Capability · Geospatial Data
Geospatial data acquisition built around the downstream workflow.
Point clouds, orthomosaics, imagery, terrain and specialized RPAS acquisition supporting engineering, geomatics, GIS and infrastructure workflows.
Define the information requirement. Elev8 handles the field acquisition.
- Acquisition
- RGB · LiDAR · Thermal
- Control
- RTK · GNSS
- Outputs
- GIS · CAD · Point cloud
- Operations
- RPOC · Level 1 Complex
The input
The field plan should begin with what the downstream team actually needs.
The acquisition method depends on how the data will be used after it leaves the field. Six inputs shape almost every technical decision that follows.
AOI
Area of interest
Where does data need to be collected, and what does the boundary actually include?
CRS
Coordinate system
What spatial reference does the project already work in downstream?
POS
Positional requirement
How closely does the dataset need to align with the downstream workflow?
TYPE
Data type
RGB, LiDAR, thermal, reality capture, or a hybrid acquisition approach.
OUT
Output format
GIS, CAD, point cloud, imagery, raw data, or a hosted environment.
TIME
Delivery timeline
When does the professional team need the dataset in hand to keep the project moving?
Acquisition quality begins before the aircraft leaves the ground.
Methods
Use the acquisition method that answers the technical question.
RGB / Photogrammetry
- Visual context
- Orthomosaics
- Textured 3D
- Exposed terrain
- Site documentation
- Current conditions
ORTHO · POINT CLOUD · 3D · SURFACE
RTK / GNSS
- Positional workflows
- Repeatable acquisition
- Control integration
- Georeferenced datasets
SUPPORTS GEOREFERENCED WORKFLOWS · PROJECT DEPENDENT
LiDAR
- Terrain
- Vegetated ground
- Dense 3D
- Corridors
- Complex geometry
- Remote infrastructure
LAS / LAZ · TERRAIN · POINT CLOUD
Thermal
- Radiometric condition data
- Electrical / industrial assets
- Anomaly documentation
- Repeat monitoring
RADIOMETRIC · RGB CORRELATION · ASSET LOCATION
Reality capture
- Current digital site record
- Remote review
- Stakeholder coordination
- Visual context
3D · HOSTED VIEWER · POINT CLOUD
Sequence
Do not start by choosing the sensor. Start by defining the required information.
Professional workflow
Your specification. Our field acquisition.
01
Define
Professional / project team
- AOI
- Project requirement
- Coordinate system where applicable
- Expected outputs
- Required positional performance
- Control requirements
- Technical constraints
02
Plan
Elev8
- Flight planning
- Airspace review
- Regulatory requirements
- Field logistics
- Acquisition method
- Equipment selection
03
Acquire
Elev8
- RPAS operation
- RGB
- LiDAR
- Thermal
- RTK / GNSS
- Reality capture
- Field documentation
04
Verify
Elev8
- Acquisition QA/QC
- Completeness checks
- Processing review
- Data validation against scope
05
Handoff
Elev8 → project team
- Source data
- Processed outputs
- GIS/CAD-compatible data
- Point clouds
- Imagery
- Hosted environment where applicable
- Raw acquisition data as scoped
The professional team completes regulated interpretation, design, certification or survey work where required.
Clear responsibilities
Field acquisition and professional authority are different responsibilities.
Elev8
May be responsible for agreed:
- RPAS operations
- Acquisition planning
- Airspace and regulatory compliance
- Field acquisition
- RTK/GNSS-supported workflows
- RGB, LiDAR and thermal capture
- Imagery and point clouds
- Processing as scoped
- Acquisition QA/QC
- Data handoff
Professional team
Retains responsibility where required for:
- Professional engineering
- Engineering design
- Cadastral surveying
- Legal boundary determination
- Professional certification
- Signed and sealed deliverables
- Regulated professional interpretation
Elev8 strengthens professional teams by extending their field acquisition capability — not by replacing their professional authority.
Deliverables
Deliver the dataset where the technical team needs it.
Orthomosaic
Georeferenced current-condition imagery of the AOI.
Point cloud
Dense 3D spatial dataset. LAS / LAZ or agreed format.
