin – the founder of ConsenSys, a full-stack, global blockchain company. Anthony Di Iorio – the founder and CEO of a blockchain company Decentral which created Jaxx Wallet. Stephan Tua was originally the CCO of Ethereum before leaving in 2015. He is also the founder of Atlas Neue and the CCO of Slock. Mihai Alisie, another co-founder of Ethereum, was an editor at the Bitcoin Magazine before working on Ethereum. Jeffrey Wilke is one of the top contributors to Ethereum, even though he originally left the project in 2017. Amir Chetrit – the co-founder of Bitcoin Magazine. The Ethereum whitepaper, titled “Ethereum - A Next-Generation Smart Contract and Decentralized Application Platform” was released by Buterin on November 27, 2013. The initial sales round of Ether (ETH) cryptocurrency went officially live from July 22 to September 2, 2014, for 42 days and could be bought through the Bitcoin (BTC) cryptocurrency. On July 30, 2015, the "Frontier" release went live – an active but barebone implementation of the Ethereum project. The following “Olympic” testing phase proved successful, and the Ethereum network went operational. Activities & Community Ethereum is the second-largest blockchain in value and market capitalization after Bitcoin (BTC), meaning it has one of the largest developer communities, constantly testing and improving the codebase. This fact, combined with the smart contract capabilities, Ethereum Virtual Machine (EVM,) and Solidity development tools, makes Ethereum the go-to choice for many developers. When we look at the Ethereum GitHub repositories, however, one of the most popular repositories is the official Go (Golang) implementation of the Ethereum protocol. Ethereum open-source contributions to the official Go (Golang) implementation. Source: GitHub In 2022 Ethereum switched to Proof-of-Stake (PoS) as part of the Ethereum 2.0 (ETH 2.0) roadmap. Ethereum has numerous testnets – live testing networks for upgrading the Ethereum blockchain before releasing it on the main network. The Merge project dedicated to switching from Proof-of-Work (PoW) to Proof-of-Stake (PoS) was successful on Ropsten and Sepolia testnets. On-Chain Activity According to data from Etherscan, there are a total of 267,711,273 unique addresses on the Ethereum network as of May 05, 2024. Ethereum Unique Addresses Chart. Source: Etherscan.io Activities and Partners Because Ethereum has been in the crypto space since 2015, the project has formed many partnerships, culminating in the form of The Enterprise Ethereum Alliance (EEA) – the member-led industry organization that has the primary goal of driving the use of Ethereum technology as an open standard. Some of the most Ethereum partners include: JP Morgan Chase Bank, N.A. – one of the largest investment banks and financial services holding companies operating in the USA. Chainlink – a decentralized oracle network that aims to bring off-chain data to the blockchain network through tamper-proof inputs, outputs, and smart contracts. API3 Foundation - technology that allows developers to create trustless applications that interact with web application programming interfaces (APIs). Advanced Micro Devices (AMD) – an American multinational semiconductor company that is a dominant force in developing computer processors, graphics processing units, and related technologies. References & Reports References Ethereum - A Next-Generation Smart Contract and Decentralized Application Platform The Official Ethereum Website Ethereum Gas Ethereum Gwei ERC-20 TOKEN STANDARD - Ethereum Peer-to-Peer Networks - Wikipedia Proof-of-Work (PoW) - Wikipedia Bytecode Ethash algorithm Solidity Official Documentation Ethereum Virtual Machine (EVM) Cryptopunks Bored Ape Yacht Club (BAYC) The Sandbox (SAND) The Ethereum Blockchain Explorer Bitcoin Magazine ConsenSys Jaxx Wallet Web Archive of Ethereum's First Whitepaper Web Archive of Ethereum's ICO Sale Ethereum Open-Source Github Repository The Merge Announcement - Ethereum The Enterprise Ethereum Alliance (EEA) JP Morgan Chase Bank, N.A. Chainlink API3 Foundation Advanced Micro Devices (AMD) Market Reports Tradingview Etherscan YCharts Stateofthedapps EEA Ethereum Business Readiness Report 2022
info
Theta Network (THETA)
Theta Network
published
A Decentralized Video Delivery Network Running on a Dedicated Blockchain. Theta Network (THETA) Fact Sheet The Theta blockchain is a purpose-built end-to-end infrastructure for decentralized video streaming and delivery that provides technical and economical solutions. Theta Network features its native cryptocurrency, the THETA token. The network is powered by users and aims to reduce the cost of a content delivery network by creating a mesh network with shared content. The THETA cryptocurrency was originally launched on Ethereum and followed the ERC-20 token standard before launching its proprietary mainnet. Theta Network's three core components stand out: the Modified BFT Consensus Mechanism, the Off-Chain Pool for Micropayments, and the Aggregated Signature Gossip Scheme. THETA serves the role of a governance token and is used for staking as a Validator or Guardian node. In contrast, the second token, TFUEL, is the operational token that the users use to complete their transactions. Theta Network is managed by a private IT company Theta Labs, Inc., headquartered in San Jose, California, United States. THETA Historical Data Price Chart in the U.S. Dollars (USD) Theta Network (THETA) Historical Data Price Chart in the U.S. Dollars (USD). Source: TradingView What is Theta Network (THETA)? Theta Network (THETA) is a next-generation media and entertainment-focused blockchain. Theta introduces an infrastructure that enables existing video and media platforms to drive incremental revenues and reduce the content delivery network costs while rewarding the end-users for sharing their storage and bandwidth on any PC, mobile, Smart TV, or any Internet-of-Things (IoT) device. Theta Network also supports Turing-complete smart contracts and is fully compatible with the Ethereum (ETH) blockchain. Ethereum compatibility enables a wide range of Web3 applications to get developed directly on the Theta Network, such as non-fungible tokens (NFTs), decentralized applications (dApps), decentralized exchanges (DEXs), and decentralized autonomous organizations (DAOs), among other things. Theta Network implements a peer-to-peer (P2P) network solution in which the viewers are incentivized to share their excess computing power, which addresses numerous issues found in today’s non-blockchain infrastructure, such as the last mile delivery issue since the devices are much closer to each other than the content delivery network (CDN) data centers would be. The network and the protocol are open-source, and anyone can build applications on the Theta Network. How is Theta Network (THETA) Used? Theta utilizes a two-token system. Specifically, there is the THETA cryptocurrency as well as the TFUEl cryptocurrency. Theta Labs, Inc. created its own efficient and decentralized Content Delivery Network (CDN) known as the Theta Edge Network to reduce the costs associated with data streaming. This network is not the blockchain and comprises computer nodes known as Edge Nodes. These Edge Nodes fill the role of interacting with decentralized applications, such as streaming services, content creators, and even viewers, through a digital token known as Theta Fuel (TFUEL), which fills the role as a medium of exchange. As a result, Edge Nodes are rewarded with TFUEL for relaying the data between streaming services and viewers. Furthermore, the viewers are also allowed to earn TFUEL through watching content, participating in online events, and other activities. Content creators can even make TFUEL through donations. Edge Nodes do not need to hold THETA tokens for the Theta Network to work as intended. However, this network cannot exist alone and requires another network to settle transactions and secure the transaction data in a distributed way. That’s where the Theta Blockchain is