GCRI · STEM Commons
Technology
Every technology method in the STEM Commons, its steward platform and how widely it is applied.
Technology in four parts.
16 methods.
- Earth observation and remote sensingStewardSpace and Earth Observation6Platforms applying it
- Geospatial information systemsStewardSpace and Earth Observation9Platforms applying it
- Sensors, IoT and observation networksStewardCritical Infrastructure4Platforms applying it
- Artificial intelligence and machine learningStewardArtificial Intelligence and Autonomous Systems12Platforms applying it
- High-performance, cloud and edge computingStewardData and Compute8Platforms applying it
- Data engineering, interoperability and stewardshipStewardData and Compute8Platforms applying it
- Communications and network technologyStewardCritical Infrastructure3Platforms applying it
- Cybersecurity and cryptographyStewardCybersecurity and Digital Resilience9Platforms applying it
- Digital identity and public digital systemsStewardDigital Public Infrastructure5Platforms applying it
- Distributed ledgers and digital assetsStewardFintech Nexus5Platforms applying it
- Biotechnology platformsStewardBiotechnology and Biosecurity3Platforms applying it
- Robotics and automationStewardAdvanced Industry and Robotics3Platforms applying it
- Quantum computing, sensing and communicationStewardQuantum Technologies3Platforms applying it
- Space systems and satellite servicesStewardSpace and Earth Observation3Platforms applying it
- Energy generation, storage and grid technologyStewardEnergy Nexus5Platforms applying it
- Payment and financial market technologyStewardPayments and Market Infrastructure4Platforms applying it
Instruments, data systems and the technologies under assessment.
Technology appears in two roles. Some technologies are how the Consortium observes and computes: Earth observation, sensors, geospatial systems, data engineering and computing. Others are subjects of risk assessment in their own right: AI, biotechnology, quantum, distributed ledgers and payment systems. Several are both, which is why their pages state limits plainly.
How the process runs.
Process
Technology: Build, sign and accept
An admitted mission becomes a cycle project; the build is pinned, verified and signed, and the Global Risks Forum (GRF) records acceptance for exercise, not permission to deploy.
01 Request and sources
- 01Admitted mission becomes a cycle projectRecord · Universe to FoundryAn admitted mission becomes a cycle project with a decision case.
- 02Qualify data sources and resourcesStep · the Global Centre for Risk and Innovation (GCRI)GCRI qualifies data sources and resource offers and builds the scenario models. An offer is not an allocation.
02 Build and verify
- 03Source snapshotRecord · NXS-FAC (blueprints, builds and signing)The snapshot pins the commit, dependencies and generator versions.
- 04Build contractRecord · NXS-FAC (blueprints, builds and signing)The build contract declares the artefact kind, environment and reproducibility envelope.
- 05Integrate and buildModel · GCRIGCRI integrates software and data, signs builds, and tests security and interoperability.
- 06Verification suiteGate · NXS-FAC (blueprints, builds and signing)Required and advisory checks stay separate. Reproducibility needs pinned inputs, declared nondeterminism and independent rebuilds.
03 Sign and admit
- 07Sign the exact artefactStep · NXS-FAC (blueprints, builds and signing)NXS-FAC builds, attests and requests a signature via a scoped signer identity. It holds no key material.
- 08Package admissionStep · NXS-NXQ (software, models and capability lifecycle)NXS-NXQ receives the signed package and keeps admission evidence that binds the task, data class, evaluation suite and expiration.
04 Accept
- 09Core Build ReportRecord · GCRIThe Core Build Report is the go or no-go record. Universe assembles the Core and holds the decision for the exercise.
- 10G3 · Build accepted for exerciseGate · The Global Risks ForumGRF records whether the build is accepted for exercise. A signed build or release candidate is not permission to deploy to production.
The programme year · NXS-FAC · UniverseDesigned programme process, not a record of operation. No cycle has run and every programme is at service level R0. A gate is a programme decision, never a public-authority approval, certification or deployment authorisation. The record order follows the Builds and Releases room lists of NXS-FAC.
Instrument and object of study.
| Technology | As instrument | As risk subject |
|---|---|---|
| AI and machine learning | Emulators, classification of imagery | Model failure, misuse, concentration |
| Space systems | Observation and communications | Debris, space weather, single points of failure |
| Cybersecurity | Protecting Consortium systems | Systemic cyber accumulation |
Where this page’s references lead.
The bodies and documents this page is read against. Status and editions change; each link goes to the issuing body.
Pages in Technology.
Earth observation and remote sensing
MethodGeospatial information systems
MethodSensors, IoT and observation networks
MethodArtificial intelligence and machine learning
MethodHigh-performance, cloud and edge computing
MethodData engineering, interoperability and stewardship
MethodCommunications and network technology
MethodCybersecurity and cryptography
MethodDigital identity and public digital systems
MethodDistributed ledgers and digital assets
MethodBiotechnology platforms
MethodRobotics and automation
MethodQuantum computing, sensing and communication
MethodSpace systems and satellite services
MethodEnergy generation, storage and grid technology
MethodPayment and financial market technology
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