Tides and Draw bridges

AI’s capabilities in pattern recognition can indeed give the impression of understanding, when in reality it’s purely data-driven. For example, by studying millions of boat routes over what would be equivalent to 10,000 human years, an AI system would identify patterns related to tides and drawbridges without actually comprehending these concepts. It may predict optimal navigation routes that avoid high tides or drawbridge lifts, but this doesn’t imply an understanding of marine science or civil engineering.

In essence, AI’s efficacy in these scenarios comes from its ability to discern statistical correlations within enormous datasets. It identifies repeated occurrences where boats avoid certain paths at specific times and integrates this information into its predictive model. While humans would interpret these avoided paths as being related to tides or drawbridge schedules, the AI algorithm remains agnostic to the ‘why.’ Its sole focus is on delivering the most efficient route based on observed data patterns.

Author: John Rector

John Rector is a Charleston-based entrepreneur, author, and AI strategist. He co-founded E2open, the supply-chain software company acquired for $2.1 billion in 2025, and in 2026 opened Charleston AI, a 3,000-square-foot lab that helps people and organizations understand and use artificial intelligence. He is the creator of The Reality Equation — a lecture series, book, and curriculum exploring attention, prediction, and how reality is experienced — and the author of more than two dozen books. He writes and speaks widely on artificial intelligence, attention, and the future of human work.

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