introduced. This blockchain is responsible for validating the transactions of TFUEL. To do this, Theta Network utilizes a Proof-of-Stake (PoS) consensus mechanism to secure the TFUEL transaction ledger. Users have to stake vast amounts of THETA as they process blocks. The Theta blockchain, by design, can enable smaller payments. It can provide real-time payments to reward content distributors for all their efforts throughout the broader platform. Aside from being a governance token, THETA can also be staked or deposited within the network’s treasury system whenever an individual or a group of people aim to take the role of a validator within the network. As a result, there are staking incentives for validators to do their work the way they are meant to and not act maliciously. If validators fail to fulfill their responsibility or harm the network, it results in slashing – the removal of the staked THETA tokens. Use-Cases of Theta Network (THETA) Besides the Edge Nodes in the Theta Network, there are Enterprise Validator Nodes and Guardian Nodes. A node is essentially a network of computers distributed globally, where each computer is connected and can communicate with all other computers. They are network stakeholders, and their devices are authorized to keep track of the distributed ledger and can also fill the role of a communication hub for various network activities. Their primary job, however, is to confirm the legitimacy of each subsequent batch of network transactions in the form of blocks. Enterprise Validator Nodes are utilized to propose and produce new blocks within the chain. These are typically operated by partners of Theta, such as Google, Samsung, Sony Europe, and so on. These Validator Nodes get rewarded in the form of TFUEL for the process of providing these services. Note that any validator node needs to stake a minimum of 10,000,000 THETA. Guardian Nodes are utilized for sealing blocks and have the ability and purpose of checking on malicious or non-functional Validator Nodes. These are run by the Theta community members, who must stake at least 1,000 THETA to become one. The role of these nodes is integral to the overall Theta Network's performance as they provide a second layer of protection against attackers and get rewarded in the form of TFUEL. Usability & Primary Features of Theta Network (THETA) The Theta Network allows developers to build decentralized applications (dApps), and the network users can store and stake their THETA or TFUEL tokens. Theta has also built a micropayment system for video streaming, allowing content viewers and creators to send and receive THETA through an official wallet application. We will review the network's protocol, ledger, and smart contract support. Protocol BFT Consensus Mechanism - The Theta Network utilizes a modified BFT or Byzantine Fault Tolerance, a proof-of-stake (PoS) governance mechanism. It is responsible for keeping all computers on the distributed network running in synchronization. Additionally, this is different from traditional PoS systems because both validators and guardian nodes participate in the consensus process, adding an additional security level to the overall system. Thousands of nodes participating in the consensus process allow the network to process over 1,000 transactions per second (TPS). Off-Chain Pool for Micropayments is a system that relies on a set of guardian nodes to keep a signature through the partial aggregation of signatures, from its neighbors, before gossiping out the aggregated signature. In other words, this system allows the signature share of each node to reach other nodes at an exponential rate, all while keeping the communication overhead as small as possible. The aggregated Signature Gossip Scheme is built for video streaming purposes, and lets users benefit from the off-chain micropayment pool. Ledger Theta was originally launched as an ERC-20 token that worked on top of the Ethereum blockchain. However, the network launched its proprietary mainnet blockchain in March 2019, following a $20 million sale in 2017. While the Theta Network is a standalone project, it is also ERC-20 compliant, which means that it can still utilize the massive user base that Ethereum has and gain network benefits while also launching and deploying its proprietary technologies as a means of improving its content-streaming delivery service and enhance the end-user experience. Smart-Contract Support Theta Network runs on a modified Proof-of-Stake (PoS) consensus mechanism known as Multi-Level Byzantine Fault Tolerance (BFT). The Theta blockchain also provides full support for Turing-complete smart contracts. Tokenomics & Supply Distribution The total supply of THETA is capped at 1,000,000,000 tokens. The Theta Network (THETA) initiated a private sale from September 26, 2017, to December 27, 2017. 30% of the total token supply was sold, and 300,000,000 THETA raised $20 million. The team was allocated 7.49% of the tokens The advisors received 1.23% Partners got 12.5% Network seeding got 12.5% 36,28% were reserved for Labs Reserve. Team & History The Theta Network was founded in 2017 by Mitch Liu and Jieyi Long. Mitch Liu has an extensive history in the gaming and video industry. He is also the co-founder of the video advertising firm Tapjoy and the mobile social gaming startup Gameview Studios. He also co-founded THETA.tv, a live streaming platform with a decentralized application (dApp) that was the first to get created on top of the Theta Network. Jieyi Long is Theta’s second co-founder, who follows a similar multi-year experience in the gaming sphere, alongside virtual reality and design automation experience. In 2019, Theta Network launched its own proprietary Mainnet 1.0, while Mainnet 2.0 was introduced in 2020, and Mainnet 3.0 was introduced in 2021, bringing numerous innovations and improvements to the broader network. Theta is also preparing for the launch of the Theta Mainnet 4.0. Today, the Theta team is much larger and includes the following members: Ryan Nichols - Chief Product Officer Wes Levitt  - Head of Strategy Timothy Li  - Head of Platform Bruce Chong  - Head of Korea Development Ribao Wei  - Principal Engineer Qinwei Gong  - Platform Architect Jing Xu  - Blockchain Engineer Zhenyang Tang -  Blockchain Explorer Engineer Rene Garcia -  Platform Engineer Dion Loi  - Director of DevOps Antoine Riviere  - Android Developer Activities & Community When we go over its social media activity and overall community, Theta Network (THETA) has over 273,000 followers on the Official Theta Network (THETA) Twitter page and 28,883 members on the Theta Network (THETA)’s Theta.tv Discord Channel. Development Activity and GitHub Repositories When we go over the Official Theta Labs Github page, we can see that there are numerous repositories listed, out of which 6 are pinned, including: theta-protocol-ledger - the Reference implementation of the Theta Blockchain Ledger Protocol. theta-protocol-delivery-lib - the Reference Library and software development kit (SDK) of the Theta Mesh Delivery Protocol. theta-infrastructure-ledger-explorer - the explorer for the Theta Ledger. guardian-mainnet-guide - the guide for setting up a Guardian Node on the mainnet. theta-eth-rpc-adaptor - an adaptor that translates the Theta RPC APIs to the Ethereum RPC APIs. theta-edge-store-demos - Demos for Theta EdgeStore. On-Chain Activity When we look at data from Theta Explorer, as of May 2024, the THETA Token is trading at a value of $2.173564 and has a market cap of $2,173,564,357, with a total of 2829 total staked nodes and 47.14% THETA in total is staked. However, as of May 2024, the TFUEL price is trading at $0.107186 and has a market cap of $700,627,027, with a circulating supply of 6,536,705,438 TFUEL tokens and 10,103 total elite nodes, with 38.63% of the total TFUEL staked and locked. Theta Network (THETA) blockchain explorer. Source: explorer.theta As of May 2024, THETA is trading at $2.173564 and has a 24-hour trading volume of $30,492,297, and TFUEL is trading