Field Capture
Laser scanning, LiDAR, photography, drone imagery, surveying, and field observations selected around site constraints and intended use.
METHODS + SYSTEMS
Technology Serving the Project, Not the Other Way Around.
XYZ selects capture, geospatial, and production methods according to the site, required accuracy, geographic extent, final use, access, time, coordinate requirements, and preferred deliverables.
Workflow technology
A connected production environment.
Equipment and software are tools within a reviewed information workflow—not credentials or ends in themselves.
Data Registration
Captured datasets are aligned, reviewed, georeferenced where required, and organized around project coordinates and issue structures.
Point-Cloud Processing
Cleaning, segmentation, optimization, classification, conversion, and preparation for CAD, BIM, GIS, visualization, or archives.
Photogrammetry
Image alignment, geometric reconstruction, scaling, control, textured models, orthophotos, and georeferenced raster information.
GIS and Geospatial Platforms
Suitable desktop, database, and web-map environments configured around users, data governance, scale, and required outputs.
BIM and CAD Production
Models and drawings produced against agreed purpose, scope, discipline, standards, classifications, and level of development.
BIM and GIS Integration
Coordinate alignment and selected information exchange between detailed building models and wider geographic systems.
Virtual Experiences
360-degree imagery, plans, maps, hotspots, media, interactive navigation, and web or presentation delivery.
Quality Control
Capture planning, reference review, registration checks, model comparison, GIS validation, drawing checks, and final verification.
File Delivery and Collaboration
Naming, packaging, metadata, issue records, secure transfer, review cycles, and partner-aligned standards.
Known equipment + platforms
Experience with established capture and production tools.
- Leica BLK360
- FARO Focus S150
- Leica Cyclone / Cyclone 360 workflows
- Autodesk ReCap
- Autodesk Revit
- RealityCapture
- 3DVista
General compatibility
Prepared for the client’s wider information environment.
- AutoCAD
- Common point-cloud formats
- BIM coordination workflows
- 360-degree imagery
- Web-based deliverables
- Esri-compatible workflows
- QGIS-compatible workflows
- Spatial databases
- Web-map services
- Georeferenced imagery
Product names indicate workflow experience and compatibility. They do not imply official partnerships, certifications, or manufacturer endorsements.
GIS + geospatial platforms
Choose the platform around the system’s users and future.
XYZ can work with suitable GIS and spatial-data tools depending on client requirements, governance, source formats, coordinate reference systems, update needs, and delivery environment.
File delivery
Formats coordinated around downstream use.
Availability depends on the project workflow, software environment, source data, scope, and agreed issue requirements.
Point-cloud
- E57
- RCP
- RCS
- LAS
- LAZ
- XYZ
BIM + CAD
- RVT
- DWG
- DXF
- IFC
GIS
- SHP
- GeoJSON
- GeoPackage
- KML
- KMZ
- Georeferenced TIFF
- Web-map layers
3D + visual
- OBJ
- FBX
- JPG
- TIFF
- PNG
- Web-based virtual-tour packages
QUALITY CONTROL
Embedded throughout the workflow.
Quality control is embedded throughout the workflow, from capture planning, coordinate review, registration checks, and georeferencing to model comparison, GIS layer validation, drawing checks, naming conventions, file organization, metadata review, and final deliverable verification.
No ISO certification is claimed on this website.
XYZ · PROJECT INTAKE
The right technology starts with the right project questions.
Share the site conditions, available data, coordinate requirements, software environment, accuracy needs, and intended deliverables.
Define the Technical Approach