A demonstration of the compliance ecosystems GIRIH X builds for Australian healthcare projects: continuous, auditable checks that cross-reference Revit model rooms and dRofus room data sheets against the Australasian Health Facility Guidelines Standard Components. All data below is synthetic.
What this demonstrates
Automated Revit + dRofus audit against AUSHFG. A continuously running audit ecosystem that reconciles the federated Revit model and dRofus brief against AUSHFG Standard Components, publishing a clause-cited gap register to the design team.
Synthetic demo data. Client deployments read live Revit, dRofus and equipment register data.
Illustrative pipeline for a production deployment
Revit / IFC federated model (ACC)
Room bounding geometry, area, tags, hosted fixtures and FF&E families
dRofus room data sheets
The briefed room requirement: area, occupancy, fixtures, FF&E, services loads, finishes
AUSHFG Standard Components (SC)
Health-Space-Type SC drawings, Room Layout Sheets and the Schedule of Accommodation for the HPU
FF&E and medical equipment register
Group 1 to 4 equipment schedule linked to room codes and dRofus keys
AUSHFG audit pipeline
Output
Clause-cited compliance gap register
Every open item ties back to the AUSHFG SC drawing, dRofus record and Revit element it references.
Illustrative pipeline. In a live deployment each check is timestamped, traceable and re-run automatically as either side of the audit updates.
Rooms in project register
1,284
AUSHFG SC references
72
Open compliance gaps
47
Auto-cleared checks
38,520
Cross-check Revit model, dRofus brief and the governing AUSHFG Standard Component, line by line.
Room
1 Bed Room, Standard
1BR-ST-N
Health Planning Unit
HPU 340 Inpatient Unit
AUSHFG SC
SC 1 Bed Room Standard
Area (SC / Brief / Model)
15.0 / 15.0 / 14.6 m²
AUSHFG Pt B · SoA 340
Model 0.4 m² below brief. Wardrobe recess reduces net area.
AUSHFG Pt C · SC-1BR
AUSHFG SC · Fitting Schedule
AUSHFG Pt F · FF&E
AUSHFG Pt E · Services
AUSHFG Pt E · Nurse Call
AUSHFG Pt D · Finishes
Live deployments cite the exact SC drawing revision and dRofus record ID against every line, so gaps carry the evidence needed to close them.
Streaming synthetic AUSHFG checks across a project's room register.
Press Run agent to stream simulated AUSHFG checks across the room register.
Rooms in the project register whose SC has been audited this design freeze.
How these demos relate to the systems we build for clients.
No. Every figure and room on this page is synthetic demonstration data. Client deployments read the live Revit federated model, dRofus records and equipment schedule for the actual project, and cite the specific AUSHFG Standard Component drawings and clauses. We keep this demo deliberately generic and never publish client project statistics without permission.
For every room in the project register we resolve the governing AUSHFG Standard Component and the dRofus room data sheet, then check the Revit model line by line: net area against Schedule of Accommodation, clearances against SC drawings, sanitary fixtures and grab rails against fitting schedules, FF&E against the equipment register, and services (medical gases, nurse call, ICT, power) against Part E. Each result cites the SC drawing and clause it was checked against.
The pipeline runs continuously. When dRofus is updated, the affected checks re-run against the current model. When the model is republished to the common data environment, the checks re-run against the current brief. The gap register is always aligned to the most recent published data on both sides, and every result is timestamped and traceable to the source record.
No. It gives the compliance and design teams a continuously updated, evidence-backed shortlist of what to review, instead of them re-deriving it by hand from Revit, dRofus and AUSHFG on every design freeze. Sign-off decisions stay with the project team, and every automated check remains reviewable against the source SC drawing.
Everything in the Playground is built with the same stack we deploy for clients: configurators driven by real product masters, planners connected to BIM data, and AR experiences served straight from the product catalogue.
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