Representative case study
Construction Surveying
An anonymised example illustrating how DT360 is used in construction surveying workflows.
Context
Construction surveying projects require accurate and consistent spatial documentation to support progress tracking, coordination, and early detection of deviations.
Reliable 2D and 3D datasets are critical for alignment between field teams, engineers, and decision-makers, particularly in environments with frequent updates and operational constraints.
Dataset integrity and consistency were validated using the TrustRank validator prior to processing.
Input Data
- Drone imagery captured over an active construction site
- Medium-scale area coverage
- Mixed built environment
- Time and consistency constraints for regular updates
Representative dataset parameters
- Surveyed area: ~0.05–0.15 km² (5–15 hectares)
- Image set: ~200–500 drone images
- Flight altitude: 50–80 m AGL
- Ground Sampling Distance (GSD): ~1.6–2.5 cm/pixel
DT360 Workflow
- Upload of drone imagery
- Automated verification and integrity checks using TrustRank check
- 2D and 3D processing
- Review and export of results
Delivered Outputs
- Geo-referenced orthomosaic
- Resolution: matching input GSD
- Absolute positional accuracy:
±3–5 cm (with standard survey control)
- Measurable 3D site model
- Photogrammetric mesh
- Vertex count: ~30–45 million
- Vertical accuracy:
±4–6 cm (project-scale, surface-dependent)
- TrustRank-validated datasets suitable for sharing
- Export formats: GeoTIFF, PLY
- CRS-aware and ready for GIS / CAD environments
Typical processing time
- End-to-end turnaround: ~3–5 hours per dataset
- Time to first usable outputs: <24 hours from data capture
Use of Outputs
- Ongoing progress tracking across project phases using repeatable spatial baselines
- Early identification of deviations between planned and executed works
- Consistent, verifiable updates shared across multidisciplinary teams
Practical usage examples
- Weekly surface comparison between construction phases
- Volume and elevation checks against design references
- Visual and measurable evidence for coordination meetings
Measurable Outcomes
- Time to usable survey outputs reduced by ~55–65%
(from 2–3 days of manual processing to same-day or next-day verified deliverables) - Update cadence increased from ad-hoc to weekly
enabling consistent temporal comparison and historical traceability - Deviation detection shifted earlier in the project lifecycle
issues identified at intermediate stages rather than during late inspections, reducing downstream rework
Verification & Reusability
- All outputs are GIS-ready and can be independently inspected in standard tools (QGIS, ArcGIS, CAD viewers)
- Coordinate-aware datasets allow third-party validation of distances, areas, and elevations
- Outputs are suitable for archival, audit, and downstream integration workflows
Sample Outputs (Independent Inspection)
To support independent technical evaluation, we provide small, non-identifying sample outputs generated through DT360.
These samples are representative of typical production workflows and are intended for inspection in standard GIS and 3D viewers.
2D Sample (Orthomosaic)
- Geo-referenced orthomosaic (GeoTIFF)
- Suitable for inspection in QGIS or equivalent GIS software
- Includes Ground Control Point (GCP) data for spatial reference and independent verification
3D Sample (Mesh Model)
- Lightweight photogrammetric 3D model
- Exported for standard 3D viewers (PLY compatible)
- GCP- and LiDAR-referenced geometry enabling scale and alignment inspection.
Note:
Project details have been anonymised.
The described workflow, quantitative metrics, and outputs are representative of typical DT360 production use in construction surveying environments and do not correspond to a single identifiable project.
Industries We Serve
Case studies across sectors
From photos to decision-grade outputs - DT360 supports professional use cases across surveying, construction, urban planning, insurance, and cultural heritage.
As a result, the platform delivers TrustRank-validated 2D and 3D outputs that support planning, documentation, and decision-making, whether in the field, in the office, or within cloud-based workflows.
Ultimately, Aviotix works with customers, partners, and investors who value data integrity, technical rigor, and long-term trust.
INSURANCE
Document assets and assess claims using validated, measurable 2D and 3D models powered by TrustRank.
Independent Validation
Independent customer feedback and third-party reviews are available on G2 and Trustpilot, reflecting production use of DT360 across regulated and professional environments.
Turn drone images into actions
Upload your dataset to run integrity validation and controlled 3D processing with auditable results.
Processing is executed in a controlled, GPU-powered cloud environment (AATIC) designed for enterprise workloads.
Start with a small non-production sample to review integrity checks and workflows.
No payment details. No commitment. Learning center included.
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