Jordan has unveiled an ambitious Blockchain Technology Policy for 2025, marking a major step toward modernizing its government operations and public services. The policy, recently approved by the Jordanian Council of Ministers, aims to transform administrative procedures while strengthening data security and transparency.
The comprehensive initiative focuses on implementing blockchain technology across government functions to streamline operations and reduce costs. By enabling automated, real-time verification of transactions, the system promises to enhance service delivery efficiency for both businesses and citizens.
"The policy prioritizes citizen data protection while promoting transparency in government operations," stated officials involved in the program. The initiative includes plans to develop specialized blockchain expertise within the population and provide support for blockchain-focused startups.
This move positions Jordan among other Middle Eastern nations embracing blockchain solutions. The country's adoption of the technology builds upon growing interest in crypto trading observed in 2022, when citizens turned to digital assets amid economic challenges.
The policy forms part of Jordan's broader economic modernization vision, designed to attract international investment and establish the nation as a competitive player in the digital economy. Through improved public services and infrastructure, the government expects to boost economic diversification and growth.
The initiative arrives as neighboring countries advance their own blockchain agendas. Dubai recently granted approvals for expanded blockchain payment services, while Abu Dhabi continues developing its regulatory framework for decentralized technologies.
By focusing on both technological implementation and workforce development, Jordan's blockchain policy represents a comprehensive approach to digital transformation. The government expects the initiative to reduce transaction times, cut operational costs, and build public trust in administrative processes.