The common use of AI for trivial tasks is a distraction. The real opportunity for businesses is to apply AI to core operational workflows, dramatically increasing output per employee. This creates a window for massive margin expansion before market prices adjust.

The primary bottleneck in applied AI is not model capability but human integration. There is a massive "capacity overhang" where models are far more powerful than how we currently apply them in daily workflows. The focus should be on better application, not just better models.

Drawing a parallel to the slow adoption of PCs in the 90s, Boris Churney argues companies won't see AI productivity boosts by simply layering it onto old workflows. The biggest benefits come from placing AI at the core of the business and redesigning processes around its capabilities, eliminating old bottlenecks entirely.

The biggest mistake in AI adoption is simply automating an existing manual workflow, which creates an efficient but still flawed process. True transformation occurs when AI enables a completely new, non-human way of achieving an outcome, changing the process itself rather than just the actor performing it.

Despite models demonstrating PhD-level capabilities, most people only use them for basic tasks. The biggest hurdle for AI companies is not making models smarter, but bridging this usability gap by making advanced power easily accessible to the average person, likely through better interfaces and agents.

True productivity gains from AI will mirror the adoption of electricity. Early factories that just replaced steam engines with electric motors saw little benefit. The revolution happened when they completely redesigned the factory floor around the new technology. Similarly, companies must reimagine entire workflows around human-AI collaboration.

The slow adoption of AI isn't due to a natural 'diffusion lag' but is evidence that models still lack core competencies for broad economic value. If AI were as capable as skilled humans, it would integrate into businesses almost instantly.

The adoption of AI mirrors the introduction of electricity; initial, limited gains come from plugging it into existing processes. Massive productivity leaps will only be achieved by fundamentally redesigning organizational structures and workflows around AI's capabilities, just as factories were redesigned for electricity.

Just as electricity's impact was muted until factory floors were redesigned, AI's productivity gains will be modest if we only use it to replace old tools (e.g., as a better Google). Significant economic impact will only occur when companies fundamentally restructure their operations and workflows to leverage AI's unique capabilities.