Our approach
Beyond generic photogrammetry
Our solution automates what generic photogrammetry cannot: component-level quantity take-offs, automated BIM-to-reality discrepancy mapping, and trade-specific progress scoring.
Precision Site Intelligence
Engineering Grade Drone Geomatics.
Photogrammetry. Reality Capture. Scan to BIM. Transport Canada compliant for Advanced Operations. Serving Ontario and Québec.
From flight to decision
Survey-grade capture, Object Recognition, BIM-Ready deliverables. A workflow engineered so drone data becomes decisions you can defend.
Survey Grade Reality Capture
RTK/PPK-equipped UAVs and Ground Control Points deliver 2–3 cm absolute accuracy — the threshold at which drone data becomes engineering-defensible.
Proprietary Processing
A fine-tuned model trained on Canadian construction environments. Automated component identification (structural steel, studs, plumbing, drywall) and BIM/CAD discrepancy mapping.
Actionable deliverables
GeoTIFF orthomosaics, LAS point clouds, OBJ meshes, and PDF reports. Drop-in compatible with Procore, Autodesk Construction Cloud, and Civil 3D.
Geospatial Data & Reality Capture
Request a Technical Consultation
Describe your project and our geospatial team will respond within one business day with a tailored acquisition scope.
- Scoped discovery call within 48 hours
- Custom spatial data acquisition plan and deliverable specification
- Industry-standard CAD and BIM platform-ready outputs
A 450,000-worker deficit
Labour shortage is compressing schedules. Weekly drone captures replace days of manual surveying — freeing your crews for billable work.
Rework ≈ 10% of project value
Most rework originates from undetected deviation between as-built and design. Our AI maps BIM/CAD discrepancies within 24–48 hours of flight.
Volume disputes & insurance exposure
Earthworks and stockpile volumetrics at ±1–2% — defensible in pay applications. Our Transport Canada Advanced Operations certificate authorizes flight over bystanders and controlled airspace.
Three services. One precision standard.
Site Progress Monitoring
Weekly or bi-weekly orthomosaics, 3D models, and progress-vs-schedule dashboards. For general contractors who must defend their timeline.
Volumetric Analysis
Stockpile, cut/fill, and earthworks volumetrics with LAS point clouds and cross-section reports. For quarries, aggregates, and civil contractors — ±1–2% accuracy, defensible in pay applications.
Technical Asset Inspection
High-resolution façade, roof, and structural inspection with thermal and RGB deliverables. For owners, developers, and engineers planning refurbishments or due diligence.
Not a drone vendor. Your site-intelligence technology partner.
Most drone services stop at raw imagery. Munera Geos operates a proprietary model, fine-tuned on thousands of Canadian construction scenes — framed lumber, structural steel, MEP rough-ins, drywall, and concrete pours.
Knowledge moat
A system that improves with every flight
This is our knowledge moat: a system that gets sharper flight after flight and that off-the-shelf solutions cannot replicate.
2026 roadmap
BVLOS & native integrations
BVLOS operations for linear corridors (pipelines, transmission, highways) and native Procore + Autodesk Construction Cloud integration.
Deliverables, mapped to business outcomes
Every format maps to a field use case and a defensible decision.
GeoTIFF — orthomosaics
Geo-referenced site maps and coordination. A single source of truth across Project Owners, GC, Subcontractors and Professionals.
LAS / LAZ — point clouds
BIM-ready as-builts, clash detection, scan-to-BIM. Survey-grade inputs for design coordination and project handover.
OBJ / FBX — 3D meshes
Visualization, client reporting, VDC workflows. Executive-ready communication of site state at every milestone.
PDF — reports
Volumetric reports, progress summaries, inspection dossiers. Defensible documentation for pay apps, insurance, and disputes.
DXF / DWG — topographic contours
Topographic baselines, civil design inputs. Drop-in compatibility with Civil 3D and AutoCAD — no reprocessing.
Trust engineering
Based in Montréal. Operating across Ontario and Québec. Compliance, insurance, and precision — verifiable on every flight.
Transport Canada — Advanced Operations
Certified for flights in controlled airspace and over bystanders.
$2M liability insurance
Commercial general liability coverage. Certificates on request.
RTK/PPK + GCP validation
Every engineering-grade deliverable is validated against Ground Control Points.
Bilingual operations EN/FR
Toronto · Ottawa · Mississauga · Montréal · Laval · Québec City · Gatineau.
Frequently asked questions
The answers we give engineering, construction, and procurement teams across Ontario and Québec.
How does 2–3 cm drone precision reduce site rework?
At 2–3 cm absolute accuracy, point clouds reach survey-grade. Teams detect deviation between as-built and design within 24–48 hours of flight, before defects propagate — directly attacking the ~10% of project value typically lost to rework.
Is Munera Geos legally allowed to fly over active Canadian construction sites?
Yes. We hold a Transport Canada Advanced Operations certificate, authorizing flights in controlled airspace and near bystanders — the two conditions that cover virtually every urban jobsite across Ontario and Québec.
What is the difference between RTK and PPK drone surveying?
RTK corrects GPS positions in real time via a base station link. PPK applies the same corrections after landing — more resilient to signal loss. Munera Geos uses both depending on conditions and validates with Ground Control Points.
Can drone data replace a traditional land surveyor?
For volumetric analysis, progress monitoring, and design-stage topographic baselines, yes. For legal cadastral work, no — that requires a licensed land surveyor (AOLS in Ontario, OAGQ in Québec). We frequently collaborate with licensed surveyors to combine legal precision with drone-scale coverage.
Which file formats integrate with Procore and Autodesk Construction Cloud?
GeoTIFF orthomosaics and LAS point clouds are the primary interoperable formats. Native Procore and Autodesk Construction Cloud connectors are on our 2026 roadmap.
What is BVLOS and why does it matter?
BVLOS (Beyond Visual Line of Sight) operations let a single pilot cover multi-kilometre corridors — essential for pipelines, transmission lines, and highways. Munera Geos is preparing BVLOS authorization for 2026 deployment.