Programme/Overview
Programme overview / public

A research programme built around falsifiable questions.

INFORM integrates an advanced cementitious material, embedded electrical response, data acquisition and PULSE analytics. The programme is staged so that material performance, sensing performance and commercial value are tested separately before they are combined.

Public summary Detailed parameters remain controlled
Concept illustration: a concrete beam and its digital twin, ringed by ten numbered panels for the research questions, from material behaviour to real-world impact.
Concept illustration: probes set into a cut concrete specimen, with a signal trace and a modelled block behind it.
Concept illustration: a concrete cube, a data-acquisition unit, analysis screens and a bridge, in five numbered steps from material science to infrastructure value.
Concept illustration
Problem framing

Why infrastructure needs a better evidence chain

01 · Material

Concrete is difficult to interrogate

Damage may accumulate before conventional inspection provides a clear, localised and decision-ready signal.

02 · Instrumentation

Sensors add interfaces

Separate sensors can introduce installation, durability, power, calibration and interpretation burdens.

03 · Decision

More data is not automatically more value

Monitoring must alter an inspection, maintenance or risk decision to justify lifecycle cost and adoption effort.

Research hypotheses

Ten questions that define the programme

These are research domains—not claims that INFORM has already achieved the associated outcomes.

01

Material identity

Can a specified conductive-carbon material be identified, characterised and controlled batch to batch?

02

Dispersion

Can low-dose material be dispersed reproducibly without compromising cement chemistry or workability?

03

Conductive network

Can a stable, measurable network form at a commercially plausible dosage?

04

Sensing response

Is resistance change repeatably related to applied load, strain or damage?

05

Durability

Does the response remain stable through moisture, temperature, ageing and load cycles?

06

Manufacturability

Can the process transfer from bench mixing to field-relevant batching and placement?

07

DAQ integrity

Can excitation and measurement remain traceable, low-noise and synchronised?

08

Decision value

Can PULSE convert signals into information an asset owner can act upon?

09

Lifecycle case

Do maintenance, carbon and risk benefits justify total delivered cost?

10

Adoption

Can the system meet assurance, standards, procurement and partner requirements?

Current position

What is—and is not—available today

Domain
Current position
Claim state
Next evidence
Programme boundary

INFORM is an applied-research and validation programme. Website content is not engineering advice, product certification, an offer of securities or evidence of fitness for a structural application.

Choose the level of detail you need

Continue through the public technology and validation pages, request the ten-hypotheses overview without an NDA, or apply for controlled data-room access.