Nexus StandardsEnergy and Critical InfrastructureHazard and threat families
Area · registry row planned

Technological and industrial hazard standards

Industrial accidents, infrastructure failures and hazardous-material releases are technological hazards whose consequences depend on design, maintenance, instrumentation and the natural hazards that can trigger them. This section of the Energy and critical infrastructure subsite sets records for accident events, instrument and sensor data, asset condition and Natech triggers so that operators, regulators and responders learn from incidents using comparable records rather than narrative reports alone. Every artifact of the area carries a UNI (Unique Nexus Identifier), which identifies and never certifies.

UNI
requested · not yet allocated
Status
PROPOSEDregistry row · planned · scope NET
Last reviewed
area context bank
Cite this page

Nexus Standards (2026). Technological and industrial hazard standards: area brief, Energy and Critical Infrastructure (PROPOSED). https://nexustandards.com/energy-infrastructure/technological-hazard-standards/. Last reviewed 2026-10-17.

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01Scope

Technological and industrial hazard standards: what the area covers, and what it leaves to others.

The hazard and threat families section of Energy and Critical Infrastructure. Scope as the area context entry states it (PROPOSED).

In scope 5

  • Major accident event records with causes and consequences
  • Instrument and sensor records with calibration lineage
  • Asset condition and inspection records
  • Natech trigger records linking natural hazard events to industrial impacts
  • Lessons-learned records with NS-11 attestations

Out of scope 3

  • Process safety engineering design
  • Occupational health and safety rules
  • Product liability

Jurisdictions No jurisdiction note is recorded for this area yet; jurisdiction narrows what applies and never implies that a Nexus profile satisfies a law.

02Hazards and sectors

What acts on this area, and who carries it.

Hazards and threats 5

Explosions and firesStructural collapseHazardous material releasesDam failureTransport accidents with dangerous goods

Sectors 4

Industry and manufacturingEnergy utilities and gridsTransport, logistics and supply chainsPublic sector and government
03Data and feeds

3 sources, with provider, licence and delivery path.

Sources the area reads or proposes. Delivery follows GRIx first; a source is shown live only after an owner decision admits it for public pages.

Every feed · pending admission

No legal register row admits any of these sources for live display on public pages yet, so nothing is read from them here. A register row that exists records the source for the governed GRIx path; admission for public pages is a separate owner decision.

Admitted
0
none yet
Register row exists
1
recorded for the GRIx path
Proposed row
2
terms to be recorded
Delivery
1 GRIx · 0 plugin · 1 browser · 1 snapshot
GRIx first, then plugin, browser-direct, snapshot
04Systemic couplings

4 couplings to other areas and subsites.

Each coupling names the mechanism that links this area to another; select a card on the canvas to trace it. Mechanisms are stated in the context bank (PROPOSED).

Canvas · the area and its couplingsDesign, not a record
Technological and industrial hazard standards: systemic couplingsThe couplings the area context bank records for Technological and industrial hazard standards: 1 area in Energy and Critical Infrastructure, 3 areas in other subsites and 2 subsites reached. Each coupling carries a mechanism stated in the context bank (PROPOSED); a reading aid, not a dependency proof.

Fig.RUNNING marks the area you are reading; DONE an area in the same subsite, QUEUED an area elsewhere and GATE a subsite reached. Tags give reading order only, never a status. Design, not a record.

  1. Geophysical hazard standardsHazards and Disaster Risk ReductionCascade (Natech): earthquakes and tsunamis trigger releases and fires at industrial sites.
  2. Chemical hazard standardsHazards and Disaster Risk ReductionShared events: chemical releases are both technological accidents and chemical hazards.
  3. Critical infrastructure and critical entitiesEnergy and Critical InfrastructureCascade: failure of one facility propagates through dependent networks.
  4. Cyber and digital risk standardsDigital, Cyber and AICommon driver: compromise of industrial control systems can cause physical accidents.
05Open standards

5 open standards, each with its relation.

Relations are register entries (NS-14), never conformance or equivalence statements; hover or focus a relation for its meaning. Names of standards bodies and their standards belong to their stewards and are used only to identify the documents; no text of an external standard is reproduced here.

06Restricted compatibility profiles

2 closed standards, named only.

Closed or paywalled standards appear by name and link only; any compatibility profile of one is built on simulated data and kept on protected pages until an institutional arrangement with the issuing body is recorded. Nexus Standards is not affiliated with, endorsed by or certified by any standards body named here.

07Indicators

2 indicators the area tracks.

08Nexus Standards that apply

4 Nexus Standards for this area.

The Nexus Standards the area context entry lists; the registry row lists NS-0, NS-3, NS-9, NS-11. Every one is proposed or specified; none is adopted by an authority.

