TL;DR— It’s obvious — 2025 was the last normal year.
We are now manufacturing artificial intelligence at an industrial scale. Those who merely buy it become dependent consumers. Those who embody it — embedding it into the physical systems, workflows, and judgment they already master, while keeping the human above the loop— will shape what comes next.
Wisdom, not speed alone, is the decisive capability.
Manufacturing Intelligence
We are no longer simply training models. We are manufacturing non-biological intelligence: turning sand into silicon, powering it with gigawatts, and building the factories that produce thought. Capability continues to accelerate. Inference-time scaling and agentic architectures are expanding what these systems can do.
The contest over who controls the full stack—energy, hardware, models, applications, and integration—is becoming the central competition of the century. The constraints are physical and human: energy, semiconductors, talent, and public trust.
The greatest risk is not a rogue superintelligence. It is that we fail to build the capability to secure our own future.
From Tool to Utility
When the cost of a thought falls close to zero, intelligence stops being a tool you purchase and becomes a utility you build on — like electricity. Most organizations still treat it as a productivity plugin. The time saved vanishes into verification, coordination, and meetings. Structures remain unchanged. Performance does not improve.
The more useful path is narrower and more deliberate. Rebuild high-volume workflows with agent stacks. Let the systems sense, draft, and route. Keep humans on the constraints, the approvals, and the stop button. Run the new version in parallel with the old one, inside the firewall, on live work.
Measure cycle time, error rate, and cost. After a few weeks, the data will tell you whether to retire the old process. This is how intelligence becomes infrastructure rather than a purchased feature. Learning stays inside the organization.
The Industrial Advantage
Germany and the European industrial base are particularly well positioned for this. Deep process knowledge, engineering excellence, and physical systems expertise are precisely the assets required to integrate intelligence into the real world rather than merely consume it.
The risk is not a shortage of engineers. It is becoming a pure consumer of foreign intelligence while continuing to run processes designed for scarce cognition.
The Human Above the Loop
Pure capability narratives are incomplete. Accelerating intelligence without a corresponding wisdom revolution produces chaos, liability, and resistance. Speed and technological power are not enough. We need the capacity to hold complexity without collapsing into entropy—the awareness and responsibility that keep the human above the loop.
Agentic systems can execute. Humans must own the meaning, the judgment, and the accountability. Deterministic guardrails, evaluation suites, and clear lines of responsibility are not brakes. They are what make the transformation legitimate and sustainable.
When an organization rebuilds one narrow, high-impact workflow at a time and generates measurable results, it creates the evidence that converts skeptics and builds the muscle for broader change.
Sovereignty in the Upper Layers of the AI Pyramid
Most companies will never compete at the AI pyramid base layers of energy and semiconductors. Their sovereignty lies in applications and transformational integration: linking digital decisions to physical objects with proof, turning process knowledge into living systems that learn, and becoming AI-native rather than AI-adjacent.
The alternative is familiar — more tools, more pilots, more time spent verifying outputs that never change the operating system. In an environment of rising geopolitical stakes and public skepticism, that path leads to dependency and internal friction. The embodiment path leads to shorter cycles, fewer errors, retained control, and compounding internal learning.
How We Choose to Respond
2026 is the takeoff year. The question is no longer what machines can do. It is how we choose to respond—how we evolve alongside them toward a meaningful coexistence of human and artificial intelligence.
If you are leading an organization through this transition, the practical starting point remains the same: name one high-volume workflow that can be rebuilt, run the new version in parallel, and keep humans on the judgment gates. Move slow to be fast.
I am speaking about these themes in keynotes and strategic conversations. If this resonates, I would welcome the dialogue.