SiteMap

By audience

Facilities Management

• Keeps one live as-built record of underground utilities, floor plans and RCPs per building, so a campus isn't rebuilt from paper drawings each time work is scoped.
• Pulls up BOMA lease plans and emergency egress routing from the map viewer instead of a drawer of prints.
• Tracks sewer condition from NASSCO PACP/LACP/MACP-coded inspections to prioritise capital repair spend.
• Rolls a national portfolio into one platform organised by location rather than one drive folder per site.

Owner/Developer

• Retains the utility and as-built record as an owner asset after the contractor demobilises, rather than losing it with the job file.
• Grants tenants, designers and contractors scoped access to the same verified site data via role-based permissions.
• Uses historical data aggregation across repeat GPRS visits to see how a site has changed over time.

General Contracting

• Reviews layered utility maps before soil borings, coring or excavation to avoid strikes and the resulting delay claims.
• Receives GPRS locate results in the dashboard within minutes of the crew finishing, instead of waiting on a PDF markup.
• Exports DXF into AutoCAD or Civil 3D so site logistics and dig plans are drawn over field-verified utility linework.
• The SiteMap Project tier is the tier GPRS positions at general contractors running a single job.

Civil Engineering

• Designs over field-verified subsurface linework rather than record drawings of unknown vintage.
• Imports Shapefile or GeoJSON exports into ArcGIS to combine GPRS utility data with the wider project geodatabase.
• Uses 3D point cloud and photogrammetry deliverables to model tie-ins to existing infrastructure.

Surveying/Geomatics

• Treats SiteMap as the delivery and storage layer for GPR, EM locating and 3D laser scanning captured by GPRS crews.
• Exports geolocated data in DXF, Shapefile, GeoJSON or GeoPackage to fold subsurface findings into the survey deliverable.
• Checks depth, location and utility type on the interactive map rather than reading a marked-up site photo.

Safety Management

• Supports damage prevention by making underground utility locations visible to every trade before they break ground.
• Gives crews working in congested public right-of-way a layered view of what is beneath them on a mobile device.
• Keeps a permanent, shareable record of what was located and when, which matters when a strike is investigated.

By phase

Pre-Construction

• Reviews utility layouts before soil borings, test pits and site logistics planning.
• Establishes the existing-conditions baseline — utilities, as-builts, scans — that the rest of the job is planned against.
• Shares verified subsurface data with bidders and subcontractors so dig risk is priced rather than assumed.

Design

• Feeds field-verified utility linework into CAD via DXF and into GIS via Shapefile/GeoJSON so design sits on measured conditions.
• Supplies scan-to-BIM models and point clouds for renovation and tie-in design, reducing clashes with existing services.

Construction

• Gives field crews mobile access to layered utility maps at the point of excavation, coring or drilling.
• Posts new GPRS locate results to the project dashboard within minutes of capture as conditions change.
• Keeps concrete scanning mark-out photos with the map so a slab penetration can be checked before it is cut.

Closeout & Operations

• Hands over a digital as-built record that stays with the asset instead of a set of paper drawings.
• Supports ongoing operations with NASSCO-coded sewer condition data and geolocated inspection video for capital planning.
• Aggregates historical data across later GPRS visits so the operations record stays current rather than freezing at handover.