  1. 01

    NS-0 · Constitution and principles

    Status proposed · 12 rules stated. Read NS-0 · The rules for this area

  2. 02

    NS-3 · GRIx record UNIs (grammar, legacy crosswalk, allocation authority)

    Status proposed · 0 rules stated. Read NS-3 · The rules for this area

  3. 03

    NS-9 · Contextual UNIs (deployments, instances, programme instances)

    Status proposed · 5 rules stated. Read NS-9 · The rules for this area

  4. 04

    NS-11 · Verification and monitoring (evidence, attestations, zero-trust conformance observation)

    Status proposed · 6 rules stated. Read NS-11 · The rules for this area

10Readiness

What each pathway can read from this area.

GCRI Canada evidence pathway

GCRI Canada

GCRI Canada may admit accident and sensor records with calibration and causal analysis method as research evidence; GCRI Canada decides under its own evidence and research rules, and no approval is implied.

Open the GCRI Canada evidence pathway

Recognition pathway

The Global Risks Forum (GRF)

GRF may record operators publishing lessons-learned records on the shared profile as a dialogue item; GRF decides under its own recognition rules, and no recognition or endorsement is implied.

Open the Recognition pathway

Capital pathway

The Global Risks Alliance (GRA)

GRA may read asset-condition and Natech exposure records when it reviews industrial project risk; GRA decides under its own capital-readiness rules, and no approval, rating or investment view is implied.

Open the Capital pathway

Each institution decides under its own rules what it reads as evidence; no pathway is an approval, a readiness statement or investment advice.

11Working group

The working-group charter, proposed.

Scope

Accident, sensor and Natech records with causal analysis and calibration lineage.

No working group is chartered yet; a community may charter this one under NS-13 through a docket.

Deliverables · 3
  1. Major accident record profile
  2. Natech trigger record linking hazard and facility
  3. Sensor calibration lineage profile
Liaison targets · 4
  • OECD Working Party on Chemical Accidents liaison sought
  • European Commission JRC Major Accident Hazards Bureau liaison sought
  • UNECE Industrial Accidents Convention secretariat liaison sought
  • UNEP/OCHA Joint Environment Unit liaison sought
12Open problems

3 open problems an expert would start with.

  1. Accident reporting is voluntary or confidential in many countries, so databases are incomplete and biased towards severe events.
  2. Causal taxonomies differ between regulators, which limits cross-country learning.
  3. Natech risk assessment lacks standard fragility data for industrial equipment.
13Audiences

Who works with this area: 4 audiences.

  1. Process safety managers
  2. Industrial regulators
  3. Emergency responders
  4. Asset managers
14Registry depth

The registry row: scope NET, 5 crosswalk domains.

This area has a row in registry/subsites.yaml (status planned), so it carries five depth pages and the register crosswalk of its domains.

Crosswalk graph · technological and industrial hazardFrom the registry
Technological and industrial hazard: the register crosswalk94 nodes on four orbits (Nexus Standards and consumers inside, then domains, external standards and issuing bodies) joined by 123 register links.
Nexus StandardsDomainsExternal standardsIssuing bodiesConsumers

4 Nexus Standards · 5 domains · 50 external standards · 34 issuing bodies · 1 consumers. Relations are register entries (adopt, profile, crosswalk, cite), never compliance claims; names belong to their stewards.

Crosswalk graph94 nodes and 123 links from registry/external-standards.yaml, registry/subsites.yaml and registry/consumers.yaml. Relations (adopt, profile, crosswalk, cite) are register entries, never compliance claims.

The registry holds no geography for the area itself: areas are not places. The one geography it implies is where the bodies that issue the area's external standards sit.

Standards globe · Technological and industrial hazard: issuing bodiesFrom the registry
Where the issuing bodies of the external standards register sitA plate carrée world map with Natural Earth coastlines, H3 resolution 2 hexagons at the public seats of 24 issuing bodies and one dot per seat. 50 register entries.
Issuing bodies' seats (24)H3 cells, resolution 2 (9); darker, more register entriesSubsites, consumers, standards: no geography in the registry
Issuing bodies and their seats (24)
BodySeatRegister entries
NISTGaithersburg, Maryland, United States7
ISO/IEC JTC 1/SC 27Geneva, Switzerland3
IEC TC 57Geneva, Switzerland2
IEC TC 65Geneva, Switzerland2
ISO/TC 268Geneva, Switzerland2
ISO/TC 299Geneva, Switzerland2
OASIS Cyber Threat Intelligence TCWoburn, Massachusetts, United States2
European Parliament and CouncilBrussels, Belgium1
FIRST CVSS Special Interest GroupCary, North Carolina, United States1
IEC TC 65 with ISA (ISA/IEC 62443)Geneva, Switzerland1
IEEEPiscataway, New Jersey, United States1
IETFWilmington, Delaware, United States1
ISO/IEC JTC 1/SC 39Geneva, Switzerland1
ISO/TC 212Geneva, Switzerland1
ISO/TC 251Geneva, Switzerland1
ISO/TC 301Geneva, Switzerland1
ISO/TC 59/SC 13Geneva, Switzerland1
ITU-RGeneva, Switzerland1
ITU-T SG15Geneva, Switzerland1
North American Electric Reliability CorporationAtlanta, Georgia, United States1
TNFDLondon, United Kingdom1
WHO, FAO, UNEP, WOAHRome, Italy1
World Health OrganizationGeneva, Switzerland1
World Health Organization (World Health Assembly)Geneva, Switzerland1

