Reality capture · Mapping · 3D
Turn current conditions into a usable digital record.
High-resolution aerial mapping, 3D reality capture and geospatial data acquisition for infrastructure, engineering and remote projects.
- Acquisition
- RGB · RTK
- Outputs
- Ortho · 3D · Point cloud
- Workflow
- GIS · CAD · Cloud
- Deployment
- Local · Remote
Current conditions
A site changes faster than the drawing set.
Construction, infrastructure and remote environments change continuously. Field notes, isolated photos and static drawings often fail to provide a complete picture of current conditions.
Fragmented information
Photos, drawings, notes and site visits often exist separately, held by different people in different formats.
Limited context
A close-up image shows detail, but not where that detail sits within the site.
Repeat visits
Teams may return to site simply to answer questions that could have been resolved from a complete digital record.
Data age
Information becomes less useful as conditions change.
Elev8 creates a current spatial record that can be reviewed long after the field team has left.
The workflow
From field conditions to digital site intelligence.
- 01AOI
Plan
Define the requirement before the aircraft leaves the ground.
- · area of interest
- · required outputs
- · accuracy requirement
- · downstream workflow
- · control strategy
- · regulatory requirements
- 02Capture
Capture
Acquire the site under controlled, repeatable mission parameters.
- · high-resolution RGB imagery
- · RTK / GNSS-supported data
- · ground control / checkpoints where appropriate
- · supplemental imagery where required
- 03Process
Process
Build the spatial products the project actually needs.
- · orthomosaic
- · point cloud
- · 3D mesh
- · surface model
- · terrain-related products where appropriate
- 04QA
Review
Check the dataset against the acquisition specification.
- · acquisition QA/QC
- · visual review
- · data checks
- · project-specific processing
- 05Deliver
Deliver
Hand the data over in the formats the project team works in.
- · GIS layers
- · CAD-compatible exports
- · hosted 3D environment
- · imagery
- · point cloud
- · raw data where required
Deliverables
One capture can support multiple outputs.
Orthomosaic
A high-resolution georeferenced aerial image that provides a current top-down view of the site.
- site context
- planning
- documentation
- GIS workflows
- visual comparison
Point cloud
Dense 3D spatial data representing the captured environment.
- measurement
- 3D analysis
- downstream professional workflows
- CAD / GIS integration
3D reality model
A textured 3D representation of current site conditions that can be reviewed remotely.
- stakeholder review
- planning
- remote collaboration
- site history
Surface model
A digital representation of the visible surface captured during the mission. Not a professional topographic survey unless a licensed professional is engaged for that purpose.
- terrain context
- surface analysis
- project planning
Hosted digital viewer
A browser-based environment where teams can review the captured site without specialized desktop software.
- project meetings
- owner review
- remote collaboration
- historical documentation
Raw / professional data
Raw imagery, point clouds and agreed geospatial outputs can be delivered where professional teams require direct access to the source data.
- professional workflows
- independent processing
- archival
The value is not the model. It is the questions the model can answer later.
Remote review
Review site conditions without immediately returning to the field.
Context
Understand where individual assets, issues or changes sit within the larger site.
Coordination
Give owners, consultants and contractors a common visual reference.
History
Maintain a dated record of site conditions.
Measurement
Perform appropriate measurements from the dataset where accuracy and workflow support it.
Handoff
Provide project professionals with organized geospatial data for downstream analysis.
A strong reality-capture dataset becomes part of the project record — not another folder of disconnected photos.
Shared intelligence
Capture once. Support multiple project teams.
Illustrative diagram
Engineering
Existing-condition context and downstream professional analysis.
Geomatics
Aerial acquisition and spatial data supporting professional workflows.
Project management
Progress, coordination, planning and stakeholder review.
Asset management
Current-condition records and repeat comparison.
GIS
Current imagery and spatial datasets.
Owners
Simple visual access to project conditions.
Change over time
A baseline becomes more valuable every time you repeat it.
- 01
Baseline
- 02
Capture 02
- 03
Capture 03
- 04
Event
- 05
Final
- construction progress
- site development
- reclamation
- earthworks
- asset changes
- vegetation
- pre / post event
- existing conditions
Standardized repeat acquisition creates a consistent visual and spatial history that is easier to compare than isolated photographs or field notes.
Different outputs
Mapping answers “where.” Reality capture adds “what does it look like?”
Mapping
Best for
- · top-down context
- · GIS
- · location
- · spatial relationships
- · large areas
Outputs
- orthomosaic
- point cloud
- surface data
- GIS layers
Reality capture
Best for
- · visual context
- · 3D review
- · remote collaboration
- · detailed current conditions
- · stakeholder communication
Outputs
- 3D model
- imagery
- hosted viewer
- point cloud
Hybrid
Often the strongest solution: combine mapping and 3D reality capture so the project has both spatial and visual context.
