Sarcouncil Journal of Applied Sciences Aims & Scope

Abstract: Stablecoins are a significant innovation in digital finance that aims to connect the stability of traditional fiat currencies with the programmability of blockchain-based financial technologies. Stablecoins create parity with their fiat counterparts in a variety of ways through either a combination or single mechanism of fiat-backed reserves, algorithmic feed supply changes, and crypto collateralization methods. With fiat-backed stablecoins like USDC, traditional currency reserves are maintained on a one-for-one basis. Algorithmic stablecoins buy and sell reserve digital assets to maintain a fixed currency price, i.e., maintaining equilibrium via automated feed-supply adjustments that cancel each other out and keep the price fixed. Crypto-backed stablecoins like DAI use overcollateralization principles and reserves to absorb the price fluctuations of the underlying crypto assets and prevent price deviation from parity. Hybrid stablecoin architectures that tokenize baskets of real-world collateral and diversified assets are also emerging in the blockchain space. The risks associated with these differing stablecoin mechanisms influence their ability to mitigate risk exposure while maintaining transparency, disclosure measures, and compliance with regulators. There are numerous possible applications of stablecoin mechanics, ranging from remittance services to digital savings products and decentralized finance protocols, where preserving stable value is critical. Having a good grasp of the technical architectures and economic theory that underpin the different stabilization mechanisms is essential for assessing systemic risk exposure as well as for achieving practical, pragmatic deployment scenarios in rapidly evolving financial ecosystems.