1 subsites: no geography in the registry (areas, not places) · 2 consumers: repositories, no geography · 19 Nexus Standards: documents, no geography · 10 issuing bodies without a fixed public seat, listed not drawn: Convention on Biological Diversity; IUCN; UN Statistical Commission; WHO; International Atomic Energy Agency; International Civil Aviation Organization; and more · Programme regions of the ecosystem coverage register: named, not drawn (no coordinates in the registry)

Standards globe24 issuing bodies with a public seat, 50 register entries, H3 cells at resolutions 1 to 4. Seats are city coordinates, not registry fields; subsites, consumers and standards have no geography, so none is drawn. Plate carrée still map; globe with script.

Area on the sitesArtifact kindsGoverning standardsPages
Critical infrastructure (GCRI Canada field gateway; GRF and GRA counterparts)data, dataset, report, map, documentationNS-1, NS-3, NS-3b, NS-4, NS-5therisk.global/fields/infrastructure/
Industry and robotics (GCRI Canada field gateway; GRF and GRA counterparts)data, dataset, report, map, documentationNS-1, NS-3, NS-3b, NS-4, NS-5therisk.global/fields/industry/

From the ecosystem coverage register: what the GCRI Canada, The Global Risks Forum (GRF) and The Global Risks Alliance (GRA) sites publish on this area, as claimed there and not evaluated here.

15References

3 sourced references.

Peer-reviewed sources and published statistics on the publishers' own domains, as the context entry cites them. No Risk Academy faculty pathway is linked to this area yet; one is linked when a faculty publishes a pathway that fits.

  1. peer-reviewedIndustrial accidents triggered by natural hazards: an emerging risk issueNatural Hazards and Earth System Sciences · 2011
  2. peer-reviewedA new accident model for engineering safer systemsSafety Science · 2004
  3. peer-reviewedIdentifying, understanding, and analyzing critical infrastructure interdependenciesIEEE Control Systems Magazine · 2001
16Key terms

Terms used on this page.

UNI
Unique Nexus Identifier: identifies and resolves an artifact and its record; it never certifies truth, readiness or approval.
PROPOSED
Drafted content that no authority has adopted. Every area entry here is a proposal to the Nexus Standards registry.
adopt
Relation: the external standard is used as published, values validated against it.
compatibility profile (restricted)
Relation to a closed or paywalled standard: named and linked only; any profile is simulated and kept on protected pages.
pending admission
No legal register row admits this source for display on public pages yet, so nothing is read from it.
GRIx
The governed data layer of Nexus Foundry: external data is read through it with its licence and source release.
docket
A public change record under NS-13, decided by editors with written reasons.
attestation
An evaluator's recorded result for one clause and one subject under NS-11; never a certification.
liaison sought
A liaison the working group would ask the body for; none is held unless the body confirms it in writing.
18Learn and apply

Where Technological and industrial hazard standards is taught, worked on and run.

Risk Academy disciplines that teach Technological and industrial hazard standards, with their courses; the GCRI Canada, The Global Risks Forum (GRF) and The Global Risks Alliance (GRA) subsites that carry those disciplines; and the Nexus Foundry systems the standards name. Mappings are proposed for review (Risk Academy standards map, 2026-10-17); a link says a page on the same subject exists, never an endorsement or a conformance statement; framework names in course titles are named and linked, never reproduced.

Risk Academy

Disciplines and courses

19Questions

Questions and answers.

Is the Technological and industrial hazard standards area adopted?
No. The area entry is PROPOSED content for the Nexus Standards registry beside its registry row. Adoption of any standard is a recorded authority decision and none is recorded today.
Are the feeds on this page live?
No. Every feed is pending admission: no legal register row admits it for public pages yet, so nothing is read from it here.
How do I change this brief?
Through a docket under NS-13: a pull request against the area context bank or the registry, decided by editors with written reasons.
Nexus Standards

Shape this brief: Technological and industrial hazard standards.

Propose a change, join the working group or name a source. Area entries are PROPOSED content for the Nexus Standards registry; a UNI identifies and never certifies, and nothing on this site is a certification, an approval or a readiness statement.

Nexus Standards documents CC BY 4.0 · tooling Apache-2.0 · counsel review pending (DEC-2026-10-16-NEXUS-STANDARDS-OPEN-LICENCE). External standards are named and linked under their own licences; a UNI (Unique Nexus Identifier) identifies, it never certifies. · Generated from the Nexus Standards corpus at commit 437ae044c5cb (2026-10-17); proposed and open.

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