Thesis
The survey points to verification work as a practical friction in AI-assisted development, without quantifying the underlying code-error rate.
Observed facts
Mechanism
An answer that appears plausible but is subtly wrong can shift effort from producing a first draft to checking assumptions, edge cases, and integration.
Why now
Reported daily use among professional developers makes the cost of reviewing AI output relevant to ordinary workflow design, not just experimentation.
Implications
Teams should evaluate AI assistance alongside the review and testing work needed to trust its output.
Perceived friction is not equivalent to an observed code-error rate.
Evidence boundary
These are survey responses, not an independent code-quality benchmark, and the excerpt provides no error-rate measurement.
Watch conditions
Watch for future evaluations that pair adoption data with task-level correctness and review effort.