at $0.107186, with a 24-hour trading volume of $17,676,756. The Theta Blockchain Explorer. Source: Thetascan Activities and Partners Given that Theta Network (THETA) has been in the crypto sphere for several years and has undergone numerous upgrades to its mainnet, multiple activities and partnerships have been established throughout its lifespan. BridgeTower Capital - BridgeTower Capital launched an Enterprise Validator Node on the Theta Network and is a blockchain infrastructure and services company. Sierra Ventures - Sierra Ventures launched a new Theta Enterprise Node. Sierra Ventures is a premier venture capital firm with more than $2 billion in assets under management and is an early investor in Theta. Samsung - Theta has partnered with Samsung on numerous occasions. However, Theta established a partnership with Samsung to offer non-fungible token (NFT) collectibles to all Korean pre-orders for the Samsung Galaxy S22 and Galaxy Tab S8. Resorts World Las Vegas - Resorts World Las Vegas launched a collection of utility non-fungible tokens (NFTs) on top of Theta Network, making them the first to be released from a major Las Vegas Casino. Fuse Media - Theta Network welcomed Fuse Media as their latest media partner to bring their top talent to exclusive new Non-fungible token (NFT) campaigns on ThetaDrop. ThetaDrop is a fast, green, and robust NFT marketplace built on the Theta Network. References & Reports References BFT Consensus Mechanism ERC-20 TOKEN STANDARD - Ethereum Internet-of-Things (IoT) - Wikipedia Non-Fungible Token (NFT) - Investopedia peer-to-peer (P2P) network - Wikipedia Content Delivery Network (CDN) - Wikipedia Setting up the Edge Node - Theta Network Documentation Proof-of-Stake (PoS) - Investopedia Master Node - Investopedia Guardian Node Overview - Theta Network Documentation Theta Mainnet 2.0 Theta Mainnet 3.0 Theta Mainnet 4.0 Building the Theta Protocol: Part IV - Theta Labs Medium Scalable BFT Consensus Mechanism Through Aggregated Signature Gossip - Jieyi Long, Ribao Wei Theta Labs, Inc. Official Theta Network (THETA) Twitter page Theta Network (THETA)’s Theta.tv Discord Channel Theta Network (THETA) Official Telegram Group Official Theta Labs Github page theta-protocol-ledger - the Reference implementation of the Theta Blockchain Ledger Protocol. theta-protocol-delivery-lib - the Reference Library and software development kit (SDK) of the Theta Mesh Delivery Protocol. theta-infrastructure-ledger-explorer - the explorer for the Theta Ledger. guardian-mainnet-guide - the guide for setting up a Guardian Node on the mainnet. theta-eth-rpc-adaptor - an adaptor that translates the Theta RPC APIs to the Ethereum RPC APIs. theta-edge-store-demos - Demos for Theta EdgeStore. BridgeTower Capital BridgeTower Capital launches Enterprise Validator Node on the Theta Network - Theta Labs Medium Sierra Ventures Sierra Ventures launches new Theta Enterprise Validator Node, the 20th validator overall - Theta Labs Medium Samsung Theta Labs partners with Samsung to offer NFT digital collectibles to all Korean pre-orders for Samsung Galaxy S22 and Galaxy Tab S8 - Theta Labs Medium Resorts World Las Vegas Resorts World Las Vegas to launch Utility NFTs on Theta Network, the first ever from a major Las Vegas casino - Theta Labs Medium Fuse Media Theta Network welcomes Fuse Media as latest media partner - Theta Labs Medium ThetaDrop Market Research TradingView Explorer.theta Thetascan
info
BNB (BNB)
BNB
published
“Build & Build” – More Than Just Another Exchange-Based Cryptocurrency. BNB (BNB) Fact Sheet BNB (BNB) is the native cryptocurrency designed to power the Binance global ecosystem based on their proprietary blockchain BNB Smart Chain. BNB was created in June of 2017 as “Binance Coin” on Binance Chain and followed the ERC-20 token standard since it was built on Ethereum (ETH). In April 2019, Binance launched its own blockchain network, now known as the BNB Beacon Chain, where BNB became the native token and no longer required Ethereum's back-end. Binance Chain was rebranded to the BNB Beacon Chain, the Binance Smart Chain was rebranded to the BNB Smart Chain, and Binance Coin is now simply named BNB, where BNB stands for "Build and Build." The BNB Smart Chain is an Ethereum Virtual Machine (EVM) compatible network. It utilizes a consensus mechanism known as Proof-of-Staked Authority (PoSA), and within this system, BNB is used for the process of delegated staking on the authority validator. BNB has a multitude of different use-cases, both on the blockchain and the Binance cryptocurrency exchange, where users can receive additional discounts on the fees, access payments on third-party services, or even participate within the Binance Launchpad. n BNB Historical Data Price Chart in U.S. Dollars (USD) BNB Historical Data Price Chart in the U.S. Dollars (USD). Source: TradingView What is BNB (BNB)? BNB (BNB) is the native cryptocurrency designed to power the Binance global digital asset exchange ecosystem based on their proprietary blockchain BNB Smart Chain. To truly comprehend BNB, let’s first go over its rebranding history so we can have a clearer perspective on how it ties together. BNB used to be called Binance Coin. However, the company decided to rebrand it to just BNB, which was initially its ticker symbol on crypto exchanges. On February 15, 2022, the entire ecosystem surrounding the BNB cryptocurrency underwent a rebranding process, as showcased here: Binance Chain was rebranded to BNB Beacon Chain. Binance Smart Chain was rebranded to BNB Smart Chain. The BNB Smart Chain is compatible with the Ethereum Virtual Machine (EVM) and supports the execution of smart contracts. It fills any role without developers needing to re-learn a new programming language or do something specific to make them compatible within the BNB ecosystem. Binance is a global cryptocurrency exchange that allows users to buy, sell, and trade hundreds of cryptocurrencies. It was originally launched in July 2017 by Chinese-Canadian entrepreneur Changpeng Zhao, also known as CZ, on various social media channels. Binance features two blockchain networks, alongside many financial services and products, such as crypto loans, a crypto credit card, liquidity mining, fan token farming, and many more, all of which are accessible through their main website or app. Binance initially created the BNB cryptocurrency on the Ethereum blockchain by ERC-20 token standard but eventually built its proprietary blockchain, so it was moved to be native there. The initial use-case for the BNB cryptocurrency, just like any other exchange-based native token, was to simply let users get discounts on the trading fees on the Binance exchange. But as the Binance ecosystem evolved and introduced new products, so did the utility of the BNB token enhanced as well. The BNB Beacon Chain is the native blockchain of the Binance Platform and was created to enable fast and permissionless trading. The technology behind it includes a fork of Tendermint’s Cosmos SDK. It originally went live for the very first time on April 23, 2019. By design, the BNB Beacon Chain enabled high transaction speed and instant finality. However, it lacked programmability and flexibility initially. For these reasons, Binance launched a new chain known as the BNB Smart Chain on September 1, 2020. The goal of this second chain was to enable an alternative, user-friendly, smart-contract-enabled platform which could help developers build decentralized applications (dApps). The BNB Smart Chain features a 30-second block time, the Proof-of-Authority (PoA) consensus mechanism, and low average transaction fees. By taking advantage of this dual-blockchain system, each user was presented with the opportunity to utilize the fast transfers and trading fees within the BNB Beacon Chain but also gained access to the smart contract functionality and EVM-compatible programmability within the BNB Smart Chain. Binance has been around for a long time, launching a decentralized exchange (DEX) and a peer-to-peer (P2P) crypto trading