Hydrogen Production with Future Vision by AI is a research study authored by Malek Khalaf Albezuirat, Osama M. Alkhawaldeh, Yousf Jamal Okour, Mohamad Al-Rashaidah, and Asia Khalaf Albzeirat. The study presents a comprehensive review and critical analysis of hydrogen production technologies, emphasizing their future integration with renewable energy systems and artificial intelligence (AI). It examines three major hydrogen production pathways—acidic corrosion of metals, thermal decomposition of water, and thermochemical water splitting—highlighting their historical development, operating principles, and current technological challenges. Building upon this analysis, the research proposes a forward-looking framework in which renewable energy serves as the primary energy source while AI enhances system monitoring, optimization, decision-making, and operational efficiency. In addition, the study introduces conceptual prototypes demonstrating how AI and renewable energy can be integrated into each hydrogen production method, providing a strategic vision for the development of next-generation intelligent, sustainable, and high-efficiency hydrogen production systems. Keywords: Hydrogen production, Artificial intelligence (AI), Renewable energy, Acidic corrosion of metals, Thermal decomposition of water, Thermochemical water splitting, Green hydrogen, Intelligent energy systems, Sustainable energy, Energy optimization.