1.3 Module 1 · The 97% Problem

The Patching Fallacy

Adding AI to a broken process makes the fast parts faster — the slow parts don't change. Model two futures for your workflow and watch the gap compound.

Patching Fallacy Simulator ROI Comparison Chart

The $50 Million Lesson

A company spent $50 million deploying AI across every department. Marketing drafted in minutes. Legal reviewed 40% faster. But the approval chain was unchanged. The cycle time barely moved. They had built the world's best engine and bolted it to a horse and cart.

The Patcher

$15M invested. Net cycle-time improvement: ~15%. Employee satisfaction declined. Lost two senior hires. Payback not achieved at month 12.

The Rebuilder

$3M invested. Net cycle-time improvement: ~99%. Employee satisfaction improved. Attracted three new hires. Payback in 7 months.

Patching Fallacy Simulator

Model two scenarios for your workflow. Adjust the sliders and watch the gap between patching and rebuilding compound over five years.

Scenario A: Patch

Keep existing process, add AI copilots to accelerate parts of it.

30%
80%
$500K
Net cycle-time improvement
24%
Formula: % accelerated × speed gain

Scenario B: Rebuild

Remove human handoffs from execution layer. Build the new process natively.

95%
15%
$200K
Net cycle-time improvement (Year 1)
95%
Compounds annually with self-optimisation

The Compounding Gap

Gap at Year 1
Gap at Year 3
Gap at Year 5
Patch: Cost per % improvement
Rebuild: Cost per % improvement

Patch It or Fork It?

Answer four questions about your workflow. If all four are yes — fork it.

What Comes Next

You've diagnosed the friction, calculated the cost, and seen why patching won't close the gap. In Module 2, you'll learn the alternative: the Organisational Fork — how to build the new alongside the old, without blowing up what's working today.