platform, among many other products. How is BNB (BNB) Used? The BNB cryptocurrency can be utilized in numerous ways. As the Binance platform evolves, the chances are high that we might see the BNB cryptocurrency find even more utility use cases. When we take a look at its use-cases that are tied explicitly to the Binance platform, with BNB, you can: Save 25% on Spot Trading Fees; Save 25% on Margin Trading Fees; Save 10% on Futures Trading Fees; Stake BNB and earn rewards in the BNB Vault; Gain exclusive access to token sales on the Binance Launchpad; Send and receive payments with Binance Pay; Get up to 40% commissions through the Binance Referral Program; Earn flexible percentage yield through depositing BNB on BNB Chain Projects. Use-Cases of BNB (BNB) As of June 29, 2022, BNB is the number 5 largest cryptocurrency in market capitalization, and for a good reason. Specifically, the BNB cryptocurrency can be traded for other cryptocurrencies on various exchanges. If used on the Binance exchange, BNB can be used for the payment of transactions, where users can receive discounts for doing so. BNB can also be used as a form of payment for various credit cards that support cryptocurrencies, typically debit Visa cards issued by crypto exchanges. Merchants can offer the BNB cryptocurrency as a means of payment for customers as additional flexibility in payment methods. Many online booking services supporting crypto payments allow BNB to book hotels and flights, specifically where cryptocurrencies are available as a payment option. Several platforms let users invest in stocks, ETFs, and other assets through the utilization of BNB, and you can even use the BNB cryptocurrency as collateral for loans. Usability & Primary Features of BNB (BNB) Throughout its years within the crypto space, BNB cryptocurrency has evolved to include a variety of different features to make it differentiate itself from other projects. BNB Beacon Chain is a blockchain network with many unique features, such as recording account balances. Each balance can be comprised of 3 different parts, including locked, frozen, and available, which gets recorded on all accounts. The network can also represent how much fees were paid within a specific block and provide information about tokens, alongside their status. There is also a list of all the trading pairs available on the Binance decentralized exchange (DEX), as well as the governance information surrounding the validators, governance mechanism, and the blockchain. The BNB Smart Chain supports a communication protocol built on the Cosmos SDK. As a result, any BEP-2 token can be migrated between the BNB Smart Chain and the BNB Beacon Chain, making them interoperable with one another without the reliance on a third party. Protocol In the cross-chain transfer system utilized for BNB, there is an oracle relayer, where every validator has to run an oracle relayer that monitors the blockchain state changes. Whenever a cross-chain communication package gets submitted, each validator's role is to present a vote for a request. When a voting majority is achieved, cross-chain actions can be performed. A key feature of BNB is the BEP-2 token standard. BEP-2 is a technical standard that refers to issuing and implementing tokens within the BNB Beacon Chain. Each BEP-2 token needs to include specific information, including the source address, the token name, the symbol, the total supply, and a mintable trait. These rules are followed within the Binance ecosystem. Furthermore, the BNB cryptocurrency in this instance would also be used as a gas fee on the blockchain, and get used for the transaction fee, issuance costs for new assets, minting and burning fees, and trading fees. Ledger To comprehend how the BNB ledger works, we will review the BNB Smart Chain. The consensus algorithm utilized here is Proof-of-Staked-Authority “Parlia,” built on a network of validators and delegators, all of whom vote for validators. Within this chain, any party is allowed to become a validator. However, they are required to meet specific demands. These include hardware requirements to run the network, their own keys' management, and a high uptime guarantee. They also need to own and stake at least 20,000 BNB cryptocurrencies. The validators within this network receive network fees as a reward for working towards validating new blocks. Smart-Contract Support The BNB Smart Chain supports smart contracts because it is fully compatible with the Ethereum Virtual Machine (EVM). Experienced developers who might have previously done work on the Ethereum blockchain can utilize languages such as Vyper or Solidity to write a set of smart contracts and compile them into bytecode, after which they can deploy them on the virtual machine. This software stack enables an easy development cycle and way to bring Ethereum-based decentralized applications (dApps) to the BNB Smart Chain to take advantage of its various improvements and the broader ecosystem. Tokenomics & Supply Distribution The total supply of BNB was defined at 200,000,000 coins; however, the supply has gradually decreased over time due to the regular coin-burn events. At the token sale, 100,000,000 BNB were initially offered, representing 50% of the total supply. BNB was originally issued as an ERC-20-based cryptocurrency, developed on Ethereum, before moving towards the BNB Beacon Chain. Binance burns BNB based on its overall revenue every three months. The supply of BNB regularly decreases, which leads to an increase in its scarcity and overall value. Team & History The founder, creator, and CEO of Binance is Chinese-Canadian entrepreneur Changpeng Zhao. Before creating Binance, he founded a company known as Fusion Systems in 2005 in Shanghai. The company filled the role of creating high-frequency trading systems for stock brokers. In 2013, Changpeng Zhao joined Blockchain.com (formerly Blockchain.info) as the third team member. Throughout his years in the crypto industry, he worked as the CTO of OKCoin for less than a year. Then, he founded Binance in China. However, it had to move its servers and headquarters from China to Japan because the Chinese government banned cryptocurrency trading in September of 2017. Activities & Community Binance releases all of its news and updates directly on the Binance company blog, and it's the best source to follow for updates on the Binance ecosystem and BNB cryptocurrency development. Looking at the community of Binance, on the official Binance Twitter, there are over 9.1 million followers. On the Binance Discord, they have a total of over 87k members. Binance has over 1,15 million likes on its page on Facebook and 2.7 million followers on its Instagram page. Overall, Binance has a strong, healthy, and active community that is engaged across all of its activities on social media channels. Development Activity and GitHub Repositories On June 29, 2022, Binance launched a dual investment auto-compound feature and dual investment products. This development aims to enable users to buy low and sell high products at their selected price and date in the future, without any fees. The company also introduced a funding rate arbitrage table in the Binance Futures product that gives users access to arbitrage information about Perpetual Futures Contracts and their spot equivalents. There are consistent new developments and features implemented across Binance. When we look at Binance GitHub repositories, there are 24 repositories. However, four of them are pinned and of specific interest, including: Binance-spot-API-docs – official documentation for the Binance APIs and streams. Binance-API-postman – access to Postman, an API collaboration platform. Binance-public-data – the Binance public data, including all Kline, Trade, and AggTrade data for all pairs, month by month, online. Binance-connector-python – a lightweight Python library that works as a connector to Binance public API. On-Chain Activity Etherscan’s BscScan blockchain explorer is one of the most prominent and most