FANALE-BALISE
THERMOMETRIC MODEL v1.2

PURPOSE

Measure variance between an observed state and a defined reference state.
Signal the condition of that variance.
Preserve record.

Do Not Judge.
Do Not Enforce.
Do Not Interpret Motive.

BALISE

Function:
Measurement.

The Balise is the transponder..

Responsibilities:

• Define invariant state.
• Define thresholds.
• Receive observations.
• Calculate variance.
• Maintain record.

Question:

How far did the observed state depart from the reference state?

Output:

Drift Coefficient (Dc)

Definition:

A quantitative measure of deviation between the observed state and the defined invariant state.

A higher Dc indicates greater departure from the reference condition.

FANALE

Function:
Signaling.

The Fanale is the visible condition indicator.

Responsibilities:

• Publish measurement.
• Expose condition.
• Indicate trend.
• Maintain visibility.

Question:

What does the measurement indicate about the health and stability of the system?

Output:

Risk State

THERMOMETRIC SCALE

ABSOLUTE ZERO/

Condition:
Invariant Alignment

Meaning:
Observed state ≈ Reference state
Drift Coefficient near zero

Action:
None

AMBIENT

Condition:
Latent Variance

Meaning:
Measured deviation present but limited
Early divergence from the reference state

Action:
Observation

FLASHPOINT

Condition:
Accelerating Variance

Meaning:
Drift Coefficient exceeds defined threshold
Rate or magnitude of deviation increasing

Action:
Review Recommended

CRITICAL MASS

Condition:
Structural Contamination

Meaning:
Deviation has reached a level where core invariants are compromised
System behavior no longer reliably reflects the reference state

Action:
Escalation Eligible

ARCHITECTURAL RULE

Balise Measures.

Fanale Signals.

Record Preserves.

Governance Decides.

MEASUREMENT CHAIN

Observation
↓
Balise
↓
Drift Coefficient
↓
Fanale
↓
Record
↓
Governance

PRINCIPLE

Visibility precedes judgment.

Measurement precedes action.

Record precedes authority.

The thermometer does not create the heat.