Five fronts where construction projects lose time, money and accuracy, and why monthly site walks and disconnected spreadsheets can no longer keep up.
A · Subjective progress
Progress
No objective % complete
Floors
Floor-by-floor blind spots
Reports
Manual weekly reports
B · Survey & data gaps
Topo
Slow topo surveys
Quantities
Manual stockpile counts
Cost
Costly field measurements
C · Schedule & BIM drift
Schedule
Late slippage detection
BIM
Deviations vs design
Rework
Rework from drift
D · Materials & assets
Stockpile
Stockpile shrinkage
Loss
Pilferage & loss
Equipment
Untracked equipment
E · Evidence & coverage
Evidence
Weak photo evidence
Claims
Disputes without proof
Coverage
Sites too big to walk
02
Solutions
One AI for every eye on site: autonomous drone capture, fixed CCTV towers and worker helmet-cams feed a single model that turns pixels into 12 construction-specific classes, automated progress against BIM, centimetre 3D maps, stockpile volumes and deviation alerts — all on your existing cameras and KSA data residency.
A · How the AI sees
Aerial
Autonomous drone capture
Helmet
Worker helmet-cam feeds
Fixed
Fixed tower & PTZ cameras
B · What it detects. 12 construction classes
5 classes
Structural progress (5)
4 classes
Materials & stockpile (4)
3 classes
Plant & equipment (3)
C · From capture to insight
Progress
Automated progress vs BIM
Deviation
Schedule & quality deviations
Evidence
Stakeholder evidence packs
D · See it & measure it
Dashboard
Live progress dashboard
Digital twin
Centimetre 3D digital twin
Volumes
Stockpile volumetrics
E · Fits your site
Integration
Plugs into BIM & ERP
Edge
Edge, hybrid or cloud
Residency
KSA data residency
03
Survey, Mapping & Methodology
Our solution turns every drone flight into a centimeter-accurate digital record of your site. Photogrammetry, LiDAR and a 12-class segmentation model run together to deliver orthomosaics, point clouds, 3D meshes and a living digital twin — all anchored by RTK GPS and permanent ground control, and processed on edge hardware hosted inside the Kingdom. The engine is proprietary; here is how it produces evidence you can build from.
Any capture, one platform
Drone Photogrammetry
Each flight produces a 1–2 cm/px orthomosaic and a high-resolution 3D mesh you can measure, annotate and share.
LiDAR Point Clouds
Dense LAZ, LAS and E57 point clouds, georeferenced and ready to drop straight into BIM, Civil 3D and digital-twin pipelines.
RTK & Ground Control
RTK GPS paired with permanent GCPs delivers ±1–3 cm absolute accuracy on every mission and every output.
12-Class Segmentation
A purpose-built model labels every frame across 12 construction classes — slabs, rebar, MEP, formwork, stockpiles, equipment and more.
Living Digital Twin
Each flight refreshes a 4D digital twin, so progress, cut/fill, stockpile volumes and layout are always current and auditable.
On-Prem Edge Inference
All processing runs on edge hardware hosted in-Kingdom, so imagery, point clouds and models never leave the country.
One Survey App, the whole site mapped
Plan flights, review orthomosaics, compare as-built to BIM and export LAZ, LAS, E57, GeoTIFF and PDF deliverables — all from a single app.
Our methodology
1
Capture, ±1–3 cm accurate
RTK GPS, permanent GCPs and calibrated optics deliver ±1–3 cm absolute accuracy on every orthomosaic and point cloud.
2
Photogrammetric processing
Forward and side overlaps, GSD and bundle adjustment are tuned for 1–2 cm/px outputs across the full site.
3
12-class segmentation, per frame
A trained model labels every frame across 12 construction classes — slabs, rebar, MEP, formwork, stockpiles, equipment and more.
4
Digital twin, refreshed each flight
Each flight rebuilds a 4D digital twin, so progress, cut/fill and stockpile volumes are always up to date.
5
On-prem & in-Kingdom
Inference runs on edge servers at your site; imagery, point clouds and models stay inside the Kingdom.
04
Integration with Your Project Stack
We adapt to your existing stack, no rip-and-replace. ViewKeeper connects to your BIM platform, project-controls tools, on-site CCTV, and drone-in-a-box docks. Drone flights, photogrammetry, and AI analytics run alongside what you already use; in most projects nothing changes for the teams already in place.
Works with what you have
No rip-and-replace
Reuse your BIM, schedule, and project-controls tools as they are. ViewKeeper ingests Revit, Civil 3D, Navisworks, Primavera P6, and MS Project models directly, no model-conversion gymnastics.
Plugs in alongside
A compact on-site edge unit pulls existing CCTV streams over RTSP / ONVIF, while a drone-in-a-box dock (e.g. DJI Dock) uploads imagery on landing. Both work in parallel with your current systems, no downtime.
Survey before spend
A pre-deployment aerial and site survey (included) checks flight corridors, base-station placement, BIM accuracy, and camera coverage, so you know exactly what is needed before any commitment.
