While AI's technical capabilities advance exponentially, widespread organizational adoption is slowed by human factors like resistance to change, lack of urgency, and abstract understanding. This creates a significant gap between potential and reality.

Even with superhuman AI, Dario Amodei argues the economic revolution won't be instant. The real-world bottleneck is "economic diffusion": the messy, human process of enterprise adoption, including legal reviews, security compliance, and change management, which creates a fast but not infinite adoption curve.

Unlike previous top-down technology waves (e.g., mainframes), AI is being adopted bottom-up. Individuals and small businesses are the first adopters, while large companies and governments lag due to bureaucracy. This gives a massive speed advantage to smaller, more agile players.

Even if AI technology advances overnight, a state's ability to act on it is slowed by institutional factors. The need for testing, updating military doctrine, and securing political approval for a high-stakes action means that institutional adaptation will always lag technological progress.

Concerns about immediate AI-driven job losses are premature. True labor displacement requires a lengthy phase-in period for broad enterprise adoption, building new application layers, and integrating AI into existing workflows and processes, which takes significant time.

Despite fears of rapid job displacement, the slow pace of technology adoption in large corporations provides a crucial window to develop solutions. The fact that many firms are still migrating to the cloud indicates AI integration will take years, not months.

AI's "capability overhang" is massive. Models are already powerful enough for huge productivity gains, but enterprises will take 3-5 years to adopt them widely. The bottleneck is the immense difficulty of integrating AI into complex workflows that span dozens of legacy systems.

Unlike startups facing existential pressure, enterprise buyers can benefit from being late adopters of AI. The technology is improving at an exponential rate, meaning a tool deployed in a year will be significantly more capable than today's version, justifying a 'wait and see' approach.

While AI is capable of disrupting most knowledge work now, large enterprises move too slowly to implement it. Widespread job disruption will be delayed by organizational friction and slow adoption, not technological limitations, even if AGI were achieved today.