utilized BNB Smart Chain explorers. The BNB market cap on BSC is $20,171,430,749.00, and there is a med gas price of 5 Gwei or $0.01. Activities and Partners There is an ever-growing list of ways users can utilize BNB through partners and supported services. Numerous businesses can integrate BNB into their products; however, some of the most popular and most prominent companies that have done so include: Pundi X - a platform created to help retail businesses transform with its blockchain-based POS solution. Travala - a platform for hotel and accommodation booking that covers over 500,000 properties on a global scale with crypto payments support. TravelbyBit - an online travel booking platform that is built for blockchain integration. Decentraland - a 3D virtual world built on Ethereum that aims to incentivize a network of users on a global scale to operate a shared world. AAVE (previously ETHLend) - a decentralized, peer-to-peer (P2P) lending platform that uses smart contracts. Nexo - a platform for instant crypto loans that provides fast access to cash as well as support for the maintenance of the digital assets a user has. It is important to note that Binance announces and implements integrations with various partners almost daily. As such, the list of partnerships and integrations is ever-growing. References & Reports References Wikipedia - Binance What is BNB - Binance Binance Official Website ERC-20 Token Standard Binance Announcement of Rebranding Ethereum Virtual Machine (EVM) Proof-of-Staked Authority (PoSA) Binance Launchpad Changpeng Zhao - Wikipedia Tendermint’s Cosmos SDK Binance Pay Binance Referral Program BEP-2 Token Standard Vyper Language Solidity Language Blockchain.com (formerly Blockchain.info) Binance company blog Binance Launches Dual Investment Auto-Compound Feature Binance Futures Launches Funding Rate Arbitrage Table Binance GitHub repositories Binance Twitter Market Research BscScan - BNB Smart Chain Explorer Binance Smart Chain Transactions Per Day - YCharts TradingView n
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Polygon (MATIC)
Polygon
published
A Layer-2 platform for Ethereum scaling and Web3 infrastructure development. Polygon (MATIC) Fact Sheet Polygon is a platform for Ethereum scaling and web3 infrastructure development. Its growing suite of products offers developers easy access to all major scaling and infrastructure solutions: L2 solutions (ZK Rollups and Optimistic Rollups), sidechains, hybrid solutions, stand-alone and enterprise chains, data availability solutions, and more. Polygon (MATIC), previously known as the Matic Network, is a platform created as a Layer-2 solution to help scale Ethereum (ETH) and enhance its overall infrastructure for development. One of the core components surrounding Polygon is the Polygon SDK, a modular, flexible framework that allows developers to create different types of decentralized applications (dApps). Using the Polygon (MATIC) network, developers can create optimistic rollup chains, ZK Rollup chains, or any other infrastructure required for specific developments. The key issues that Polygon aims to tackle are transaction speed and the lack of community governance found within the Ethereum blockchain. The native cryptocurrency token used across the Polygon network is the MATIC token, and it is used as a means of payment for the transaction fees. It can be earned by those providing computational power to the Polygon network and validating transactions or executing smart contracts. Polygon Technology is a private IT company headquartered in Bengaluru, Karnataka, India.  Its scaling solutions have widespread adoption with 7,000+ applications hosted, 1B+ total transactions processed, ~130M+ unique user addresses, and $5B+ in assets secured. Polygon Historical Data Price Chart in the U.S. Dollars (USD) Polygon Historical Data Price Chart in the U.S. Dollars (USD). Source: TradingView What is Polygon (MATIC)? Polygon was formerly known as the Matic Network and is a framework specifically created to facilitate the process of building interconnected blockchain networks. Its primary purpose and the reason for its creation was to address some of the major limitations the Ethereum (ETH) blockchain experienced, such as transaction throughput, a lackluster user experience due to the delayed transactions, and its lack of any community governance. Through the power and opportunities provided by Polygon, developers can essentially launch preset blockchain networks that fill specific use-cases and requirements, all of which can be customized with a wide range of modules and contribute to the creation of sovereign blockchains. Since Polygon is a Layer-2 network, it means that it does not change the original blockchain Layer; however, it improves upon it. Specifically, it helps improve Ethereum's size, efficiency, security, and throughout in the form of transactions per second (TPS) while simultaneously incentivizing developers to build decentralized applications (dApps) on top of it due to the variety of different features it offers. To truly understand how Polygon works, we must first understand how off-chain Layer-2 solutions work. Their primary purpose is to lessen or eliminate components with evaluation power from the primary blockchain before they get executed at a different location, such as a sidechain. The primary purpose of this approach is for Layer-2 solutions to aid the main blockchain in terms of throughput, which can lead to more transactions per second (TPS) as a result, alongside a reduction in the transaction fees. The Matic solution can be considered a single part of the broader Ethereum ecosystem that offers improvements to the network, contributing to better utility. How is Polygon (MATIC) Used? Polygon's framework makes it easy for new projects to get up and running quickly and even allows developers to create their scaling solution if required. Polygon features a four-Layer system: the Ethereum Layer, the Security Layer, the Polygon Networks Layer, and the Execution Layer. When we take an individual look at each of these Layers, we can see the following: Ethereum Layer - Polygon chains utilize Ethereum as their base Layer, which means that they can take advantage of the high-level security available on the platform. It is implemented as smart contracts, which can be used for finality, checkpointing, staking, and messaging between the Polygon and Ethereum chains. Security Layer - This is the Layer that essentially provides "validators-as-a-service," and this, in turn, lets the Polygon chain take advantage of a set of validators, all of which fill the role of periodically checking the validity of a Polygon chain. In return for putting in the effort, they are paid in the form of a fee. Polygon Networks Layer - This mandatory layer features a sovereign blockchain network. Within it, each network can maintain the transaction collation and the local consensus and facilitate block production. Execution Layer - This is essentially the Layer that can interpret and execute transactions included in the chains that run on top of Polygon and serves as an execution environment that can implement logic subLayers. This Layer is also Polygon's Ethereum Virtual Machine (EVM) implementation used to execute smart contracts. Polygon was created in India in 2017 and had the name of the Matic Network. However, the first time the Matic Network went live was in 2020, when it attracted much attention. In February of 2021, the Matic Network rebranded to Polygon. Due to Polygon's arbitrary message passing capability, any chains launched on top of the Polygon network can communicate with one another and with the Ethereum (ETH) main chain. Numerous use-cases surround the Polygon network, such as interoperable decentralized applications (dApps) and the exchange of value between different platforms. With all of this in mind, you might wonder why someone would be interested in using Polygon over Ethereum at Layer-1. Ethereum was designed with an auction-based model, which