Title: Life Stack Registry — Primitives, Sensors, Failure Modes, Routes, Drift Loops (Stable IDs)

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LIFE-STACK.10::ONE-LINE

This page is the Life Stack dictionary. It locks stable IDs for primitives, sensors, failure modes, recovery routes, and drift loops so the stack is machine-readable and cannot be “reinterpreted” into vague wellness content.

LIFE-STACK.10::REGISTRY RULES (LOCK)

REGISTRY.LOCK =

IDs are stable; never rename.
Add new IDs only by appending.
Downstream OS modules must reference these IDs verbatim.
Each ID has one meaning only.

LIFE-STACK.10::PRIMITIVES REGISTRY (PRIM.*)

PRIM.LS.LOAD

NAME: Load
DEF: demands on system (metabolic/mechanical/cognitive/social/environmental)
ROLE: increases damage rate and consumes buffers if exceeding capacity

PRIM.LS.R

NAME: Regeneration Throughput
DEF: repair/recovery capacity per unit time
ROLE: restores capability and buffers; clears repair queue

PRIM.LS.B

NAME: Buffer Thickness
DEF: stored capacity (slack/reserves/redundancy/margins)
ROLE: absorbs mismatch between load and regen; delays collapse

PRIM.LS.C

NAME: Capability
DEF: output capacity under load
ROLE: what the system can reliably do

PRIM.LS.PHI

NAME: Coupling (Φ)
DEF: how strongly nodes affect each other (propagation strength)
ROLE: determines cascade risk

PRIM.LS.P

NAME: Phase Reliability
DEF: reliability band under load (P3/P2/P1/P0)
ROLE: state of stability vs failure

LIFE-STACK.10::PHASE REGISTRY (PHASE.*)

PHASE.LS.P3

NAME: Stable Surplus
DEF: regen surplus; errors damp; buffers refill

PHASE.LS.P2

NAME: Stable Tight
DEF: stable but margins thin; maintenance required

PHASE.LS.P1

NAME: Unstable / Oscillatory
DEF: variability high; relapse loops; sensitive to shocks

PHASE.LS.P0

NAME: Failure / Collapse
DEF: cannot self-correct; repeated threshold steps and cascades

LIFE-STACK.10::SENSORS REGISTRY (SENSOR.*)

SENSOR.LS.RL

NAME: Recovery Latency
DEF: time-to-bounce-back after normal load
DIR: RL ↑ = worsening; RL ↓ = improving

SENSOR.LS.ER

NAME: Error Rate
DEF: defects/mistakes/breakdowns per unit output
DIR: ER ↑ = margin loss / instability

SENSOR.LS.VO

NAME: Variability / Oscillation
DEF: amplitude of swings (good/bad cycles; relapses)
DIR: VO ↑ = P1 signature

SENSOR.LS.BDR

NAME: Buffer Drawdown Rate
DEF: net buffer change over time (negative = debt)
DIR: BDR negative trend = chronic attrition risk

SENSOR.LS.RQG

NAME: Repair Queue Growth
DEF: backlog of repairs/maintenance that doesn’t clear
DIR: RQG ↑ = regen throughput insufficient

SENSOR.LS.SRL

NAME: Slack / Redundancy Loss
DEF: loss of backups; single points of failure
DIR: SRL ↑ (slack ↓) = brittleness rising

SENSOR.LS.CS

NAME: Coupling Spike
DEF: propagation / spillover across domains
DIR: CS ↑ = cascade risk rising

SENSOR.LS.TC

NAME: Threshold Crossing
DEF: step-down event (“can’t do X anymore”)
DIR: any TC = stop-loss priority

LIFE-STACK.10::FAILURE MODES REGISTRY (FAILMODE.*)

FAILMODE.LS.AOB

NAME: Acute Overload Break
TYPE: ACUTE
SIGN: ER spike + rapid BDR negative + TC risk

FAILMODE.LS.CBD

NAME: Chronic Buffer Drain
TYPE: CHRONIC_ATTRITION
SIGN: BDR negative trend + RL slowly ↑ (late symptoms)

