evaluating oil- and gold-backed cryptocurrencies in sanctioned economies: valuation, stability, and cryptographic dimensions

Countries facing high inflation and sanctions, particularly resource-rich economies such as iran and venezuela, may benefit from resource-backed cryptocurrencies as tools for monetary stability. in this study, global oil and gold prices were converted into the iranian rial using the free-market u.s. dollar exchange rate. we assess the viability of a crude oil-pegged digital asset using daily data on iran's free-market exchange rates, global gold prices, and the rial value of crude oil. applying jensen's conditional dynamic alpha and garch-modeled volatility, we find that gold consistently outperforms the u.s. dollar in risk-adjusted returns, supporting the case for dual oil- and gold-backing. integrating gold into an oil-backed cryptocurrency enhances stability and resilience against macroeconomic shocks. to ensure credibility and transparency, we examine cryptographic mechanisms including zero-knowledge reserve proofs, secure oracles, and smart contract governance. the results provide a replicable valuation framework for resource-backed cryptocurrencies, demonstrate their potential to deliver stable, risk-adjusted returns, and offer policy-relevant insights for sanctioned or inflation-prone economies with natural resources seeking alternative monetary instruments. this study contributes to the literature on asset-backed digital currencies by combining financial modeling with cryptographic design, highlighting the role of multi-commodity collateralization in strengthening decentralized monetary systems under economic and geopolitical constraints.