📍 Goal Engine
Define the Target with Precision — "A goal without a number is just a preference."
Target Definition
✓ Saved
102
Clients Needed
target ÷ price
9
New Clients/Month
clients ÷ timeframe
$20,000
Gap to Goal
target − current
⛓ Reverse Engineering Breakdown
🌍 Environment Assessment
✓ Saved
📊 Metrics Engine
Where are we now? — Track all three flywheels in real time.
Personal Flywheel
Speed:
Sleep
/ 7.5h
Protein
/ 180g
Training
/ 4/wk
Regulation
done today
/ daily
Energy Score
/ 8
Revenue Flywheel
Speed:
Outreach
/ 21/day
Reply Rate
/ 15%
Demo Rate
/ 30%
Trial→Paid
/ 60%
Retention
/ 80%
Authority Flywheel
Speed:
Content
/ 3/wk
Case Studies
/ 1/client
Referrals
/ 1/5 clients
Inbound Leads
/ 5/mo
Brand Reach
growing
✓ Saved
🔴 Bottleneck Engine
What is stopping us? — Auto-detected from Engine 2 data.
⚠ PRIMARY CONSTRAINT
No data yet
📋 Secondary Constraints (Next 4)
No constraint data — save metrics in Engine 2 first.
🔬 Diagnosis Guide
→Low output + high effortFriction Problem
→InconsistencyInertia Problem
→Plateau despite effortNew Bottleneck (upstream)
→Burnout symptomsEnergy Mismatch
→No improvement over timeFeedback Gap
→Good inputs, poor outputsSequencing Issue
Manual Override
Override auto-detection when you know what the constraint is.
⚡ +EV Engine
What should we do next? — Expected Value decision framework.
📋 Recent Decisions (Last 5)
| Idea | Type | EV Score | Verdict | Date |
|---|---|---|---|---|
| No decisions logged yet | ||||
🎯 80/20 Engine
What is the highest leverage action today? — The One Action Protocol.
⚡ RIGHT NOW
Complete Engine 2 (Metrics) to generate your One Action.
💼 Portfolio Mode
⏱ Time Allocation Calculator
🧪 Experiment Engine
What should we test to improve? — Systematic hypothesis testing.
New Experiment
📊 Experiment Log (up to 20)
| Hypothesis | Variable | Baseline | Result | Verdict | Date | |
|---|---|---|---|---|---|---|
| No experiments logged yet | ||||||
🔄 Flywheel Engine
How does growth compound? — The three flywheels in motion.
The Flywheel Laws
→
Compounding:Consistency > Intensity
→
Conservation:Finite energy → fix constraint first
→
Entropy:Systems degrade without energy input
→
Feedback:Measurement creates anti-entropy
→
Constraints:System speed = slowest flywheel