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ISO.DIR.IDX.v0_1

Three learners review open books together at a classroom table, with stacks of textbooks, stationery and a whiteboard in the bright room.
[LOCKBOX]
DOC_ID        = ISO.DIR.IDX.v0_1
CANONICAL     = TRUE
ID_GRAMMAR    = Place×Lane×Zoom×Role×Type×ID
PLACE         = ISO                  # International Organization for Standardization
LANE_SET      = GOV|COM|TRN|SEC|HLT|ENE|FIN|EDU|MAN
ZOOM_SET      = Z5|Z6                # ISO sits at Z6; binds down to national standards bodies (Z5)
ROLE_SET      = V|O|P
TYPE_SET      = PLACE|NODE|PIPE|SENSOR|RULE|BIND|REG|IDX|TEMPLATE
PHASE_SET     = P0|P1|P2|P3
VERSIONING    = LOCK-IDs (never rename; only version forward)
[/LOCKBOX]

1) PLACE Record (Z6)

[PLACE]
ID            = ISO.PLACE.Z6.P.PLACE.ISO
NAME          = International Organization for Standardization (ISO)
SCOPE         = Z6 cross-industry standards router (interoperability, quality, safety, management systems)
PRIMARY_LANES = COM,MAN,GOV,SEC,HLT,ENE,TRN
PHASE_TARGET  = P3 interoperability reliability via standards adoption (P2 minimum)
[/PLACE]

2) Zoom Meaning for ISO bindings

[REG]
ID   = ISO.REG.ZOOM.v0_1
MAP  = {
  Z6: "Global standardization + harmonization router (methods, interoperability, management standards)",
  Z5: "National standards bodies + regulators + industry adoption systems",
  Z4: "Firms/systems implementing standards (via national adoption + certification)"
}
[/REG]

3) National Standards Body Registry (Z5 down-bind set)

[REG]
ID   = ISO.REG.NSB.Z5.P.REG.ALL_TEMPLATE
SET  = ISO.Z5.NSB.ALL
NOTE = "Populate later with ISO3-based NSB nodes (e.g., USA.NSB.*, JPN.NSB.*). Surface stage can stay empty."
[/REG]

4) ISO.* Core Nodes (surface stubs)

GOV — Standards governance + consensus machinery

[NODE] ID=ISO.GOV.Z6.P.NODE.GOV_CORE              NAME=Governance/consensus process core (template)
[NODE] ID=ISO.GOV.Z6.O.NODE.METHOD_CORE           NAME=Standards method/process core (template)
[NODE] ID=ISO.GOV.Z6.P.NODE.NSB_LINK              NAME=National standards body interface mesh (template)

MAN — Management system standards (quality/safety/etc.) interface

[NODE] ID=ISO.MAN.Z6.O.NODE.MGMT_STD_CORE         NAME=Management systems standards core (template)
[PIPE] ID=ISO.MAN.Z6.P.PIPE.STD_TO_CERT           NAME=Standard→Guidance→Certification ecosystem pipeline
[SENSOR] ID=ISO.MAN.Z6.O.SENSOR.CERT_COVERAGE     METRIC=Certification coverage proxy (template)

COM — Interoperability / terminology / data standards interface

[NODE] ID=ISO.COM.Z6.O.NODE.INTEROP_STD_CORE      NAME=Interoperability standards core (template)
[PIPE] ID=ISO.COM.Z6.P.PIPE.STD_TO_ADOPTION       NAME=Standard→Adoption→Interoperability uplift pipeline
[SENSOR] ID=ISO.COM.Z6.O.SENSOR.INTEROP_GAP       METRIC=Interoperability gap proxy (template)

SEC — Security standards interface

[NODE] ID=ISO.SEC.Z6.O.NODE.SEC_STD_CORE          NAME=Security standards interface (template)
[SENSOR] ID=ISO.SEC.Z6.O.SENSOR.SEC_RISK          METRIC=Security risk proxy (template)

HLT — Health/safety standards interface

[NODE] ID=ISO.HLT.Z6.O.NODE.HLT_STD_CORE          NAME=Health/safety standards interface (template)
[SENSOR] ID=ISO.HLT.Z6.O.SENSOR.SAFETY_RISK       METRIC=Safety risk proxy (template)

ENE — Energy/climate standards interface

[NODE] ID=ISO.ENE.Z6.O.NODE.ENE_STD_CORE          NAME=Energy/climate standards interface (template)
[SENSOR] ID=ISO.ENE.Z6.O.SENSOR.ENE_RISK          METRIC=Energy/climate risk proxy (template)

TRN — Transport/industrial safety standards interface

[NODE] ID=ISO.TRN.Z6.O.NODE.TRN_STD_CORE          NAME=Transport/industrial standards interface (template)

