Digital Twins
A living, accurate digital replica of your physical asset — available to your entire team, from anywhere.
A digital twin is more than a 3D model — it is a precise, navigable, and measurable digital replica of a physical space or asset that your team can access, query, and work from without being on site. Persase creates digital twins of facilities, buildings, and assets using terrestrial laser scanning for engineering-grade accuracy or Matterport for immersive visual fidelity — or a combination of both, depending on what your workflow demands.
Persase in action — a facility for a complete, accurate digital twin
What We Deliver
- Laser scan digital twins — engineering-grade point cloud and 3D model of a facility or asset, accurate to millimeters — ideal for technical teams who need to measure, analyze, and design from the digital twin
- Matterport digital twins — photorealistic, fully navigable 3D environments that anyone can walk through remotely on any device — ideal for facility management, remote teams, sales, and stakeholder communication
- Combined scan + Matterport deliverables — for projects requiring both dimensional accuracy and visual immersion, Persase can deliver both outputs from a single site visit, giving technical and non-technical stakeholders exactly what they need
- Dimensionally accurate floor plans & sections — 2D drawings extracted from the digital twin for facility records, space planning, and design coordination
- Hosted & shareable outputs — Matterport digital twins are hosted online and shareable via link or embed, accessible to anyone on your team without specialist software
- Ongoing update capability — digital twins can be re-captured periodically to reflect changes to the facility over time, keeping the model current as the physical asset evolves
Industries That Use This
| Industry | How they use it |
|---|---|
| Aerospace | Digital twins of hangars, maintenance facilities, and ground support equipment for remote planning and operational readiness |
| Defense | Facility and asset digital twins for base readiness monitoring, remote coordination, and infrastructure planning |
| Property Management | Living facility records that support space management, maintenance planning, and capital improvement decisions without repeated site visits |
| Construction | Progress digital twins that document the evolving as-built condition of a project at key milestones throughout construction |
| Interior Design | Remotely measure, visualize, and plan spaces with precision – allows for accurate layouts, material previews, and client walkthroughs, reducing site visits and improving design decisions |
| Government | Permanent, accessible digital records of public facilities and infrastructure for ongoing operations, planning, and compliance |
the process
How It Works
The right capture technology depends on how the digital twin will be used. For technical applications — engineering analysis, retrofit design, infrastructure planning, or any workflow where accurate measurements matter — Persase uses a terrestrial laser scanner to capture a dense, millimeter-accurate point cloud of the facility or asset. That data is processed into a fully registered 3D model that technical teams can measure from, design against, and integrate into BIM and CAD workflows. For applications focused on remote access, facility communication, and stakeholder visibility — where the priority is being able to walk through the space and understand it visually — Persase uses Matterport to create a photorealistic, navigable digital twin that anyone can access via a browser with no specialist software required.
For many projects, both matter. A combined deliverable from a single site visit gives technical teams the dimensional accuracy they need while giving facility managers, executives, and remote stakeholders an intuitive, immersive way to engage with the same asset. The digital twin becomes the single shared reference point for everyone involved — replacing repeated site visits, outdated drawings, and disconnected documentation with one always-available, accurate record of the physical space.