Ten commercial theses for graphene-enabled cementitious sensing
The Ten Commercial Theses page sets out — for university and academic reviewers — the research-grade hypotheses the programme intends to test through a staged, evidence-gated pathway. Each thesis is anchored to peer-reviewed literature, with the boundary between literature and INFORM-specific outcomes stated plainly, and matched to the work package, milestone and stage gate that will independently validate it.
Who this overview is for
Intended primarily for universities, academic reviewers and prospective research collaborators who wish to gauge interest in the INFORM programme. Access is granted on application and is read-only. No NDA is required at this level. Approval grants overview-only read access — not workflow, evidence register, or data-room access.
Detailed formulation, dispersion, electrode, DAQ and software design parameters — and the workflow / evidence portal — remain separately gated by the investor data room, which does require NDA and Project Lead approval.
Ten thesis domains
Each with literature anchor · boundary · WP / Q / M handoffMaterials
Graphene-family and conductive-carbon cementitious systems and their composition boundaries.
Sensing mechanism
Piezoresistive load–response behaviour as the basis for structural sensing.
Durability
Long-term stability of electrical response under environmental and load cycling.
Manufacturability
Reproducible batching, dispersion and constructability at field-relevant scale.
Asset-management value
Decision value for owners — maintenance, risk monitoring and operational insight.
Lifecycle / carbon
Lifecycle and embodied-carbon considerations across the material system.
Standards alignment
Mapping to relevant testing, acceptance and structural-monitoring standards.
Software / digital-twin
DAQ → PULSE → digital-twin analytics chain and data integrity.
Commercial pathway
Route from validated capability to procurement-ready commercial model.
Sovereign capability
Australian sovereign capability in infrastructure monitoring technology.
Ten commercial theses across materials, sensing mechanism, durability, manufacturability, asset-management value, lifecycle / carbon, standards alignment, software / digital-twin, commercial pathway and sovereign capability — each with literature anchor, boundary, and validation handoff (WP / Q / M).
No formulation, dispersion, electrode, DAQ or software design parameters. No lab data, no protocols, no commercial-in-confidence material. Those remain NDA-gated in the data room.
How to apply
Complete the short overview-access form — name, institution, role and jurisdiction.
Add a brief note on which thesis domains interest you, so review is targeted.
We respond within five Australian business days with read-only overview access.
Performance values referenced on this site are validation targets subject to staged, evidence-gated testing under controlled laboratory, pilot and field conditions. No statement constitutes a guarantee of performance, regulatory approval, certification, commercial deployment, revenue, customer adoption, environmental-claim eligibility, insurance treatment or investment return.
References to ISO, security, privacy, accessibility and governance frameworks describe alignment targets and control mapping only. They do not represent certification, accreditation, legal compliance opinion or independent audit unless expressly stated with supporting evidence.