How it works
Transforming Wildlife Conservation Through Intelligent Drone Technology
AeroWildTech delivers comprehensive aerial monitoring solutions that combine advanced multi-environment drone hardware, AI-powered analytics, and expert services to provide actionable insights for wildlife conservation and habitat management.
Multi-environment systems
AI-powered analytics
Expert services
Our Solution: Three Integrated Components
1. Hardware: Multi-Environment Drone Systems
Key Hardware Features:
Our drones are specifically designed for wildlife conservation across diverse Canadian ecosystems:
- Thermal Imaging - Detect wildlife through heat signatures, even in dense vegetation
- Night Vision - Monitor nocturnal species and conduct surveys during sensitive daylight-free periods
- Underwater Navigation Systems - Unique capability for aquatic and coastal environment surveys
- High-Resolution Imaging - Capture detailed visual data for species identification and habitat assessment
- Long-Range Capabilities - Extended flight times for large-area coverage
- Real-time Data Transmission - Immediate data streaming to cloud-based platforms
- Pre-Programmed Flight Paths - Automated routes with manual override for adaptive monitoring
- Environmental Sensing - Collect habitat condition data alongside species information
- Precision Maneuvering - Navigate complex terrains safely
- Low Environmental Impact - Ultra-low noise design to minimize wildlife disturbance
- Weather Resistance - Operate in challenging Canadian weather conditions
2. AI-Powered Analytics Platform
Our machine learning models transform raw drone data into conservation intelligence:
Automated Analysis Capabilities:
- Species Detection & Identification - Customizable AI models recognize target species from thermal and visual imagery
- Population Counting - Accurate tallies that are 43% to 96% more accurate than traditional manual methods
- Habitat Health Assessment - Vegetation indices and ecosystem condition metrics
- Change Detection - Track habitat modifications and restoration progress over time
- Data Integration - Combine multiple sensor inputs (thermal, multispectral, visual) for comprehensive analysis
Platform Features:
- Cloud-based dashboard with real-time data processing
- Continuous learning and model adaptation
- Customizable for specific species or habitats (e.g., polar bears in Arctic, invasive species in coastal zones)
- API integration with existing GIS software and regulatory reporting platforms
- Compatibility with Species at Risk Act databases
- Indigenous data governance principles (OCAP®)
3. Consulting & Training Services
Expert support to maximize the value of your monitoring program:
- Custom AI model training for specialized species or behaviors
- System optimization for your specific conservation objectives
- Pilot training and capacity building
- Field deployment support
- On-site training sessions
Our End-to-End Process
Step 1: Discovery
- Confirm conservation problems and monitoring objectives
- Assess permit requirements (Transport Canada, protected area regulations)
- Establish data governance requirements
- Define project scope
Step 2: MRV Scoping Workshop
- Co-design sampling protocols
- Select optimal sensors and flight parameters
- Develop budget and timeline
- Create one-page scope document
Step 3: Pilot Proposal
- Includes conversion credit if upgraded to subscription within 90 days
- Proof of concept with your specific use case
Step 4: Pilot Delivery
- Execute field data collection
- Process data through AI analytics
- Deliver maps, species counts, accuracy sheets
- Provide audit-ready report
Step 5: Subscription Conversion
- Transition to annual monitoring plan
- Lock in future monitoring cycles and dates
- Establish baseline for long-term tracking
Step 6: Portfolio Expansion (Quarterly reviews)
- Add new monitoring sites
- Increase monitoring frequency
- Extend to BVLOS shoreline/river corridors where economical
What Makes Our Approach Unique
✓ Multi-Environment Navigation
Our drones seamlessly operate across aerial, aquatic, and terrestrial environments—a capability that sets us apart from standard conservation drones. This is essential for comprehensive monitoring in Canada’s diverse ecosystems: coastal zones, wetlands, rivers, and terrestrial habitats.
✓ Advanced Machine Learning Integration
Customizable AI models that continuously learn and adapt, enhancing accuracy in data collection and analysis. Our models are trained specifically for conservation applications, not generic object detection.
✓ Ultra-Low Noise & Environmental Impact
Designed to minimize wildlife disturbance—critical for monitoring sensitive species and operating in protected areas. Our “thermal-first” approach allows detection without close visual encounters.
✓ Permit-Ready Operations
Built-in compliance with Transport Canada RPAS regulations, Parks Canada protected area requirements, and Indigenous data governance principles. We include permit planning in every project.
✓ Purpose-Built for Conservation
Unlike generic drone mapping services, every feature—from sensor selection to flight profiles—is optimized for wildlife monitoring, species detection, and habitat assessment.
Technology Standards
Regulatory Compliance:
- Transport Canada RPAS certified operations
- Parks Canada research permit protocols
- BVLOS (Beyond Visual Line of Sight) ready architecture
- Indigenous data stewardship (OCAP®/CARE principles)
- Species at Risk Act reporting compatibility
Data Security:
- Secure cloud storage with role-based access
- Privacy-aware data pipelines
- API integration for controlled data sharing
- Audit-ready documentation
Ready to Transform Your Conservation Monitoring?
Whether you need baseline surveys for habitat restoration, species-at-risk monitoring for regulatory compliance, or ongoing surveillance for protected areas, AeroWildTech delivers the precision, efficiency, and ecological sensitivity your project demands.