Disaster Recovery Journal Summer 2026

E very major disaster produces two pre dictable outcomes. First, we mobilize enormous resources, money, people, and logistics under extreme pressure. Second, once the immediate crisis fades, we fail to learn systematically from what just hap pened. That second fail ure is far more costly than we admit. Over years of advising governments, infrastructure operators, and international organizations on technology adoption, I’ve seen the same pattern repeated across earthquakes, floods, wildfires, and humanitarian crises. We are not short on data. We are short on intelligence that car ries forward from one disaster to the next. While AI doesn’t eliminate natural disasters, it may be the only scalable way to improve response and recovery (and, perhaps, prevent institutional amnesia.) For executives, policymakers, and board members, disaster preparedness and recovery are often framed as moral obligations or regulatory necessities. In reality, they are operational risks with direct economic consequences. Disasters disrupt supply chains, destabilize labor markets, inflate insurance losses, and strain public trust. The faster recovery happens (and the smarter it becomes), the less secondary damage compounds across the economy. Globally, disaster-related losses now exceed $300 billion annually, with only a fraction insured, according to the World Bank and UN agencies. Climate events are increasing both in frequency and complexity, stretching response systems designed for a different era. However, most disaster responses remain reactive, fragmented, and manu ally coordinated. Response failure is not usually caused by lack of effort or fund ing. Rather, it is rooted in poor coordina tion under uncertainty. We have multiple

agencies that operate with partial visibil ity, outdated information, and conflict ing priorities. Consequently, decisions are made sequentially when they should be parallel. This is precisely where AI excels. In disaster scenarios, our AI models (trained on historical response data) can predict where resources will bottleneck before shortages become visible on the ground. Logistics optimization algorithms can dynamically reallocate supplies as conditions change. Satellite imagery com bined with computer vision can assess damage across regions in hours instead of weeks, allowing responders to prioritize where human intervention matters most. Please note, these capabilities already exist. What’s missing is institutional integration. Consider damage assess ment. Traditionally, governments rely on manual inspections and self-reporting to determine aid eligibility. This process is slow, inconsistent, and vulnerable to fraud. AI multimodal assessment (com bining imagery, sensor data, and historical baselines) provides faster, more objec tive estimates of impact. This reduced disputes, accelerated funding release, and allowed recovery teams to focus on rebuilding rather than verification. Remember, speed matters because delay multiplies harm and damage. Fraud is another area quietly draining recovery budgets. After major disasters, opportunistic fraud increases sharply, often because systems are overwhelmed. AI anomaly detection can flag suspicious claims and aid requests without treating every applicant as suspect. This preserves both integrity and dignity, an ethical balance that manual systems struggle to achieve under pressure. Next, we have the learning gap. Postmortem reports are written, filed, and forgotten. Data from each disaster lives in separate systems, rarely used to improve the next response. As a result, we’re not tapping into a key capability: AI can turn disasters into training data. Response patterns, decision timing, and outcome correlations can be analyzed to continu ously improve preparedness. This helps

us reduce repeated failure modes. Why isn’t this transformation already underway? Because disaster response sits at the intersection of too many authorities. Responsibility is diffuse. Incentives are misaligned. Success is hard to attribute, while failure is highly visible. AI intro duces accountability into systems that have long relied on heroic effort rather than institutional learning. This account ability makes leaders nervous. In addition, there is a misconception disaster AI is only relevant to govern ments. It isn’t. Corporations depend on stable infrastructure, functioning logis tics, and predictable recovery timelines. Insurers, manufacturers, retailers, and utilities all bear downstream costs when recovery falters. Organizations that engage proactively (through data-sharing partnerships, scenario modeling, and joint preparedness) reduce exposure others accept as inevitable. This is where leadership matters. The most effective disaster response lead ers I’ve worked with don’t ask how AI replaces human judgment. Instead, they ask how it preserves human judgment for the moments that matter most. They understand intelligence is not about control but rather about clarity under pressure. The next decade will bring more disasters. Will institutions keep relearn ing the same lessons at enormous cost or finally build systems that remember? AI offers a rare opportunity to convert crisis into capability, but only if leaders are willing to treat preparedness and recovery as strategic systems rather than episodic events. In an increasingly fragile world, this competence may be the most valu able advantage we have. v

Neil Sahota is an IBM Master Inventor, a United Nations artificial intelligence advisor, an AI strategist, and the author of two books, “Own the A.I. Revolution” and “AI Activation Code.” With more than 20 years of business experience, he works with organizations

to create next-generation products/solutions powered by emerging technology. His work experience spans multiple industries, including legal services, healthcare, life sci ences, retail, travel and transportation, energy and utilities, automotive, telecommunications, and sports.

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