Drone Intelligence for Forestry
AI-powered aerial analytics for forest inventory, regeneration monitoring, vegetation risk, and utility corridor management.
What We Do
Canopy Dynamix is a Vancouver Island-based technology partner helping forestry, utility, and land-management teams turn drone imagery into practical information for planning and field operations.
We help organizations and drone service providers put aerial analytics to work, from defining the project and imagery requirements to reviewing results and fitting outputs into existing GIS workflows.
Applications include regeneration monitoring, tree detection and counting, vegetation assessment, disturbance mapping, and post-harvest documentation. Each project starts with the question you need answered and the level of detail required to answer it.
The goal isn’t simply to produce more imagery. It’s to create clearer information that supports better planning, more focused fieldwork, and more confident operational decisions.
Canopy Dynamix also serves as Biodrone’s North American channel development and reseller support partner, helping drone service providers, technology partners, and resellers across Canada and the United States bring aerial analytics into their work.
Start with the decision you need to make. Then determine what aerial imagery can reveal and where field observations are still needed.
Checking Regeneration
Map visible trees and their distribution to help identify gaps, dense patches, and areas where competing vegetation warrants closer inspection.
Planning Young Stand Treatments
Use mapped density and height patterns to help prioritize areas for thinning, spacing, brushing, or further field assessment.
Reviewing a Harvested Block
Document visible harvest boundaries, retained features, and residual material to support post-harvest review and follow-up assessment.
Responding to Storm, Fire, or Pest Damage
Map the extent of visible disturbance, prioritize field inspections, and document changes over time.
Reviewing Completed Work
Compare mapped treatment areas and visible results with the planned scope to support contractor review and project closeout.
Directing Field Crews
Give crews mapped locations and specific questions to investigate, helping focus field time where it adds the most value.
Where Aerial Analytics Helps
Built Around Forestry Workflows
Useful analysis needs to fit the way your team works.
Information Tied to a Decision
Define the measurements, maps, and level of detail needed for your project, whether you’re reviewing regeneration, planning a treatment, or documenting visible damage.
Outputs Your Team Can Use
Bring results into existing workflows through maps, reports, and spatial data, with deliverables agreed at the start of the project.
A Clear Connection to Fieldwork
Use aerial coverage to identify patterns and guide closer inspection. Field observations and professional judgment remain essential for conditions the imagery cannot reliably reveal.
Results Reviewed in Context
Interpret findings against image quality, vegetation cover, terrain, and project requirements. Accuracy and completeness depend on what can be seen and measured in the source data.
50M+ trees analyzed - 100K+ hectares processed - Up to ~95% detection accuracy - Minutes to hours for typical processing
Performance depends on forest structure, image resolution, acquisition method, and project size.
How the Workflow Works
From a practical question to information your team can use.
①
Define the Question
Agree on the area, features of interest, required outputs, and how the results will support a decision.
②
② Plan and Collect Imagery
Set capture requirements around the project’s needs, or assess whether existing imagery is suitable.
③
Process and Analyze
Use imagery processing and AI-assisted analysis to detect, map, and measure the features relevant to the project.
④
Review and Verify
Check results for quality and completeness, compare with field observations where needed, and identify limitations.
Have a block or project in mind? Let’s discuss the question you need answered.
⑤
Put the Results to Work
Use maps, reports, and GIS-ready data to guide inspections, prioritize work, document conditions, and support planning.