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Construction Intelligence

From Site Selection to Construction and Handover

Model the terrain, compare earthwork scenarios, estimate quantities, revise the project drawing and track progress with drone surveys — every change visible on the map.

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For: EPC and general contractors, engineering consultants, project owners, surveyors

Excavation / fill engine and gradingBuildings, industrial plants, warehousesRoads, rail, pipelinesCAD / BIM outputsQuantities and costDrone progress

What you give WaiMAP

  • A site boundary, a corridor or your CAD / IFC drawing
  • Your survey DEM, boreholes, drone orthophotos or point clouds (optional)
  • Design levels, slopes and unit prices

What it does

Automatic

  • Platform levels: balanced level or best-fit plane, batters, retaining walls
  • Mass haul optimisation (exact solver), fleet, fuel and CO₂
  • Corridor routing and pipeline hydraulics; site drainage and storm sewers
  • Quantities, BoQ and budget; progress volumes and S-curve from drone surveys

Manual input

  • Draw or import the layout and set the design levels
  • Map CAD layers to WaiMAP element types on import
  • Accept or reject detected changes and progress items

What you get

  • Earthwork scenarios and mass haul plan
  • DXF R2018 / DWG R2000 / IFC 4.3 exports and WHT Exchange v1
  • BoQ, budget and interim payment certificates
  • Progress and revision-compare reports

Planned

  • Issued-for-construction drawings
  • Native RVT read without IFC (only through the CAD / BIM bridge, in testing)

Demonstration project

Demonstration project (generated with WaiMAP engines)

Mut, Mersin – solar PV plant (demonstration) — figure

Mut, Mersin – solar PV plant (demonstration)

A ≈ 50.4 MWp fixed-tilt PV plant on a ≈ 65.5 ha demonstration parcel: layout, cabling, BoQ and Class 4 CAPEX, pvlib yield on free data (95.4 GWh/yr), site conditions, roads and a BESS option.

Read the story Sample report Try the earthworks engine

Video

Poster: Excavation & Filling Engine Video coming soon
Excavation & Filling Engine · Recording

Videos are published after review. Video centre

Who it is for

  • General and EPC contractors
  • Engineering consultants and designers
  • Project owners and project management offices
  • Surveyors and site teams

Key output: Site analysis, earthwork scenarios, quantity estimates, progress reports and georeferenced documentation.

Revision compare on the map in WaiMAP: added elements in green, a removed road dashed in red, a moved warehouse in amber with its old position as a ghost, and the summary table
Rev A → Rev B on a sample facility: what was added, removed and moved.

Use cases

Terrain modelling, excavation and filling

Your survey DEM or the global DEM, platform level alternatives, batters, retaining walls, swell / shrink and haul cost.

Roads, highways, railways and pipelines

Least-cost corridors, elevation profiles, pipeline hydraulics, hazards along the route, crossings.

Industrial facilities, buildings and infrastructure

Mini CAD with typed assets, site drainage, water and fire-water networks, storm sewers, ground model.

Drone surveys and progress tracking

Orthophotos and point clouds, DTM / DSM, stockpile and progress volumes, survey accuracy QA, site photo log.

Planned versus actual

Named revisions Rev A, B, C … compared on the map: added, removed, moved, with deviations in metres and length / area changes.

Georeferenced documentation

Scanned plans and photos placed on the map by control points (RMS shown), then traced and measured into the project drawing.

Across the project lifecycle

One project from the first screening to operation — the same map, data and drawing at every stage.

Stage 1

Development & Feasibility

Site analysis, constraints, ground model desk study, hazard screening, Class 5–4 cost estimate.

Stage 2

Design & Engineering

Earthwork scenarios, mass haul plan, drainage design, quantities and BoQ, project drawing with revisions.

Stage 3

Construction & Commissioning

Drone surveys, progress S-curve, interim payment certificates, revision compare, daily logs.

Stage 4

Operations & Maintenance

Observation areas around the asset, handover documents and drawings in standard formats.

Workflow

  1. Draw or import the site
  2. Load terrain, ground and constraints
  3. Compare earthwork and layout scenarios
  4. Estimate quantities and cost
  5. Save revisions and track progress
  6. Issue reports and hand over drawings

Key deliverables

Report and tool names as they appear in WaiMAP.

Terrain Design Studio Mass haul optimisation Terrain data & drainage Ground model & excavatability Water & fire-water networks Point cloud & survey Revision comparison (Excel + report section) Interim payment certificates Technical due diligence

In the app

A scanned site plan placed on the map with four control points, RMS 0.03 m, and an area traced over it
Image georeference — a sample site plan placed by control points and traced.

Capabilities

Checked against the code: what you can use today, what is being rolled out, and what is planned.

Available now

  • Terrain Design Studio: platforms, batters, retaining walls, haul, cost
  • Mass haul optimisation (borrow / spoil, fleet, fuel, CO₂)
  • Terrain hydrology, site drainage and storm sewers
  • Ground model, excavation classes and borehole plan
  • Corridor routing and pipeline hydraulics
  • Mini CAD with typed assets, multi-select and group edits
  • Named revisions and revision compare on the map (Pro and above)
  • Image georeference: plans and photos on the map by control points (Personal and above)
  • Drone orthophotos, point clouds, stockpile and progress volumes
  • Progress S-curve and interim payment certificates
  • BoQ, programme and budget engine
  • Stress test & weak links, FEM frames and pipeline surge (Team and above)
  • Project 3D: buildings, pipes at burial depth, platforms and point clouds in 3D (Pro and above); vertical sections with dimensions (Team and above)
  • Dynamic studies: modal, response spectrum, time history and foundation settlement (Team and above)
  • 100-year river flood depth per element (JRC / Copernicus) and population around the site (GHSL) in the stress test, ground hazards and site screening

Rolling out

  • Self-service team user management

Planned

  • Construction drawings and issued-for-construction design
Limits. Quantities and costs are study-level estimates (estimate classes with accuracy ranges). Planned-versus-actual compares drawings and surveys you provide; it is not an as-built certification.

Reports from this solution follow the WaiMAP report structure (executive summary, location, maps and layers, data sources and observation dates, results, constraints and changes, quantities and assumptions, findings and limitations, appendices) at screening, feasibility-grade or bankability-readiness level. Module details: capability matrix · validation report · Bankability & Data Trust.

Other industry solutions

Energy Intelligence

Solar, wind, storage, hydropower and the grid — from site screening to construction and operation.

Real Estate Intelligence

Parcels, constraints, infrastructure and development scenarios for land and property decisions.

Logistics Intelligence

HGV routes, vehicle limits, abnormal loads and project cargo to energy and construction sites.

Observations & Monitoring

Observe → Compare → Interpret → Alert & Report, for sites, assets and their surroundings.