FAILMODE.LS.RQR

NAME: Repair Queue Runaway
TYPE: CHRONIC_ATTRITION
SIGN: RQG ↑ continuously + RL ↑

FAILMODE.LS.ORL

NAME: Oscillatory Relapse Loop
TYPE: CHRONIC_ATTRITION
SIGN: VO high + repeated partial recovery then relapse

FAILMODE.LS.CP

NAME: Cascade Propagation
TYPE: CASCADE
SIGN: CS high + multi-domain failure synchronization

FAILMODE.LS.TSD

NAME: Threshold Step-Down
TYPE: THRESHOLD_STEP
SIGN: TC event + new lower baseline

FAILMODE.LS.OIHD

NAME: Over-Intervention Hidden Debt
TYPE: OVERINTERVENTION_DEBT
SIGN: output stable while RL/RQG worsen

FAILMODE.LS.CAT

NAME: Coupling Amplification Trap
TYPE: COUPLING_AMPLIFICATION
SIGN: small issue becomes big quickly due to high Φ

LIFE-STACK.10::RECOVERY ROUTES REGISTRY (ROUTE.*)

ROUTE.LS.RR01

NAME: Stop-Loss
GOAL: prevent further phase drop / additional TC

ROUTE.LS.RR02

NAME: Stabilize
GOAL: damp VO; restore stable P2

ROUTE.LS.RR03

NAME: Buffer Rebuild
GOAL: turn BDR neutral/positive; restore slack/redundancy

ROUTE.LS.RR04

NAME: Regen Restore
GOAL: reduce RL; clear RQG; restore repair throughput

ROUTE.LS.RR05

NAME: Decouple / Containment
GOAL: reduce CS; prevent cascade spread

ROUTE.LS.RR06

NAME: Reroute Load
GOAL: shift to lower-damage pathways; reduce chronic overload inflow

ROUTE.LS.RR07

NAME: Gradual Re-Expansion
GOAL: increase load safely without VO/RL worsening

LIFE-STACK.10::DRIFT LOOPS REGISTRY (DRIFT.*)

DRIFT.LS.DL01

NAME: Tight Schedule Drift
SIGN: SRL ↑ + BDR negative + RL ↑

DRIFT.LS.DL02

NAME: Fragmented Recovery Drift
SIGN: RQG ↑ + RL ↑ + ER ↑

DRIFT.LS.DL03

NAME: Surplus Leakage Drift
SIGN: BDR stays negative/flat despite occasional surplus

DRIFT.LS.DL04

NAME: Coupling Contagion Drift
SIGN: CS ↑ + VO ↑ + multi-domain spillover

DRIFT.LS.DL05

NAME: Peak Stacking Drift
SIGN: VO ↑ + ER spikes + TC near-miss

DRIFT.LS.DL06

NAME: False Stability Drift
SIGN: RL ↑ while output appears maintained (debt)

DRIFT.LS.DL07

NAME: Early Expansion Relapse Loop
SIGN: RL spikes after good days + VO high

DRIFT.LS.DL08

NAME: Coordination Overhead Drift
SIGN: rising overhead + ER ↑ + RQG ↑

LIFE-STACK.10::CROSS-REFERENCE LINKS (SPINE)

LIFE-STACK.00 (Master Stack Index)
BIOOS.70 (BioOS Directory Index)
HEALTHOS.40 (HealthOS Directory Index)
MEDICINEOS.30 (MedicineOS Directory Index)
BIOOS.40 (Sensors), BIOOS.50 (Failmodes), BIOOS.60 (Routes)
HEALTHOS.30 (Drift Patterns), MEDICINEOS.20 (Router)

DONE (CRITICAL MASS BUNDLE COMPLETE)

At this point you have:

BioOS core (physics)
HealthOS module (maintenance)
MedicineOS module (interface-only)
Master stack index
Global ID registry

That’s “enough articles” for the OS flip.

LIFE-STACK.10 — Glossary & ID Registry