We integrate with the leading BIM and project-controls platforms used in Saudi construction, syncing as-built progress, point clouds, and reports directly into the systems your project team already runs. Need a custom connector? The open REST API and webhooks push events and assets into any tool, no middleware required.
Survey-grade accuracy & deliverables
Parameter
Minimum
Recommended
Orthomosaic GSD
3 cm/px
1–2 cm/px
Point density
100 pts/m²
500+ pts/m²
Vertical accuracy
±5 cm
±1–3 cm (GCPs / RTK)
Horizontal accuracy
±5 cm
±2–3 cm
Output formats
GeoTIFF, OBJ
DWG, LAS / E57, GeoTIFF, PDF
Hosting & API
Hosted in-Kingdom on AWS sa-central-1 (Riyadh), so orthomosaics, point clouds, BIM deltas, and progress data stay in Saudi Arabia under CITC and SDAIA-aligned controls.
Open REST API and webhooks push progress %, alerts, and assets into Procore, Primavera, ACC, and your own dashboards, with full audit logs.
Edge pre-processes imagery; only derived products (orthos, point clouds, change deltas, JSON events) are uploaded, keeping bandwidth light.
Browser-based viewer and approvals, no installs for the project team, with role-based access for client, consultant, and contractor.
05
Use Cases
What the platform tracks across your construction site — structures, earthworks, equipment, materials and access. 12 classes to start, each detected on your drone and camera feeds with a pixel-precise segmentation mask, never a crude box.
Building Structure
Concrete Slab
Excavation
Vehicle Tracks
Site Entrance
Tower Crane
Material Stockpile
Heavy Equipment
Scaffolding
Rebar
Perimeter Fence
Debris & Waste
Not limited to these 12These are the starting library — we also train custom detection classes for the assets, trades and milestones specific to your project.
06
How We Do It
01
Plan
Flight paths are generated from your BIM model and site boundary, with zones and progress thresholds set in advance
02
Capture
Automated drone flights and live CCTV feeds run on a schedule, with no pilot or operator on the ground
03
Segment
Computer vision labels every frame across 12 construction classes with pixel-precise masks on every structure and asset
04
Compare
This week versus last week, floor by floor and surface by surface, with deviations flagged the moment they appear
05
Quantify
Actual built geometry is overlaid on the design model to surface drift in centimeters and catch schedule slippage early
06
Report
Stakeholder dashboards, weekly progress summaries and shareable views are generated automatically for every owner and contractor
07
Evidence
Evidence packs of orthomosaics, cut and fill volumes and time-stamped detections export in one click for claims and reviews
08
Audit
Every flight, frame and detection is written to an immutable record, ready for ISO 9001 and PDPL audits
07
The Monitoring Platform
Built for the construction project team. One console for progress dashboards per tower and zone, deviation and schedule alerts, stockpile and equipment views, BIM-vs-site comparisons, and exportable evidence packs. Every alert traces back to the drone flight that raised it, the zone it sits in, the moment it happened, and the confidence the AI gave it. Live today at viewkeepersa.com.
Live AI detection: progress %, BIM deviations, schedule slippage, stockpile change, equipment movement
Drone flights, fixed cameras and orthomosaics on one live map
Per-asset health, battery and link status
Reviewer verify, dispatch, and false-positive workflow
Stakeholder-ready daily, weekly, and evidence-pack reports
Runs in the on-site control room, no foreign cloud
Platform Walkthrough — Page by Page
07 · A
Seven pages, live in our construction monitoring app today. The images below come straight from the running build. These are the same screens your project team will open on day one.
The construction landing page. A live progress percentage per tower, schedule slip indicators, open BIM deviations and critical findings run across the top, next to drones online and mean survey turnaround. Below sits a 24-hour deviation breakdown, the hottest zones ranked, and a 3D digital-twin map of the site.
The working queue of progress events. Each one tagged by type, with the flight and zone that caught it, a severity, a confidence score and a status. A reviewer verifies, assigns or closes, and the response clock keeps the team honest.
Every orthomosaic, 3D mesh and BIM overlay by site and zone, with live thumbnails, last-flight date and the deviations it raised. A reviewer sees what changed since the last survey before the morning stand-up.
Stockpile volumes measured from the air, equipment positions tracked across flights, and material flow logged against the schedule, so the quantities the QS team audits are kept automatically to within ±1–3 cm of survey accuracy.
Site zones drawn on the plan and the 3D model: tower footprints, lay-down areas, crane radii, restricted access. Each zone carries its own progress rules, and any deviation shows up in Events with the zone attached.
Weekly progress summaries, per-tower BIM exports and evidence packs are generated automatically and shared with stakeholders in one click. Side-by-side overlays, before/after cuts and signed PDFs land straight in the client's inbox.
A live AI scan page: drop in a drone flight or pick a stored capture, and the engine outlines progress, BIM deviations and stockpile change on the spot. The fastest way to see the detection quality on your own site.
