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Stablecoins were born to avoid the extreme fluctuations or volatility of cryptocurrencies and to maintain stability in the blockchain. Most conventional stablecoins (such as USDT or USDC) deposit real US dollars or equivalent assets in banks as reserves or mortgages against each of their coins. But the ideal of the crypto world is complete decentralization, where there is no need to rely on any bank or central authority. From this idea, a novel technology has been born, called algorithmic stablecoin or stablecoin algorithm. This type of stablecoin does not have any bank balance or real-world assets stored behind it; rather, it uses complete mathematical formulas, smart contracts, and free market supply-demand economic algorithms to always maintain its value equal to one dollar. The basic working principle of this system is much like the currency control of the country's central bank, but here no human does the work, but automatic open-source code does. The algorithm basically works by following the eternal principle of Supply and Demand. When the demand for this stablecoin increases in the market and its price exceeds one dollar (for example—$1.05), the algorithm automatically increases the supply by minting or creating new coins in the market. Due to the increase in the supply in the market, the price of the coin drops back to exactly one dollar. Conversely, when the market downturn occurs and the price of the coin drops below one dollar (for example—$0.95), the algorithm buys coins from the market and burns them. As the supply in the market decreases, the price of the coin increases back to one dollar. To maintain this balance, most algorithmic stablecoins use a 'two-token' or dual-currency system. There is one main stablecoin and another secondary or volatile crypto token to support it. When the price of a stablecoin drops below $1, users are encouraged to deposit the lower-value stablecoin into the system and mint a secondary token of equal value profitably. As a result, the stablecoin disappears from the market and the price returns to $1. This entire process is called a 'simple arbitrage mechanism'. The biggest advantage of algorithmic stablecoins is that they are 100% decentralized and do not require the approval of any traditional bank. They survive on their own within the crypto ecosystem. However, the risks of this technology are very serious. One of the biggest disasters in crypto history, 'Terra Luna', was a great example of this algorithmic system. If the price of both the secondary token and the stablecoin starts to fall together during a period of extreme market panic, the algorithm loses its balance, which in crypto parlance is called a 'Death Spiral'. Due to this extreme risk, the stablecoin algorithm is considered one of the riskiest and most complex experiments in the crypto world, which can be quite dangerous for ordinary investors except for highly skilled traders. Today's discussion concludes here. I hope you've found it interesting. Please share your thoughts on today's topic. Prayers for everyone. May everyone be well. Amen.