One of the lessons Cyber Threat Intelligence has reinforced for me over the years is that efficiency and…
James W. — Decision Intelligence Executive
One of the lessons Cyber Threat Intelligence has reinforced for me over the years is that efficiency and resilience are rarely the same thing. For decades, globalization rewarded organizations that centralized manufacturing, concentrated suppliers, optimized logistics, and pursued just-in-time delivery models that squeezed every ounce of cost from the system. It worked remarkably well, right up until the moment disruption became the strategy.
Today, adversaries no longer need to attack your organization directly to create meaningful business impact. They can target a semiconductor manufacturer halfway around the world, compromise a software supplier trusted by thousands of customers, disrupt a regional power grid, interfere with a shipping lane, or influence the availability of critical minerals. The objective is not always destruction. More often, it is dependency. Every concentration of capability becomes a concentration of risk, and every single point of failure becomes an opportunity for leverage.
That is why I believe supply chain resilience should be viewed through the same lens as cybersecurity architecture. We would never knowingly design a critical application with one authentication server, one backup, or one network path, yet many organizations continue to rely on a single manufacturer, a single geographic region, or a single source of energy for capabilities essential to their survival. From an intelligence perspective, those dependencies are simply attack paths waiting to be exploited.
The conversation extends well beyond manufacturing. Energy generation follows the same principle. A diversified grid that combines nuclear, natural gas, hydroelectric, solar, wind, geothermal, and emerging technologies is not simply an environmental or economic discussion. It is a resilience strategy. The same applies to pharmaceuticals, rare earth processing, cloud infrastructure, food production, telecommunications, and transportation. Diversity creates optionality, and optionality reduces leverage.
This does not mean abandoning efficiency. It means recognizing that resilience carries measurable business value. A distributed supply chain may cost more to build, but it often costs far less than prolonged production outages, contractual penalties, lost market share, reputational damage, or strategic dependence on a single point of failure. The return on investment is realized the first time disruption occurs and the business continues operating while competitors struggle to recover.
Perhaps this is where Cyber Threat Intelligence can contribute far beyond the SOC. Intelligence should not simply identify adversaries. It should identify dependencies, reveal concentrations of risk, anticipate geopolitical shifts, and help leadership decide where resilience is worth the investment. Those are not purely cybersecurity decisions. They are strategic business decisions that determine whether an organization can continue delivering products, generating revenue, and serving customers when the unexpected becomes reality.
I sometimes wonder whether the next competitive advantage will belong to the organizations that operate at the lowest cost, or to the ones that have designed their business so well that no single event, supplier, facility, or power source can determine their future. From where I sit, that feels like an intelligence problem long before it becomes a security problem.
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