essentially encourages users to bid for their transactions to get included within the next block. Throughout its design, Ethereum motivates increasing costs at points in time when the network is congested for users that want their transactions processed as quickly as possible. Polygon's technology aims to link all Ethereum Virtual Machine (EVM) compatible blockchains and let developers gain access to the benefits of other blockchain platforms with minimal friction. Polygon also stands out because it allows its token, MATIC, to get staked on the Polygon blockchain. Those who stake the token can earn interest on an annual basis since they are aiding in the process of validating transactions on the blockchain. Furthermore, Polygon stands out since it gives developers access to a stack of solutions throughout a single network. This approach, in turn, provides them with a high level of control and customization at points in time when they are choosing a scaling solution that is best suitable for the specific application they are building and its use-cases within the sphere of Decentralized Finance (DeFi). Use-Cases of Polygon (MATIC) When we look at the use-cases of Polygon, the network has the primary goal of becoming an open, borderless network that enables anyone to interact with decentralized products without intermediaries. As a means of achieving this goal, Polygon (MATIC) takes advantage of numerous technologies. Proof-of-Stake (PoS) Chain - Polygon’s main chain is an Ethereum sidechain. It is known as the Matic PoS Chain because it utilizes the Proof-of-Stake (PoS) consensus mechanism to add a level of security to blockchains that get launched on top of it. Plasma Chains - Another technology utilized to scale the network is known as Plasma, used explicitly to move assets across the Polygon root chain and the child chains launched through the Plasma bridges. ZK-rollups - These are essentially an alternative scaling solution utilized to bundle together a more significant amount of transactions within a single transaction, where zero-knowledge proofs are used for the final public record that gets added to the Ethereum main chain. Optimistic Rollups - This is essentially a solution that runs directly on Ethereum and is used to enable near-instant transactions through the utilization of what is known as "fraud proofs." Fraud Proofs are essentially evidence that a state transaction was incorrect. At this point, we can see that Polygon utilizes more than a single scaling solution to minimize any barrier of entry within the network. All of them share the common goal of reducing transaction fees. Usability & Primary Features of Polygon (MATIC) Polygon (MATIC) cryptocurrency and network have high utility due to various features. Protocol The MATIC cryptocurrency is an ERC-20 token built on the Ethereum blockchain. Its primary use case is to allow users to pay for the transaction fees across the ecosystem and governance efforts. Ledger The sidechains on top of the network take advantage of the Proof-of-Stake (PoS) consensus mechanism, where participants can utilize the MATIC cryptocurrency to become validators, after which they can earn rewards generated by the network fees. The tasks validators have include validating blocks and publishing proofs; however, delegation is also possible. Smart-Contract Support Because Polygon (MATIC) is built on top of the Ethereum blockchain, it has full support for smart contracts. Developers can utilize this to create decentralized applications (dApps) that push the envelope regarding the use-cases of Decentralized Finance (DeFi). The core development component of the Polygon network is known as the Polygon SDK. This modular and flexible framework allows developers to build and connect Layer-2 infrastructures, including Plasma, Optimistic Rollups, zkRollups, and standalone chains. SDK stands for "Software Development Kit," It provides developers with tools, libraries, other types of documentation, code samples, processes, or anything else they might need to create software applications within a specific platform. The SDK can be seen as a workshop that facilitates the creation of applications. Tokenomics & Supply Distribution The MATIC cryptocurrency is essentially an ERC-20 token that is used to power the broader Polygon ecosystem. It is utilized for the payment of gas fees. However, users can also use it for staking and governance. After the project was rebranded to Polygon, it implemented new features for developers and users of the broader ecosystem. The total supply of MATIC tokens initially was 10,000,000,000 (10 billion tokens). The MATIC cryptocurrency has a supply distribution in the following order and percentage: 4% for the advisors 4% for the private sale 12% for the network operators 16% for the team 19% for the launchpad sale 23% for the ecosystem 22% for the foundation Team & History Polygon was created by a team of four software engineers who specialize in the field of software development, and they include: The project was initially launched under "Matic Network" in 2017. However, it was rebranded in 2021 to Polygon as we know it today. The four founders include: Jaynti Kanani - a co-founder and Senior Software Engineer who previously worked on notable blockchain projects such as Web3, Plasma, and even WalletConnect. Sandeep Nailwal - co-founder of Polygon and the founder of ScopeWeaver. Anurag Arjun - co-founder and Chief Product Officer who previously worked at SNL Financial, Cognizant Technologies, and Dexter Consultancy. Mihailo Bjelic - co-founder and Software Engineer with a background in Information Systems. Activities & Community Polygon (MATIC) network features numerous developments and activities. When we look at its communities, the Polygon Twitter Page has over 1.5 million followers. The Official Polygon Telegram Community has over 69,600 members, while the Official Polygon Discord Server has over 38,100 members. Furthermore, the 0xpolygon Instagram page has over 31,300 followers. Development Activity and GitHub Repositories Development Activity and GitHub Repositories When we go over the official Polygon (previously Matic) GitHub page, there are numerous pinned GitHub pages we can find on it, including: contracts - this is the smart contracts GitHub page that comprises the building logic of the Matic Network pos-portal - these are the smart contracts that power the Proof-of-Stake (PoS) based bridge mechanism for the Matic Network. matic.js - this is the JavaScript developer library to interact with the Matic Network bor - this is the official repository for the Matic Blockchain subgraphs - the subgraph for Matic Contracts launch - the Matic Network Mainnet v1 launch On-Chain Activity According to data from PolygonScan, which is the Polygon Proof-of-Stake (PoS) Chain explorer, we can see the following: The price of the MATIC token is $0.73. The MATIC market cap on Polygon is $7,240,039,771.00 (9,908,000,000 MATIC). Activities and Partners Numerous decentralized applications (dApps) have been created using Polygon (MATIC) or have conducted partnerships with the platform. Some of the most popular ones include: QuickSwap - a Decentralized Exchange (DEX) that runs on the Polygon (MATIC) network and provides quick transactions at a low cost. Aave - a yield-aggregating protocol that lets users borrow cryptocurrencies and even use them as collateral, allowing them to take out flash loans. 1inch - a Decentralized Exchange (DEX) aggregator that is a liquidity bridge across numerous decentralized finance (DeFi) protocols and provides users with the best liquidity on multiple blockchains. Curve Finance - an exchange liquidity pool built on top of Ethereum (ETH) and provides stablecoin trading with a low level of risk. SushiSwap - a Decentralized Exchange (DEX) and Automated Market Maker (AMM) built on top of the Ethereum Blockchain. Decentraland - a virtual reality platform powered by the Ethereum blockchain where users are allowed to create, experience, and even monetize content and applications through the usage of a developer toolkit that works on any platform. Polygon aids in the process of scaling the transactions that occur as a result of the user interactions within the virtual world**.