Congested plant room
Decision: route and fit new work among existing systems. Plan: short lines of sight, redundant scan relationships, reflective-surface review, equipment-state notes, and a tightly bounded model scope.
Method evidence / no invented portfolioPATTERNS / 09
Project patterns, shown without pretending they are case studies.
Until a named project is approved for publication, credibility comes from explaining how a responsible method changes with the environment. Anonymous logos, unsupported metrics, and stock-photo success stories are not evidence.
DISCLOSURE
What is represented here?
These are planning archetypes based on common reality-capture constraints. They demonstrate scope logic. They are not customer testimonials, completed-project claims, or evidence that a particular site was scanned.
01 / METHODS
Constraint → response
How the same equipment can require a different plan.
Occupied high-rise renovation
Decision: establish floor and core conditions while operations continue. Plan: phased access, privacy controls, repeated-geometry discipline, coordinate strategy, and floor-by-floor coverage records.
Large venue back-of-house
Decision: coordinate interventions across long travel paths and elevation changes. Plan: survey/control integration where required, explicit zones, vertical connections, data segmentation, and staged handoff.
Maritime retrofit
Decision: evaluate fit in a moving, confined, highly occluded environment. Plan: motion and access review, dense station placement, interface prioritization, coordinate-basis agreement, and project-specific safety controls.
Publication standard
What a future case study must disclose.
- Permission
- Named client or site information is published only with authorization.
- Scope
- The decision, accessible capture boundary, coordinate basis, and agreed deliverable are stated.
- Method
- Equipment and software roles are described without implying they alone produced the result.
- Evidence
- Any schedule, quantity, accuracy, or outcome is tied to project records and the conditions under which it was measured.
Next coordinatePROJECT / SCOPE
Bring the real constraints. Build the right method.
Tell us what your team needs to decide, the conditions you need documented, and the software the information must enter.