Programme/Evidence ledger
Claim governance / public register

Every public claim, with its evidence state.

A single register of the statements made across this site, each labelled by evidence state and boundary. It is compiled from the public pages; the controlled claim register remains authoritative.

Open data (JSON)

C001 · Overview Documented / controlled
26-layer programme and work-package structure defined.
Basis: Programme architecture registerBoundary: Configuration review and partner ownership.
C002 · Overview Validation target
Turbostratic graphene pathway and control arms specified at programme level.
Basis: Programme specificationBoundary: COA/SDS, characterisation and frozen batch record.
C003 · Overview Not INFORM-validated
Self-sensing mechanism and external benchmarks are literature-supported.
Basis: External literatureBoundary: Replicated four-electrode load-response data.
C004 · Overview Concept / target
PULSE concept interface and intended data chain defined.
Basis: Concept interfaceBoundary: End-to-end DAQ dry run and controlled loading.
C005 · Overview Explicit boundary
No product is currently offered for structural reliance.
Basis: Programme boundary statementBoundary: Stage 3–5 evidence and adoption approvals.
C006 · Technology Literature-supported
GF 35 reported at 0.05% GO and w/c 0.35 under the cited study conditions.
Basis: Guo et al., Nanomaterials 11 (2021)Boundary: GO is chemically and structurally different from INFORM’s target TG.
C007 · Technology Literature-supported
Gram-scale flash Joule heating produces a turbostratic product; reported 7.2 kJ/g electrical energy.
Basis: Luong et al., Nature 577 (2020)Boundary: Does not validate INFORM scale-up economics or TG sensing performance.
C008 · Technology Literature-supported
GNP conductivity and piezoresistivity depend strongly on dispersion and percolation.
Basis: Published studies (approx. 0.05–0.5%)Boundary: Closest broad comparator for low-oxygen platelet behaviour.
C009 · Technology Validation target
INFORM target TG dosage: 0.03–0.06% by cement mass.
Basis: INFORM programme targetBoundary: Not an established optimum; requires batch identity, dispersion and percolation validation.
C010 · Technology External / variable
Some high-sensitivity rGO reports exist.
Basis: Study-specific literatureBoundary: Comparability and replication vary; reference class only.
C011 · Technology Benchmark
MWCNT is a mature research benchmark for self-sensing cementitious composites.
Basis: Published studies (approx. 0.1–1.0%)Boundary: Comparator technology, not a graphene class.
C012 · Validation Documented / complete
Stage 0 research and architecture definition is complete.
Basis: Validation roadmapBoundary: Architecture and evidence model only; no laboratory result implied.
C013 · Validation Documented / current
Stage 1 laboratory execution is on NO-GO / HOLD.
Basis: Controlled evidence registerBoundary: Not to be represented as released until protocol, traceability, WHS and measurement readiness are verified.
C014 · Investors Target
Low-dose conductive carbon can be produced and specified consistently.
Basis: Value hypothesisBoundary: Variability or purification eliminates performance or cost advantage.
C015 · Investors Target
A stable conductive network produces a load-linked response.
Basis: Value hypothesisBoundary: Signal is dominated by moisture, contact, ageing or noise.
C016 · Investors Unknown
The system detects a defined event with decision-grade reliability.
Basis: Value hypothesisBoundary: No incremental decision value over incumbent sensing or inspection.
C017 · Investors Unknown
Total delivered monitoring cost competes over the asset lifecycle.
Basis: Value hypothesisBoundary: Integration and assurance costs overwhelm material savings.
C018 · Investors Future target
Asset owners and suppliers can procure within existing assurance pathways.
Basis: Value hypothesisBoundary: Liability, specification or procurement pathway remains unresolved.
C019 · Investors Unknown
Delivered economics for tyre-derived turbostratic graphene at industrial volume are not established for INFORM.
Basis: Residual risk ABoundary: Carried openly into diligence.
C020 · Investors Unknown
Gauge-factor and calibration stability under Australian service conditions remain unverified.
Basis: Residual risk BBoundary: Carried openly into diligence.
C021 · Investors Observed gap
No Australian design standard provides a complete acceptance route for graphene-based self-sensing structural concrete.
Basis: Standards reviewBoundary: Residual risk C.
C022 · Investors Validation target
Avoided-cost logic must be confirmed through asset-owner pilots and procurement evidence.
Basis: Residual risk DBoundary: Not market-size forecasts alone.
C023 · Governance Implemented control
Risk principles and assessment techniques (ISO 31000 / 31010) are applied as a control.
Basis: Risk registerBoundary: Alignment, not certification.
C024 · Governance Partial alignment
Quality, configuration, OHS and information-security frameworks are partially aligned.
Basis: ISO 9001 family, ISO 45001, ISO/IEC 27001 familyBoundary: Alignment does not imply certification or accredited scope.
C025 · Governance Validation target
Laboratory competence and measurement precision (ISO/IEC 17025 / ISO 5725).
Basis: Evidence gatesBoundary: Calibration, uncertainty and repeatability still to be demonstrated.
C026 · Governance Reference only
ISO 23247 is used directionally for PULSE digital-thread architecture.
Basis: ISO 23247 seriesBoundary: Not evidence of civil-infrastructure compliance.
C027 · Pilot Explicit boundary
No structural element should rely on INFORM sensing for safety-critical decisions during a pilot.
Basis: Pilot boundary statementBoundary: Conventional design, inspection and instrumentation remain authoritative.
C028 · PULSE interface Concept
The PULSE interface is an illustrative concept.
Basis: Concept interfaceBoundary: It is not live infrastructure telemetry.

Compiled from public pages · content reviewed 19 July 2026 · the controlled claim register is authoritative.