Staged, evidence-gated validation pathway
INFORMPULSE is progressing through a staged validation pathway designed to reduce technical, safety, adoption and commercial risk — from laboratory testing through to field deployment.
Validation stages
Research & architecture definition
CompleteDefine the system boundary, material classes, sensing hypothesis, DAQ architecture and commercial thesis. Establish the evidence framework and stage-gate controls that govern all subsequent work.
Controlled laboratory validation
Current stageTest graphene-family cementitious samples against controls with frozen protocol, material traceability, WHS approval and DAQ dry-run evidence. Gate items M1–M6 must be verified before lab execution is authorised.
Prototype sensing & PULSE analytics
PendingConfirm repeatable signal capture, electrode stability, data ingestion, timestamping, anomaly classification and digital-twin integration under controlled loading. Validate the DAQ/PULSE pipeline end-to-end.
Pilot pour / field-relevant trial
PendingEvaluate constructability, curing effects, environmental drift and asset-owner usefulness under realistic batching and loading. Engage infrastructure partners and confirm standards-aligned acceptance criteria.
Field monitoring & adoption pathway
PendingAssess long-term data quality, maintenance decision value, standards alignment, procurement requirements and commercial model. Build the actuarial dataset and explore reinsurer and asset-owner partnerships.
Stage 1 milestone gates
Each milestone must be satisfied with verifiable evidence before the next phase is authorised. No lab execution proceeds until M1–M4 are complete.
INFORMPULSE is an applied research and validation programme. Roadmap stages, milestones and timelines are targets subject to evidence verification, WHS approval, partner availability and funding. No statement on this page constitutes a guarantee of performance, regulatory approval, commercial deployment or investment return.