Surface / terrain
Derived spatial datasets where the acquisition method supports them.
3D model
Visual and measurable site context where methodology supports it.
GIS data
Project-specific spatial outputs — SHP, GeoJSON, raster or other agreed formats.
CAD-compatible data
Project-specific exports where appropriate to the downstream workflow.
RGB / thermal imagery
Original and processed imagery as scoped.
Raw data
Available when downstream professional teams want direct processing control.
Not every project needs every output. The acquisition and deliverable package should be designed around the downstream use.
Positional requirements
Accuracy is a project requirement — not a marketing adjective.
Positional performance depends on the sensor, aircraft, control strategy, GNSS workflow, flight geometry, processing, terrain and project environment. It is defined per project, in writing, with the professional team — not asserted as a fixed number on a website.
Define the required accuracy before acquisition — not after delivery.
- RTK
- Real-time corrected positioning during acquisition where the workflow calls for it.
- GNSS
- Base station or network corrections, depending on site and availability.
- Control
- Ground control points established or supplied under a defined responsibility split.
- Checkpoints
- Independent points used to assess how the dataset performs against the requirement.
- Trajectory
- Post-processed trajectory work where the sensor and workflow require it.
- Calibration
- Sensor calibration and flight geometry appropriate to the acquisition.
- QA/QC
- Review of coverage, alignment and data integrity before handoff.
Data quality
A complete dataset matters more than a successful flight.
A flight that lands safely is not the same as a dataset that survives downstream review. Depending on scope, Elev8’s acquisition QA/QC can include the checks listed here before anything is handed off.
QA/QC methodology is scoped to the project requirement.
- Coverage review
- Image overlap
- Gap identification
- Control / checkpoint review
- Trajectory and data completeness
- Point-cloud review
- Alignment checks
- Processing integrity
- File organization
- Metadata
Engineering support
Add specialized field acquisition without adding another internal program.
Engineering firms may only require advanced aerial acquisition on certain projects. Elev8 can support existing conditions, corridor acquisition, infrastructure imagery, LiDAR, terrain, 3D context, remote sites and difficult-access fieldwork — while the engineering team retains design, interpretation, engineering conclusions and certification.
Geomatics partners
Extend aerial acquisition while keeping professional control in-house.
Elev8 can execute RPAS acquisition to requirements established by the geomatics team, while licensed professionals retain responsibility for professional surveying and final certified deliverables.
- RGB acquisition
- LiDAR acquisition
- RTK/GNSS-supported capture
- Remote corridors
- Difficult-access areas
- Overflow capacity
- Project-specific equipment
- Repeat acquisition
Your professional standards. Our field capability.
Discuss a Partner WorkflowGIS & environmental
Current field data for the spatial systems already in use.
Elev8 can structure geospatial outputs for integration into established GIS and environmental workflows. Interpretation and environmental conclusions stay with the qualified specialists already on the project.
- Corridor baselines
- Terrain
- Vegetation context
- Access
- Imagery updates
- Remote infrastructure
- Repeat acquisition
Infrastructure
Built for datasets that extend beyond a single site.
Rail
Potential acquisition
- Corridor imagery
- Terrain
- ROW
- Drainage context
- Construction
- Remote access
Utilities
Potential acquisition
- Transmission
- Vegetation
- Terrain
- LiDAR
- Thermal
- Remote assets
- Capital projects
Specialized capacity
Already capture geospatial data internally? Keep doing it when it works.
Internal teams are often the best solution for routine, frequently repeated work. Elev8 is for the acquisition requirement that moves beyond the normal workflow.
- Capacity
- Internal staff already committed to other project work.
- Remote
- Project sits far outside normal operating range.
- LiDAR
- Specialized sensor and processing requirement.
- Thermal
- Radiometric condition data requirement.
- Corridor
- Long linear acquisition across multiple segments.
- Complex
- Advanced RPAS operating requirement.
- Project specific
- The need does not justify permanent equipment.
Elev8 is designed to extend internal capability, not replace it unnecessarily.
Equipment strategy
Match the platform to the project.
Elev8 may use owned, rental or partner equipment depending on the project’s sensor, aircraft, regulatory and productivity requirements. That is deliberate: a fixed fleet forces every project into the same hardware, whether or not it fits.