EDU — Capacity building / training for adoption

[NODE] ID=ISO.EDU.Z6.P.NODE.ADOPTION_TRAIN_IF     NAME=Adoption training interface (template)
[PIPE] ID=ISO.EDU.Z6.P.PIPE.TRAIN_TO_ADOPTION     NAME=Training→Implementation→Adoption uplift pipeline

5) Critical Binds (ISO stitching edges)

# Governance method enables standards pipelines
[BIND] A=ISO.GOV.Z6.O.NODE.METHOD_CORE            REL=ENABLES        B=ISO.COM.Z6.P.PIPE.STD_TO_ADOPTION
[BIND] A=ISO.GOV.Z6.O.NODE.METHOD_CORE            REL=ENABLES        B=ISO.MAN.Z6.P.PIPE.STD_TO_CERT
# Adoption reduces interoperability gap
[BIND] A=ISO.COM.Z6.P.PIPE.STD_TO_ADOPTION        REL=REDUCES        B=ISO.COM.Z6.O.SENSOR.INTEROP_GAP
# Certification coverage increases reliability (proxy)
[BIND] A=ISO.MAN.Z6.P.PIPE.STD_TO_CERT            REL=INCREASES      B=ISO.MAN.Z6.O.SENSOR.CERT_COVERAGE
# Security + safety risks trigger prioritization of standards updates
[BIND] A=ISO.SEC.Z6.O.SENSOR.SEC_RISK             REL=TRIGGERS       B=ISO.SEC.Z6.O.NODE.SEC_STD_CORE
[BIND] A=ISO.HLT.Z6.O.SENSOR.SAFETY_RISK          REL=TRIGGERS       B=ISO.HLT.Z6.O.NODE.HLT_STD_CORE
[BIND] A=ISO.ENE.Z6.O.SENSOR.ENE_RISK             REL=TRIGGERS       B=ISO.ENE.Z6.O.NODE.ENE_STD_CORE
# Training supports adoption + certification ecosystems
[BIND] A=ISO.EDU.Z6.P.PIPE.TRAIN_TO_ADOPTION      REL=SUPPORTS       B=ISO.COM.Z6.P.PIPE.STD_TO_ADOPTION
[BIND] A=ISO.EDU.Z6.P.PIPE.TRAIN_TO_ADOPTION      REL=SUPPORTS       B=ISO.MAN.Z6.P.PIPE.STD_TO_CERT
# Down-bind to national standards bodies
[BIND] A=ISO.PLACE.Z6.P.PLACE.ISO                 REL=COORDINATES    B=ISO.Z5.NSB.ALL
[BIND] A=ISO.GOV.Z6.P.NODE.NSB_LINK               REL=BINDS_TO       B=ISO.Z5.NSB.ALL
# Cross-org binds (templates)
[BIND] A=ISO.COM.Z6.O.NODE.INTEROP_STD_CORE       REL=BINDS_TO       B=ITU.COM.Z6.O.NODE.INTEROP_CORE
[BIND] A=ISO.SEC.Z6.O.NODE.SEC_STD_CORE           REL=BINDS_TO       B=ITU.SEC.Z6.O.NODE.CYBERSEC_IF
[BIND] A=ISO.HLT.Z6.O.NODE.HLT_STD_CORE           REL=BINDS_TO       B=WHO.PLACE.Z6.P.PLACE.WHO
[BIND] A=ISO.GOV.Z6.P.NODE.GOV_CORE               REL=BINDS_TO       B=UN.PLACE.Z6.P.PLACE.UN

6) Sensors (ISO Phase × Load instrumentation)

[SENSOR] ID=ISO.SEN.Z6.O.SENSOR.INTEROP_GAP       METRIC=Interoperability gap proxy (template)
[SENSOR] ID=ISO.SEN.Z6.O.SENSOR.ADOPTION_RATE     METRIC=Standards adoption rate proxy (template)
[SENSOR] ID=ISO.SEN.Z6.O.SENSOR.CERT_COVERAGE     METRIC=Certification coverage proxy (template)
[SENSOR] ID=ISO.SEN.Z6.O.SENSOR.STD_BACKLOG       METRIC=Standards backlog proxy (template)
[SENSOR] ID=ISO.SEN.Z6.O.SENSOR.CONSENSUS_LAG     METRIC=Consensus cycle time proxy (template)
[SENSOR] ID=ISO.SEN.Z6.O.SENSOR.SEC_RISK          METRIC=Security risk proxy (template)
[SENSOR] ID=ISO.SEN.Z6.O.SENSOR.SAFETY_RISK       METRIC=Safety risk proxy (template)
[SENSOR] ID=ISO.SEN.Z6.O.SENSOR.INFO_QUALITY      METRIC=Guidance clarity/coverage proxy (template)

