
Our wildland fire services combine operationally experienced fire specialists including planners, analysts, modelers, and operational responders.
Community Wildfire Resiliency services translate operational wildfire expertise and analytics into on-the-ground planning, wildfire exposure risk reduction, and preparedness. Our team supports communities, Indigenous Nations, and forestland managers in creating operationally feasible plans and prescriptions that aim to reduce expected fire behavior, improve ingress/egress, and contribute to defensible space. Our objectives are to promote human safety, preserve valued places, and protect homes and property.
Community resilience planning — CWPPs, CWRPs and FireSmart (CAN), fuels management prescriptions, prescribed burn planning — and funding support
High-resolution fuels mapping and wildfire behavior modeling for targeted mitigation — powered by FireViewTM
Prescribed burn planning, fuels management prescriptions and implementation monitoring, and post-fire recovery planning
Utility wildfire risk analytics and mitigation planning, as well as operational awareness tools offered through RiskViewTM
FireViewTM turns weather data, fuels, terrain, and ignition patterns into wildfire intelligence you can act on. From fire forecasting and burn probability to exposure and scenario modeling, FireViewTM provides landscape-scale analytics that help communities, utilities, and land managers plan, prioritize and operate with confidence.
Higher-resolution fuels and faster updates
Landscape-scale simulations and projections of different management scenario outcomes
Integrated with permitting, resilience planning, and operations
Wildfire intelligence for planning, exposure, and operations.

Historical weather analysis — wind roses and FWI/ISI roses by season and location
Weather trend analysis — FWI/FFMC trends to reveal changing risk profiles
Reanalysis-grade weather data for consistent comparisons
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Regionally flexible forecasting engines
Fire spread forecasting based on fuel-wind-moisture inputs
Supports planning, operations, and mitigation design

Burn probability modeling prep — seasonality, ignition distributions, fuels, and wind grids
Wildfire modelling — continuous surface
Gridded and Randomized modeling — BurnP3-style ensembles

Directional exposure for communities and assets
Building exposure and fireline exposure (FE)
ROS Distance Analysis — time and distance envelopes

Fuel ID vs fuels updates
Fuel ID — full pipeline: 56+ canopy, mid-story, and surface characteristics
Fuels updates — quicker remote-sensing-driven refresh

Ignition threat mapping — kernels or prep-tool
Fire shed mapping
Risk to assets — exposure plus consequence

Scenario comparisons across weather windows
Treatment design and before-and-after deltas
Each capability integrates into a single intelligence platform. Start with patrol and compliance then layer in AI threat detection, leak monitoring, and geohazard monitoring as your program matures.
Fuel characteristics modelled from LiDAR and satellite data
High-resolution Canadian FBP fuel maps produced for provinces in Canada — AB, BC, SK
Plans for community-level wildfire resilience and education delivered
WA, OR, ID, MT, and AZ: Leveraging of full Digital Inventory data as model inputs within the US west for public and private landscape projections
Fire management planning for utilities and critical infrastructure
Fuel characteristics modeled from LiDAR and satellite data to produce detailed fuel attributes maps.
Yes, we prepare wildfire hazard assessments and reports for development permit applications.
Yes, including Prometheus and BURN-P3 for hazard and burn probability.
Yes, we build risk plans, situational awareness tools, and ROW fire management.
Yes, development permit wildfire hazard assessments are part of FireView™ service.
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We'll align fuels, modeling, and operations to your objectives and constraints.