Creation of Smart Contracts in the Information System for Arms Sales Accounting
Abstract
The article analyzes the capabilities of the Ethereum platform for developing and implementing smart contracts in an information system for arms sales accounting. The architecture of the platform, the features of the Solidity programming language, and mechanisms for ensuring transparency, security, and data integrity in purchase and sale processes are examined. The potential of smart contracts for automating key accounting stages, including permit verification, transaction registration, and compliance with legal regulations, is explored. The advantages of using blockchain technologies are identified, including immutability of records, real-time transaction auditing, and minimization of human error. Challenges associated with system implementation are outlined, particularly issues of scalability, data confidentiality, and legal compliance. The study demonstrates the prospects of integrating Ethereum to enhance the efficiency and transparency of processes in arms control systems.
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