** References & Reports References Framework Explained - From Wikipedia, the free encyclopedia Ethereum Explained - From Wikipedia, the free encyclopedia Ethereum Scaling Solutions - From Wikipedia, the free encyclopedia Transactions Per Second - From Wikipedia, the free encyclopedia Polygon Whitepaper - Ethereum's Internet of Blockchains Decentralized Applications - From Wikipedia, the free encyclopedia Plasma Chains - Ethereum.org Proof-of-Stake (PoS) - Ethereum.org Zero-Knowledge Rollups - Ethereum.org Optimistic Rollups - Ethereum.org ERC-20 Token Standard - Ethereum.org Sidechains - Ethereum.org Decentralized Finance (DeFi) Definition - Investopedia Decentralized Applications (dApps) - Investopedia Polygon Twitter Page Official Polygon Telegram Community Official Polygon Discord Server 0xpolygon Instagram page Polygon (previously Matic) GitHub page contracts pos-portal matic.js bor subgraphs launch QuickSwap Aave 1inch Curve Finance SushiSwap Decentraland Market Reports TradingView PolygonScan Cryptorank.io
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Algorand (ALGO) Fact Sheet
Algorand
published
Pure Proof-Of-Stake (PPoS) Blockchain That Powers The Next Generation of Financial Products. Algorand (ALGO) Fact Sheet Algorand (ALGO) is an open-source, decentralized blockchain that has a two-tier structure and a unique consensus mechanism known as Pure Proof-of-Stake (PPoS) that has the primary goal of increasing the transaction speed and aiding in achieving finality. The block rewards generated on the network get distributed across all holders of the ALGO cryptocurrency. Each holder can earn rewards instead of just producing blocks. Algorand's base layer supports smart contracts, asset creation, and atomic swaps between assets. The Algorand network utilizes relay nodes to enable efficient paths for communication and incorporates participation nodes that can vote on and confirm new blocks for the blockchain. Algorand was created by a computer scientist and a Massachusetts Institute of Technology (MIT) professor Silvio Micali. Algorand Inc. is a private US corporation based in Boston overseeing the core development of the Algorand protocol. ALGO Historical Data Price Chart in U.S. Dollars (USD) ALGO Historical Data Price Chart in U.S. Dollars (USD). Source: TradingView What is Algorand (ALGO)? Algorand is a blockchain network created to solve the "Blockchain Trilemma." The Blockchain Trilemma is a concept coined by Vitalik Buterin that references three main issues found within most blockchain networks. These include decentralization, security, and scalability. These are issues developers encounter when building a blockchain network, meaning they have to sacrifice a specific aspect in the network to accommodate the other two. However, Algorand is a blockchain that aims to simultaneously achieve speed, security, and decentralization without sacrificing any aspect of the network. Algorand was launched in June 2019 by a computer scientist and a Massachusetts Institute of Technology (MIT) professor known as Silvio Micali. It is a permissionless, open-source network where anyone can build decentralized applications (dApps) on it. Algorand is designed to be a network that facilitates payments, as it has rapid transaction functionality and offers near-instantaneous finality. The network can essentially process over 1,000 transactions per second (TPS) and achieve transaction finality in fewer than five seconds. The Algorand blockchain distributes the validator rewards to all of the holders of the native cryptocurrency known as ALGO. How is Algorand (ALGO) Used? Algorand utilizes a Pure Proof-of-Stake (PPoS) protocol built on Byzantine consensus. Each user influences the choice whenever a new block gets created, which is proportional to their stake or the number of tokens they have in the system. Then, users are randomly and secretly selected, where they can propose blocks and even vote on the block proposals. All users have a chance to get selected and submit a vote; however, the likelihood that a user will be chosen and the overall weight of the proposal and vote are directly proportional to the user's stake in the network. ALGO is the native cryptocurrency utilized throughout the blockchain network and broader ecosystem. As a part of the unique protocol designed for the network, ALGO is split across all coin holders rather than just being rewarded to the block producers. All holders of the ALGO cryptocurrency can earn an annual percentage yield (APY) on their cryptocurrency holdings. Blockchain users are not required to stake the coin to make this process as simple as possible. All they have to do is hold ALGO in a non-custodial wallet or an exchange to access the earnings gained this way. This way, Algorand can achieve near-automation, as stakers passively hold ALGO while supporting the network. Algorand’s PPoS consensus mechanism also utilizes a two-phase block production process, which relies on proposing and voting. Any member of the Algorand network can participate in the proposing and voting procedure through the process of staking the ALGO cryptocurrency, where in turn, for doing so, they are essentially generating a valid participation key, after which they become a "Participation Node." These nodes are coordinated by other nodes in the Algorand network, known as the "Relay Nodes." These Relay Nodes facilitate the communication that ends up occurring across the Participation Nodes. However, they do not and cannot directly participate in the process of proposing or even voting. The Proposal Phase - A block leader gets selected to propose a block at this stage. Block leaders get selected through the utilization of the verifiable random function (VRF) found on Algorand, which is a provably random mechanism specifically created to select nodes at random. The VRF supplies cryptographic proof, allowing the block leader in question to prove their status as a block leader. The Voting Stage - After the initial proposal stage, we have the voting stage, where the Participation Nodes get elected randomly to a committee responsible for ensuring that no double-spending, overspending, or other issues occur in the block. Once everything is agreed upon, and everyone confirms that things are as they should be in the block, it gets added to the blockchain. However, if malicious activities are detected, the network discards the block, and a new block leader gets elected. Use-Cases of Algorand (ALGO) The Algorand (ALGO) ecosystem is enormous and comprises hundreds of fintech, startups, financial services, institutions, and even decentralized finance (DeFi) projects. There are over 500 global organizations that are leveraging the technology behind Algorand, which enables them to create next-generation financial products, and protocols and facilitate the exchange of value across decentralized finance (DeFi). Some of the most common use-cases for the Algorand network include entertainment, infrastructure, securities, supply chain, identity management, stablecoins, insurance, environmental work, gaming, financial institutions, and digital assets. Usability & Primary Features of Algorand (ALGO) There are numerous use cases and features that the Algorand (ALGO) blockchain has going for it, and we will cover the primary ones here. Protocol Algorand features its protocol known as the Algorand Standard Asset (ASA) protocol, where developers can create new tokens or transfer existing tokens to the Algorand ecosystem. The key features of Algorand (ALGO) include: The  Pure Proof-Of-Stake (PPoS)  consensus - is a consensus protocol built on Byzantine agreement, where the users can influence the choice of new blocks in a way that is proportional to their stake in the system. Immediate transaction finality - Algorand does not and cannot experience a fork