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🌐 Mining and staking – For base layer blockchains, like Ethereum 1.0 and Bitcoin, mining is the core incentive for a decentralized network of computers to validate transactions. Here, new tokens are given to those who devote their computing power to discovering new blocks, filling them with data and adding them to the blockchain. Staking rewards those who fulfill a similar role but by locking away a number of coins in a smart contract instead – this is how blockchains like Tezos operate, and it’s the model that Ethereum’s moving toward with its 2.0 upgrade.
🌐 Yields – Decentralized finance platforms offer high yields to incentivize people to buy and stake tokens. Tokens are staked in liquidity pools – huge pools of cryptocurrencies that power things like decentralized exchanges and lending platforms. These yields are paid out in the form of new tokens.
🌐 Token burns – Some blockchains or protocols "burn" tokens – permanently remove them from circulation – to reduce the supply of coins in circulation. According to the laws of supply and demand, reducing a token’s supply should help to support its price as the remaining tokens in circulation become more scarce. In August 2021, Ethereum started to burn a portion of tokens sent as transaction fees instead of sending them to miners.
🌐 Limited vs unlimited supplies – Tokenomics determines a token’s maximum supply. Bitcoin’s tokenomics, for instance, dictates that no more than 21 million coins can ever be mined, with the last coin expected to enter circulation around the year 2140. Ethereum, by contrast, has no maximum limit, although its issuance each year is capped. NFT (non-fungible token) projects take scarcity to the extreme; some collections might mint only a single NFT for a piece of art.
🌐 Token allocations and vesting periods – Some crypto projects account for a detailed distribution of tokens. Often, a certain number of tokens are reserved for venture capitalists or developers, but the catch is that they can sell those tokens only after a certain time. That naturally has an effect on the circulating supply of the coin over time. Ideally, a project’s team will have implemented a system where tokens are distributed in such a way that it reduces the impact to the circulating supply and a token’s price as much as possible.
👉 Crazy tokenomics – game theory in action
🔰 The list above lays out the groundwork for tokenomics, but that’s just the start. Cryptocurrencies are essentially a free pass to introduce any type of game theory the creators would like.
🔰 Many tokens are so-called utility tokens, meaning that they have a specific purpose within a particular ecosystem – AMP, for instance, is used for a decentralized escrow system, and Index Coop’s DeFi Pulse Index token powers a decentralized index fund for top DeFi tokens
🔰 Game theory is an economic concept that assumes that traders are rational actors, and given certain incentives will eventually settle on the optimal choice (like staking ETH to earn high returns, mining bitcoin and so on). Compare, for instance, two wildly different tokenomic schedules: that of Olympus DAO, the contentious decentralized reserve currency project, and that of Loot, the NFT character sheet game created by entrepreneur and computer programmer Dom Hofmann, who co-founded the video-hosting service Vine.
👑 #Defi
🔰 In the past few years, token holders have been able to vote on rules that define a cryptocurrency’s economy by voting using tokens through decentralized autonomous organizations, or DAOs. A DAO might vote, for instance, to change the number of tokens issued to stakers – those who pledge tokens to validate transactions.
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🔰 Olympus DAO, for instance, operated a kind of huge decentralized money-market fund, where those who wanted to create a reliable reserve currency benefited from additional funds joining the pool. According to the project’s game theory model (popularized by the meme (3,3)), the most rational choice was to stake OHM into the protocol’s auto-compounding protocol.
🔰 This was due to the tokenomics of the protocol; by staking OHM, you would strengthen the decentralized reserve currency and allow people to buy more bonds. If everyone sold OHM, that would hurt the price of the protocol and all holders would get hit. So, you can see how the protocol’s tokenomics incentivized people to buy and stake the token. 🔰 Tokenomics don’t always go to plan. Eventually, lots of people did sell OHM, after investors using an OHM liquidity pool on a third-party platform were liquidated. That caused the price to fall dramatically, scaring other investors away from the token. Loot, on the other hand, is an NFT project created by Hofmann. Its tokenomics let anyone buy Loot as soon as it launched; the 10,000 character sheets, which listed items that characters in an as-yet-to-be-created game would use, sold out almost instantly. The tokenomics of Hofmann’s game revolved around scarcity; because there were only 10,000 character sheets and were hyped up on Twitter, they became immensely valuable. $BTC
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