Find your task, explore the relevant modules and build a project selection. Requirements, documents, the digital twin and site controls share one connected data structure.
Enforces strict version and revision control, ensuring only current approved document packages are released for fabrication and construction—eliminating installation errors.
Eliminates data loss and discrepancies across project stakeholders by unifying equipment specifications, process lines, and engineering attributes into a structured digital model.
Integrates discipline models with engineering data to automatically detect geometric and spatial clashes before releasing packages to fabrication and construction.
Ensures continuous compliance by linking contractual and regulatory requirements to 3D model elements, documentation, and handover records with full bi-directional traceability.
Locks down approved configuration baselines, prevents uncontrolled scope growth, and monitors technical deviations across every lifecycle stage.
Mitigates schedule risks with automated impact analysis, instantly evaluating the downstream impact of changes across documents, specifications, and the supply chain.
Links master project schedules directly to federated 3D model components to validate constructability, resolve site spatial conflicts, and track construction milestones.
Generates Bills of Quantities directly from the model and connects earned value metrics to physical components for real-time variance and budget tracking.
Tracks equipment manufacturing milestones, FAT sign-offs, and shipping schedules linked to model elements—eliminating site idle time.
Accelerates handover milestones by linking inspection notices, field checklists, and acceptance records directly to equipment tags, locations, and approved drawings.
Logs on-site defects immediately, identifies root causes, and tracks corrective and preventive actions (CAPA) through to closure.
Clearly defines technical battery limits and responsibility matrices, preventing interface gaps, work-front handover delays, and contractual claims.
Describe your engineering workflows, existing software stack, and current project stage. We will configure the optimal module selection and pilot roadmap for your scope.
Domain consultants, on-site forward deployed engineers, and in-perimeter software specialists bridge the gap between our digital platform and your critical field workflows.
Yes. Any of the 12 modules can be purchased and deployed on its own, without the full platform, and other modules can be connected later. The deployment scope and commercial proposal are agreed per project.
The modules share one data structure: requirements, documents, the digital twin and site control use a common asset model. A change made in one module is therefore visible in the linked documents, registers and schedules.
Select modules, open the summary and remove any you do not need. Download the selection or attach it to an enquiry; it is retained across pages in the same tab. Pricing and terms are agreed separately.
| REQ ID | Standard / Contract Clause | Linked Node | Status |
|---|---|---|---|
| REQ-SAF-042 | IAEA SSG-39 §4.2 Redundant Isolation Barrier | 10LBA10AA001 | VERIFIED 100% |
| REQ-PRS-108 | ASME Sec. III Class 1 Stress Limit 240 MPa | SPOOL-HP-08 | VERIFIED 100% |
| REQ-ENV-019 | Seismic Category I Qualification under 0.3g SSE | SKID-PMP-01 | IN PROGRESS |
| REQ-CYB-004 | Air-gap isolation for safety I&C gateway | GW-IC-101 | VERIFIED 100% |