ISO Phase scoring (interoperability via standards adoption)

[RULE]
ID    = ISO.RUL.Z6.O.RULE.PHASE_SCORE
INPUT = {INTEROP_GAP, ADOPTION_RATE, CERT_COVERAGE, STD_BACKLOG, CONSENSUS_LAG, SEC_RISK, SAFETY_RISK, INFO_QUALITY}
OUTPUT= P0..P3
NOTE  = "Measures ISO standardization reliability + interoperability uplift under load."
[/RULE]

7) Truncation & Stitching Rules (standards stop-loss)

# TRUNCATION: security/safety risk spike → fast-track critical standards
[RULE] ID=ISO.RUL.Z6.O.RULE.RISK_TRUNCATE
IF    = (ISO.SEN.Z6.O.SENSOR.SEC_RISK > THRESH_SEC_HIGH) OR (ISO.SEN.Z6.O.SENSOR.SAFETY_RISK > THRESH_SAFE_HIGH)
THEN  = {ISO.GOV.Z6.O.NODE.METHOD_CORE -> FAST_TRACK_CRITICAL_WORKSTREAMS_TEMPLATE,
         ISO.SEC.Z6.O.NODE.SEC_STD_CORE -> ISSUE_INTERIM_GUIDANCE_TEMPLATE,
         ISO.HLT.Z6.O.NODE.HLT_STD_CORE -> ISSUE_INTERIM_GUIDANCE_TEMPLATE}
# TRUNCATION: backlog + consensus lag → narrow scope to core interop
[RULE] ID=ISO.RUL.Z6.O.RULE.BACKLOG_TRUNCATE
IF    = (ISO.SEN.Z6.O.SENSOR.STD_BACKLOG > THRESH_BACKLOG_HIGH) AND (ISO.SEN.Z6.O.SENSOR.CONSENSUS_LAG > THRESH_LAG_HIGH)
THEN  = {ISO.COM.Z6.P.PIPE.STD_TO_ADOPTION -> PRIORITIZE_CORE_INTEROP_STANDARDS_TEMPLATE,
         ISO.MAN.Z6.P.PIPE.STD_TO_CERT -> PRIORITIZE_HIGH_IMPACT_CERTS_TEMPLATE,
         ISO.GOV.Z6.P.NODE.GOV_CORE -> REBALANCE_COMMITTEES_TEMPLATE}
# STITCHING: restore adoption cadence + reduce interop gap
[RULE] ID=ISO.RUL.Z6.O.RULE.STITCH_ADOPTION
IF    = (RECOVERY_TREND == TRUE) AND (ISO.SEN.Z6.O.SENSOR.ADOPTION_RATE >= THRESH_ADOPT_OK)
THEN  = {ISO.COM.Z6.P.PIPE.STD_TO_ADOPTION -> NORMALIZE_WORKSTREAMS_TEMPLATE,
         ISO.MAN.Z6.P.PIPE.STD_TO_CERT -> NORMALIZE_CERT_CYCLE_TEMPLATE,
         ISO.EDU.Z6.P.PIPE.TRAIN_TO_ADOPTION -> SCALE_CAPACITY_BUILDING_TEMPLATE}

8) Lane Directories (pointers)

[IDX] ID=ISO.DIR.LANE.GOV.v0_1  PTR=ISO.GOV.*
[IDX] ID=ISO.DIR.LANE.MAN.v0_1  PTR=ISO.MAN.*
[IDX] ID=ISO.DIR.LANE.COM.v0_1  PTR=ISO.COM.*
[IDX] ID=ISO.DIR.LANE.SEC.v0_1  PTR=ISO.SEC.*
[IDX] ID=ISO.DIR.LANE.HLT.v0_1  PTR=ISO.HLT.*
[IDX] ID=ISO.DIR.LANE.ENE.v0_1  PTR=ISO.ENE.*
[IDX] ID=ISO.DIR.LANE.TRN.v0_1  PTR=ISO.TRN.*
[IDX] ID=ISO.DIR.LANE.EDU.v0_1  PTR=ISO.EDU.*

9) Expansion Hooks (only when needed)

[EXPAND_NEXT]
1) Create national standards body nodes:
   - {ISO3}.NSB.Z5.P.NODE.NSB.{NAME} and bind to ISO.Z5.NSB.ALL
2) Publish ISO standards taxonomy index:
   - ISO.STD.* category skeletons (security, quality, food safety, etc.)
3) Publish adoption/certification ecosystem deep dives:
   - conformance, auditors, certification bodies, market incentives, stitching rules
[/EXPAND_NEXT]

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