Back

Monitoring/ ASSESSMENT

Geomount Inc. provides expertise in environmental monitoring, compliance assessment, and sensor-based data collection to support infrastructure and ecological sustainability.

DESIGN & MAPPING
REMOTE SENSING
SUSTAINABILITY & COMPLIANCE

ENVIROMENTAL Monitoring

We deploy advanced sensing systems to monitor air pollutants, water quality, and soil parameters with precision.
By combining UAV-based sensors, thermal imaging, and LiDAR data, we create integrated models that track environmental changes, identify contamination risks, and support mitigation planning.

These models can be tied to GIS databases, environmental impact assessments (EIA), and digital twins to help municipalities and organizations achieve long-term sustainability goals.

Applications include:

  • Water Quality Surveys

  • Thermal Leak Detection

  • Methane and GHG Mapping

  • Soil Contamination Studies

3D
Mapping

Environmental MAPPING

Using UAV & Satellite imagery, multispectral sensors, and photogrammetry, we map vegetation health, watershed conditions, and erosion-prone areas.
Our systems provide repeatable datasets for environmental agencies, land-use planners, and conservation teams seeking evidence-based insights into ecosystem performance.

WHY DO I NEED MAPPING ?

Our work integrates UAV, Satellite and ground-based sensing, remote monitoring, and AI-driven analytics to provide actionable insights for clients in government, industry, and research sectors.

Efficient & cost-effective

We deliver scalable, cost-efficient monitoring programs by combining automation, remote sensors, and cloud-based data analytics—reducing site visits while maintaining accuracy and transparency.

SUSTAINABILITY & COMPLIANCE

Our team ensures environmental regulations are met through continuous data collection, validation, and reporting.
Geomount supports compliance for projects requiring ongoing monitoring or audit-ready documentation under provincial and federal standards.

We combine LiDAR, multispectral imaging, and climate data to model surface water dynamics, vegetation stress, and energy balance at regional or site-specific scales.