because only one block can have the required threshold of signatures to be certified within a specific round. Random Selection - all of the users within the network are randomly, secretly, and continuously selected for the process of participating within the consensus protocol. Changing Participants Consistently - the participants within the network change every round of block selection, ensuring that the network is protected against potential attackers, as within each round, a set of participants is selected at random and are entirely independent of the previous participants. Ledger Algorand utilizes a unique two-tiered blockchain structure. The base layer supports smart contracts, the ability for developers to create assets, and the ability for users to facilitate atomic swaps between assets. All of this takes place on Layer-1, which means that it has a high level of security and compatibility as a direct result, as it is not reliant on another blockchain for any of these tasks. Regarding the first layer, users and platforms can create Algorand Standard Assets (ASAs) that represent new or existing tokens on top of the Algorand blockchain. These share similarities to how ERC-20-based tokens work on the Ethereum (ETH) blockchain. Due to its security and smart contracts functionality, the Algorand platform can execute Layer-1 Algorand Smart Contracts (ASC1s), which means they can maintain the same level of security as the consensus protocol. It is intended for complex smart contracts and decentralized applications (dApps) development. This layer allows Alogrand to process transactions efficiently. With more complex smart contracts taking place off-chain, the simple transactions are processed a lot more quickly on Layer-1, without the need to get bogged down by the larger, complex smart contracts that would need to occur. Smart-Contract Support Algorand does support smart contracts and relies on staking. The network can fully host decentralized applications (dApps) and can provide scalability. Tokenomics & Supply Distribution Algorand ended up completing its first Dutch auction in June of 2019, where they sold 25 million of the ALGO cryptocurrency, which is 0.25% of the initial supply at $2.40 per token, which means that the project raised $60,402,220. Buyers of the cryptocurrency had the right to essentially sell the tokens back to the Algorand Foundation at 90% of the initial purchasing price. The sale ended with the ALgorand’s mainnet launch, which created 10 billion ALGO coins at genesis. 25% of the initial supply was granted to the founders and the Algorand Foundation to support the protocol's continued development. 30% of the total token supply of ALGO was injected into circulation over the project's first five years. 17.5% of ALGO were allocated as participation rewards. 25% of ALGO was allocated to relay node runners, distributed over time. 2.5% of the total token supply of ALGO was allocated to end-user grants. Team & History Algorand was created in 2019 by a computer scientist and a Massachusetts Institute of Technology (MIT) professor Silvio Micali. Micali is the author of the Algorand white paper, which was written alongside Stony Brook University Professor Jing Chen in 2017. Other academics and cryptographers also developed this foundational work in white papers that are seen on the project's official website. The leadership team of Algorand currently includes: Silvio Micali as the Founder Steve Kokinos as the Chief Executive Officer W. Sean Ford as the Chief Operating Officer Keli Callaghan as Head of Marketing Jing Chen as Head of Theory Research and Chief Scientist Yossi Gilad as Head of Systems Research & Chief Technology Officer Chris Hurley as Head of Investor Relations and Capital Markets Gary Malouf as Head of Engineering Regina O’Brien as Head of People & Talent Chris Peikert as Head of Cryptography Paul Riegle as Chief Product Officer Nina Tannenbaum as Head of Business Operations Anne T. Warner as General Counsel Nickolai Zeldovich as Head of Distributed Systems Activities & Community When we look at the activities and community surrounding Algorand (ALGO), the Algorand Telegram Group has over 17,893 members. The Official Algorand Discord Channel has over 19,900 members, and the Algorand Twitter page has over 340.600 followers. Development Activity and GitHub Repositories The Algorand (ALGO) GitHub is extensive, with 64 repositories. The stand-out ones and pinned repositories include: go-algorand - Algorand’s official implementation in Go j-algorand-sdk - The Official JavaScript SDK for Algorand pyteal - Algorand’s Smart Contracts in Python py-algorand-sdk - Algorand’s Python Software development kit (SDK) sandbox - Algorand node sandbox go-algodand-sdk - Algorand Golang Software development kit (SDK) Activities and Partners There have been numerous partnerships and activities across the Algorand (ALGO) network. However, some of the more notable ones include: FIFA - FIFA announced an official partnership with the Algorand blockchain on May 2, 2022, where Algodanr became the official blockchain platform of FIFA. This partnership was announced by the President of FIFA, Gianni Infantino, and the Founder of Algorand, Silvio Micali, in Los Angeles, USA. Circle - a global financial technology firm responsible for establishing businesses of all sizes to utilize the power of stablecoins and blockchain platforms for payments, commerce, and financial applications. Circle added support for interoperable digital dollar stablecoins with the USDC through their collaboration with Algorand. Tribex - the Algorand Foundation conducted a partnership with Tribe as a means of driving developer activation in Asia-Pacific (APAC). Tribex is Singapore's first government-supported blockchain ecosystem builder. Algofi - a hub for decentralized finance (DeFi) that occurs on the Algorand blockchain, where users can trade, borrow and earn interest on top of their cryptocurrencies. StakerDAO - a platform intended to govern financial assets in a decentralized, secure, and compliant way. The StakerDAO community aims to build and manage products for on-chain governance, cross-chain synthetics, and even tokenized real-world assets. References & Reports References Blockchain Trilemma – Coinmarketcap Alexandria Algorand Standard Assets (ASAs)  - Algorand Official Website ERC-20-based tokens - Investopedia Ethereum (ETH) blockchain - Investopedia Layer-1 Algorand Smart Contracts (ASC1s) - Developer.algorand.org. decentralized applications (dApps)  - Investopedia Layer-1 – Coinmarketcap Alexandria Algorand’s Pure Proof-Of-Stake Approach - Alrogrand Official Website Byzantine - Wikipedia annual percentage yield (APY) - Investopedia non-custodial wallet - Bitcoin Wiki Algorand Foundation Algo Auctions - Algorand Foundation Auction Refund Details - Algorand Foundation Algorand white paper All White Papers - Algorand Official Website Algorand Network Architecture - Algorand Foundation verifiable random function (VRF) - Wikipedia The Algorand (ALGO) ecosystem - Algorand Official Website Algorand Telegram Group Official Algorand Discord Channel Algorand Twitter go-algorand - Algorand’s official implementation in Go - GitHub j-algorand-sdk - The Official JavaScript SDK for Algorand - GitHub pyteal - Algorand’s Smart Contracts in Python - GitHub py-algorand-sdk - Algorand’s Python Software development kit (SDK) - GitHub sandbox - Algorand node sandbox - GitHub go-algodand-sdk - Algorand Golang Software development kit (SDK) - GitHub FIFA announces partnership with blockchain innovator Algorand - FIFA Official Website Algorand Foundation and Circle Bring Digital Dollars Powered by USDC to Algorand Blockchain - Algorand Official Website Algofi - Algorand Official Website StakerDAO - Algorand Official Website Algorand Foundation partners with Tribe to drive developer activation in APAC - Algorand Foundation Algorand Team - Algorand Official Website Market Research TradingView AlgoExplorer.io Algoscan.app n

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