Georeferencing
Good data starts with a defined positional requirement.
Not every project requires the same positional accuracy. Elev8 selects RTK/GNSS, control and QA/QC workflows based on the intended use of the data.
- RTK
- GNSS
- network corrections
- base station
- ground control where appropriate
- checkpoints
- coordinate-system definition
- QA/QC
Accuracy should be defined before capture — not assumed afterward.
Engineering & geomatics
Acquisition that fits into professional workflows.
- 01
Professional team defines
- · area of interest
- · coordinate system
- · required accuracy
- · control strategy
- · downstream output
- · professional requirements
- 02
Elev8 acquires
- · RPAS planning
- · regulatory compliance
- · field capture
- · RTK / GNSS workflow
- · imagery
- · processing
- · acquisition QA/QC
- 03
Professional team completes
- · regulated survey
- · engineering interpretation
- · certification
- · design
- · professional deliverables
One capture method. Multiple infrastructure environments.
Rail
Corridor existing conditions, construction, access and terrain context.
View sector →Utilities
Right-of-way, substations, capital projects and remote assets.
View sector →Remote industrial & mining
Large-site spatial records, terrain and repeat capture.
View sector →Environmental & corridors
Baseline imagery, terrain and GIS workflows.
View sector →Construction
Used selectively: baseline capture, owner-funded documentation, technical project requirements and repeat captures where the budget and workflow support it.
Specialized support
Already capture basic aerial imagery internally? Keep doing it.
Routine imagery is often economical to perform with an established internal drone program. Elev8 becomes useful when the project requires more.
- RTK / GNSS workflow
- large area
- remote deployment
- professional data handoff
- 3D reality capture
- point cloud
- repeatability
- complex operations
Use internal capture when it is efficient. Use Elev8 when the dataset itself becomes a technical deliverable.
Project record
Look at the actual data.
Project examples are published as truthful generic descriptions where client information is confidential.
Ontario industrial site
- Capture
- RGB / RTK
- Output
- Orthomosaic · 3D · Surface
- Application
- Current site intelligence
Add real project data
[REAL PROJECT DATA REQUIRED] Replace this panel with published Elev8 project assets: orthomosaic, hosted 3D model link, point-cloud capture, surface model and extracted project features. Use a truthful generic client description where the project is confidential.
- orthomosaic
- 3D model
- point cloud
- surface
- raw imagery
- hosted viewer
Remote access to the site
Put the current site in the browser.
When appropriate, Elev8 can deliver a browser-based project environment so stakeholders can review current conditions without installing specialized software.
- remote review
- stakeholder meetings
- issue discussion
- visual coordination
- historical access
- simple sharing
Hosting terms and retention are defined by project or service agreement.
From project to record
Current conditions become historical intelligence.
Project intelligence record
An optional ongoing arrangement that keeps the digital record current and accessible. Scoped per project.
- · baseline capture
- · hosted viewer
- · future recaptures
- · historical datasets
- · organized project archive
A digital model is powerful. It is not every professional service.
Legal survey
Requires appropriate professional authority.
Engineering judgement
Requires qualified engineers where applicable.
Physical inspection
Some assets still require hands-on specialist inspection.
Ground verification
Some project requirements require conventional field verification.
Elev8 is not an Ontario Land Surveyor and not a professional engineering firm. Our role is to improve visibility — not to replace every other source of professional evidence.
Best fit
Reality capture creates the most value when information will be reused.
- multiple stakeholders
- difficult to revisit site
- current conditions matter
- geospatial output required
- remote collaboration
- repeat capture
- large or complex site
- professional team needs data
- pre / post condition record
- long project duration
Lower fit: one-time simple photography with no downstream spatial requirement may be better handled with a simpler workflow.
Questions
Reality capture and mapping FAQ
Reality capture is the process of creating a digital representation of current physical conditions using imagery, photogrammetry, LiDAR or related acquisition methods.
Interior / underground reality capture
Reality capture is not limited to aerial acquisition.
Where the environment is enclosed, underground or GNSS-denied, the same current-conditions record can be built with a different platform. Handheld, mobile SLAM, robotic, RPAS or hybrid acquisition is selected around the information requirement.
- Handheld
- Mobile SLAM
- Robotic
- RPAS
- Hybrid
Project intake
Send us the site.
Send the location, site plan, KML/KMZ or project requirement. Elev8 will assess the area, required outputs and acquisition workflow before recommending an approach.
KML · KMZ · PDF · site plan · coordinates · drawing
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 project