SubVysion

By audience

Specialty Contracting

• Sees line position and depth through a phone at the trench face, so a crew cutting in a service tie-in knows what is under the bucket before it swings.
• Covers the private-side laterals and service connections an 811 ticket does not locate — where a large share of unmarked strikes actually happen.
• Keeps the located record after the paint and flags wash off, so a return visit does not need a fresh re-locate.

General Contracting

• Maps the site before mobilization so utility conflicts are priced and sequenced rather than discovered by an excavator bucket.
• Gives every sub on the job one georeferenced subsurface picture instead of each trade working off its own markout.
• Lets the dig window be checked on the spot from the AR overlay rather than paused waiting on a re-locate.

Surveying/Geomatics

• Turns a GPR survey into a 3D georeferenced deliverable rather than surface paint, so the locate carries a depth dimension and a shelf life.
• Registers subsurface geometry to real-world coordinates by pairing GPR returns with a visual-positioning surface capture.
• Delivers the capture as a shareable 3D web report the client can walk themselves, instead of a marked-up site photo or a flat PDF.

Civil Engineering

• Designs utility alignments against measured burial depths rather than record drawings of unknown vintage.
• Screens a proposed corridor for conflicts during design, when a reroute is a drawing revision rather than a change order.
• Confirms depth and not just presence — the piece that decides whether a gravity drainage tie-in is feasible at all.

Safety Management

• Supports damage prevention by making buried line positions visible to every trade before ground is broken.
• Gives crews working congested right-of-way a phone-based view of what sits beneath them at the moment of excavation.
• Leaves a dated record of what was mapped and when, which matters when a strike is investigated after the fact.

Owner/Developer

• Builds a georeferenced record of a buried network the asset owner keeps, rather than commissioning a fresh locate every time work is scoped.
• Hands contractors working on the asset a verified subsurface picture instead of legacy as-builts of unknown accuracy.

By phase

Pre-Construction

• Maps the corridor or footprint before mobilization so conflicts surface at the planning desk instead of in the trench.
• Establishes the subsurface existing-conditions baseline that the dig plan and site logistics are built against.
• Lets excavation risk be priced into the bid rather than carried as an unknown.

Design

• Feeds measured burial depths into alignment and grading decisions, so a route is tested for feasibility before it is drawn.
• Surfaces obstructions early enough that a reroute is a design revision rather than a field change order.

Construction

• Crews point a phone at the ground during the dig window and see utility position and depth rendered in place.
• Office and field read the same capture — the 3D web report in the trailer, the AR overlay at the excavation.