nishnarudkar/Nexora-Next-Generation-Nuclear-Infrastructure-Intelligence-in-Kenya

An AI-powered decision platform helping the Republic of Kenya assess, plan, and deploy Small Modular Reactors (SMRs) with precision, confidence, and international standards alignment. # NEXORA: Next-Generation Nuclear Infrastructure Intelligence in Kenya An AI-powered decision platform helping the Republic of Kenya assess, plan, and deploy Small Modular Reactors (SMRs) with precision, confidence, and international standards alignment. The platform is designed specifically around the IAEA Nuclear Infrastructure Milestones Approach and tailored to the Kenyan administrative, regulatory, and geological landscape. --- ## Executive Summary Kenya is exploring Small Modular Reactors (SMRs) to secure carbon-free baseload power to meet its rapidly growing industrial and municipal electricity demand. However, transitioning to a nuclear state requires addressing complex infrastructure, regulatory, financial, and stakeholder alignment challenges. NEXORA provides a comprehensive, AI-driven SaaS platform that objectively evaluates Kenya's readiness. Using natural language processing, deterministic scoring algorithms, and the IAEA's 19 infrastructure issues, NEXORA synthesizes complex macroeconomic, regulatory, and public sentiment data into actionable roadmaps. It serves as a unified system of intelligence for state organizations, including the Ministry of Energy, the Kenya Nuclear Power and Energy Agency (NuPEA), and the Nuclear Regulatory Authority (KNRA). --- ## Core Modules ### 1. Nuclear Readiness Index A deterministic scoring engine that evaluates the 19 IAEA infrastructure issues (Governance, Regulatory, Technical, Institutional). It applies proprietary SMR-specific weighting factors to generate a Readiness Grade (A+ to F), Risk Level, and visual domain breakdowns (Human Resources, Financing, Stakeholders, Infrastructure, and Policies & Regulation) using Radar and Gauge charts. ### 2. Human Resource Intelligence Estimates national workforce requirements for a 300 MW SMR program. Evaluates current capacity vs. required capacity across nuclear engineering, project management, and safety inspections, and generates targeted upskilling strategies. It …