Stage 1 of 3
System Diagnostic
Answer all questions about your system. Q4 (Θ) and Q8 (κ) are required — the diagnosis cannot run without them. The more specific your answers, the sharper the output.
Q1 · System Boundary
What exactly is the system?
Name it precisely. A vague boundary produces a vague diagnosis.
Q2 · Failure Definition
What does failure actually mean here?
Concrete and real. Not "things get worse" — what specifically breaks?
Q3 · Regime
What regime is the system in?
Elastic = real recovery. Plastic = masking active. Residual = delayed failure.
Q4 · Θ — Required ★
How much real buffer remains?
Not "does it work?" — how much genuine capacity to absorb stress before regime change?
Q5 · D — Irreversible Damage
What damage is accumulating underneath?
Slow, structural, hard to reverse. Even when everything still seems to work.
Q6 · σ — Stress Engine
What is the self-reinforcing killer loop?
Not the initial pressure — the feedback that makes stress nonlinear and self-amplifying. Different from ρ (restoration) in Q7.
Q7 · ρ — True Restoration
What actually rebuilds future tolerance?
Not appearance, not symptom suppression. What genuinely increases Θ?
Q8 · κ — Required ★
Where is stress being hidden or exported?
If you cannot name this, you don't yet understand why the system still appears alive.
Q9 · κmax — Saturation Point
When does the displacement channel run out?
The moment the masking stops working.
Q10 · Lying Metric
Which metric looks fine while the system worsens?
The false reassurance signal. The number everyone watches that tells the wrong story.
Q11 · Earliest Θ Proxy
What is the earliest real warning signal?
Moves before conventional indicators. The canary before the collapse.
Q12 · Earliest κ-Saturation Proxy
What is the first sign displacement is failing?
Q13 · Transition Boundary
What condition flips the system into a worse regime?
Q13.5 · κ-Cap Check — Critical
What displacement must be reduced before the rail works?
⚠ Building restoration while displacement is fully active is usually ineffective. The system routes back into masking. Name what must be capped first.
Q14 · Correct Rail
What is the right intervention?
Buffer · Export · Pulse · Reset · Truth — most bad strategies are "more κ" pretending to be a rail.
Q15 · Payer & Sink Map
Who pays when this breaks, and who absorbs it now?
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DST Risk Score
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κ Dominance
Gap Detection
Structural gaps in this diagnostic:
You've seen the first step.
This is where most systems fail.
Full failure cascade — all 4 steps in your system's words
Action protocol — exactly what to do, in order
Time-to-collapse estimate — how long before κ saturates
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Stage 2 of 3
Opportunity Analysis
Six insights auto-derived from your diagnostic. Answer two questions to complete the map.
Auto-Derived
Your Input
1B · First Buyer
Who feels this pain first and has real urgency?
1B · Sellable Output
What can a buyer actually purchase?
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Stage 3 of 3
Final Report & Hash
Complete DST diagnostic. SHA-256 hash is ready to anchor on XRPL.
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