This is Technology for Intelligent Decisions, a blog by Bilal Ayyub You can subscribe if you'd like to stay up to date and receive emails when new content is published!
Introduction The Strait of Hormuz is often described as the world’s most critical energy chokepoint. But on April 12, 2026, following the conclusion of U.S.–Iran talks without agreement, real-time vessel tracking suggests something more subtle and more important: The system did not stop. It starting to be
A systems-based analysis of infrastructure, food, water, and recovery dynamics Three broad classes of catastrophic risk are often discussed: (1) Nuclear detonation, (2) Radiological dispersal (dirty device), and (3) Electromagnetic disruption (EMP). They are examined from effects to recovery to inform policy and planning. 1. Nuclear Detonation — Multi-System Collapse Primary
Introduction Public discussions of nuclear risk often focus on the facility itself, its design, containment, and potential release mechanisms. This perspective is incomplete. Risk must be understood as: A function of the infrastructure system, environmental dynamics, and interdependencies. This becomes particularly evident when comparing: * Bushehr Nuclear Power Plant (Iran) * Dimona
💡My prior essays on Infrastructure Tokenization generated a lot of interest and questions related to terminology and why needed which are being addressed briefly herein. My prior essays are: Infrastructure Tokenization: An Institutional Playbook for Capital Modernization Infrastructure Tokenization: Modernizing Assets Through Digital Finance Tokenization for Digital Finance Tokenization refers