The project should justify the equipment — not the other way around.
Sensor fit
The sensor is selected against the information requirement.
Aircraft fit
Platform chosen for endurance, payload and operating environment.
Project economics
No capital cost passed through for hardware the project does not need.
No forced technology
The acquisition is not bent to fit one owned system.
Operating model
Some acquisition problems are operational before they are geospatial.
Long corridors, remote sites, difficult access and dispersed infrastructure can make conventional RPAS field logistics inefficient. Where appropriate, Elev8 can assess more advanced operating models for the project.
- RPOC
- Issued
- Level 1 Complex
- Current
- BVLOS
- Mission dependent
- Airspace
- Site specific
- Aircraft
- Mission specific
BVLOS is assessed mission by mission. Elev8 does not operate under blanket beyond-visual-line-of-sight authority.
Explore Complex OperationsField deployment
The dataset only matters if the field operation can actually acquire it.
On remote projects the constraint is rarely the sensor. It is travel, weather windows, power, communications and getting a crew onto the site with everything it needs, once.
- Access
- Remote travel
- Weather windows
- Communications
- Power
- Batteries
- GNSS setup
- Ground logistics
- Multiple segments
- Field safety
Remote access is part of the acquisition design — not an afterthought.
Delivery
Organized data is easier to use.
01
Field data
02
QA/QC
03
Process
04
Package
05
Client workflow
Potential project package
- Imagery
- Point cloud
- Metadata
- Coordinate reference information
- Deliverable index
- Raw data
- Hosted viewer where applicable
The package contents are agreed in the scope. Elev8 does not ship a fixed product bundle.
Partner delivery
Work behind the professional team when that is the better commercial model.
White-label
Elev8 supports the partner behind the scenes where appropriate.
Co-branded
Elev8 is identified as the specialized RPAS acquisition provider.
Direct technical support
Elev8 works with the project team while the professional organization retains primary responsibility.
Field proof
Judge the acquisition by the dataset.
Orthomosaic
Georeferenced current-condition imagery from an Ontario site acquisition.
Corridor imagery
Nadir acquisition across a linear alignment with terrain and access visible.
Asset imagery
Close-range structure imagery acquired alongside the spatial dataset.
Where client confidentiality applies, projects are described generically. Elev8 does not publish accuracy figures, client names or outcomes it cannot substantiate.
Field proof
Related project records
PROJECT / 001 · Real project · Dataset available
New Ontario School — Reality Capture & Existing Conditions
An aerial reality-capture acquisition producing a 3D digital record of the school site.
Reality Capture · Mapping · 3D
View projectPROJECT / 002 · Real project · Dataset available
Hospital Site — Orthomosaic & 3D Existing-Conditions Capture
One acquisition produced both a top-down spatial record and a 3D visual record of the hospital site.
Reality Capture · Mapping · 3D · Orthomosaic
View projectBest fit
Strong geospatial acquisition projects usually have a defined downstream use.
- Engineering team
- Geomatics team
- GIS workflow
- Defined AOI
- Remote site
- Corridor
- LiDAR
- Technical deliverable
- Current data gap
- Capacity constraint
- Complex operating environment
- Repeat acquisition
Simple aerial photography with no spatial or technical requirement may be better handled through a simpler workflow. We will say so.
Questions
Geospatial acquisition FAQ
No. Elev8 provides RPAS and geospatial data acquisition. Professional surveying and cadastral work remain with appropriately licensed professionals.
GNSS-denied acquisition
Geospatial acquisition does not require GNSS.
Professional teams may require spatial datasets from environments where conventional aerial RTK/GNSS workflows are not available. Elev8 can support project-specific SLAM, point-cloud acquisition, interior 3D capture, underground spatial documentation and hybrid workflows.
- SLAM
- Point-cloud acquisition
- Interior 3D capture
- Underground spatial documentation
- Hybrid workflows
Project intake
Send us the acquisition requirement.
Send the project boundary, KML/KMZ, acquisition specification, site plan or downstream data requirement. Elev8 will assess the field and RPAS approach before recommending a scope.
AOI · KML · KMZ · Specification · Coordinate system · Output