Cloud-native workspace
Open projects without desktop installation and keep engineering context with the model.
Daidra Studio · Cloud engineering platform
Engineering ideasinto working systems.
Model building systems, run engineering calculations, and generate technical reports in one connected cloud workspace.
PROJECT / BUILDING SYSTEMSMODEL · CALCULATION · OUTPUT
Campus North · Mechanical model
Saved
Level 01 · Mechanical planXY · 1:100 · mm
Supply duct · 600 × 350
Plan3DSchedule
Conceptual product preview — interface and available tools may change.
One connected workflow
Stop rebuilding the same project in disconnected tools.
Daidra is designed so the model, engineering data, calculations, checks, and deliverables remain part of the same project context.
- 01
Model
- 02
Calculate
- 03
Validate
- 04
Report
The platform
A shared foundation for engineering work.
The base workspace keeps project information coherent. Specialist tools operate on that foundation when the work requires them.
BIM/CAD-style modelling
Build spatial and systems context in a shared 2D and 3D environment.
Connected project data
Reuse project geometry and engineering inputs across specialist workflows.
Engineering validation
Review calculation inputs, results, and issues before issuing work.
Technical reports
Move from checked results to structured project documentation.
Interoperability
Import and export project information as supported formats are added.
Planned commercial model
Specialist workflows, only when you need them.
Daidra Apps are being designed as focused calculation and documentation workflows. The intended model is pay-per-use, so a practice can activate specialist capability for the projects that require it.
Final app availability, scope, and pricing have not been announced.
01Heat LossPlanned
02Gas DesignPlanned
03HVACPlanned
04Electrical StudyPlanned
05SolarPlanned
06HydronicsPlanned
07EnergyPlanned
08ReportsPlanned
From project to deliverable
A workflow engineers can inspect.
- Step 1
Create or import
Establish project geometry and shared context.
- Step 2
Add engineering data
Define systems, properties, and design intent.
- Step 3
Run a specialist app
Use a focused workflow against project data.
- Step 4
Review and validate
Resolve warnings and retain calculation context.
- Step 5
Generate a report
Create a controlled technical deliverable.
Build tools on top of the Daidra model.
The long-term platform direction includes documented APIs and an SDK for engineering workflows that can read and extend shared project data.
SDK and public APIs · Upcoming// Directional example — API not yet public
const project = await daidra.projects.open(id)
project.model.query({ system: "hvac" })
project.reports.create({ template: "design" })
Engineering quality
Trust needs an audit trail.
These are product principles guiding development. Specific verification and regulatory coverage will be documented as each workflow is released.
Transparent methods
Expose the methodology and references behind calculation outputs.
Versioned engines
Keep calculation engine versions identifiable in project deliverables.
Traceable decisions
Retain the inputs, checks, and project state behind issued work.
Engineer-controlled output
Support professional review before a report is treated as final.
DAIDRA · Engineering technology
Software first. Built with room to evolve.
Daidra Studio is the company’s first product. Daidra is focused on useful engineering software today, while the parent identity remains broad enough for future engineered systems.
Bring your engineering workflow into one workspace.
Start with Daidra Studio and follow the platform as new engineering workflows become available.