function Framework() { const levels = [ { n: 'L1', name: 'Perceptual', ex: 'Quality inspection · alert monitoring · document classification', tag: 'Automate', tone: 'hi' }, { n: 'L2', name: 'Analytical', ex: 'Reconciliation · inventory optimization · compliance checking', tag: 'Automate', tone: 'hi' }, { n: 'L3', name: 'Evaluative', ex: 'Credit decisions · hiring recommendations · risk assessment', tag: 'Assist', tone: 'mid' }, { n: 'L4', name: 'Creative', ex: 'Product design · marketing campaigns · problem-solving', tag: 'Human', tone: 'lo' }, { n: 'L5', name: 'Integrative',ex: 'Executive decisions · organizational design · negotiation', tag: 'Human', tone: 'lo' }, ]; const tagStyle = (t) => { if (t === 'hi') return { color: 'var(--s4-green)', borderColor: 'var(--s4-green)', background: 'var(--s4-green-wash)' }; if (t === 'mid') return { color: 'var(--s4-amber-ink)', borderColor: 'var(--s4-amber)', background: 'var(--s4-amber-wash)' }; return { color: 'var(--fg-2)', borderColor: 'var(--s4-rule)', background: 'transparent' }; }; return (
Where to start

The Cognitive
Processing
Framework.

AI implementation success correlates inversely with cognitive level. The wins are in Levels 1 and 2 — high-volume, unglamorous work where AI can operate with minimal human oversight.

{levels.map((l, i) => (
{l.n} {l.name} {l.ex} {l.tag}
))}
); } window.Framework = Framework;