Technological Architecture and Mathematical Modeling of Digital Solutions for Green Financial Products

Анотація

Abstract This article explores the role of digital technologies in enhancing the accessibility, transparency, and efficiency of green financial products. It analyzes the dynamics of green bond issuance in emerging markets between 2014 and 2024, identifies key development stages, and highlights barriers that hinder the expansion of green finance. Particular attention is given to the potential of blockchain technologies, eco-tokens, and green cryptocurrencies to overcome these barriers by introducing innovative investment mechanisms and improving verification and liquidity processes. A specialized blockchain-based technological architecture for green financial instruments is proposed, comprising infrastructure, protocol, application and integration layers tailored to environmental objectives. A mathematical modeling framework is developed to quantify the efficiency improvements achieved through digitalization, focusing on accessibility, verification efficiency, liquidity enhancement, and environmental-financial alignment. The conducted analysis demonstrates that digital solutions can significantly improve the ecological and financial performance of green financial instruments, especially in emerging economies. Technical recommendations are provided for building energy-optimized infrastructures, standardizing environmental verification protocols, integrating blockchain platforms with monitoring systems, and implementing regulatory technology solutions. The findings emphasize the critical importance of digital innovation in accelerating the green transition, expanding access to sustainable financial resources, and achieving sustainable development goals in the global economy.

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