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Cloud-based technology providing rapid risk analytics for industry and government to assess wildfire exposure.
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Automates Wildfire Risk Exposure at Scale
Note to Aliona: This copy should be shown as the ‘steps’ regarding how the platform works — i.e,, we already have the data (no need for client to go and find it/buy it, Next we do automated analytics (one click analytics),then we collabarate and share the data with stakeholders, and then thee customer can mitigate and plan for the risk. Need to build out a dynamic part of the page that shows the Skyforest platforms value – i..e, going from a difficult wildfire assessment approach to using the SkyForest Platform.
(step 1) No Requirement to source data
SkyForest data is constantly updated
No requirement to source multiple data sources
One source of truth: contiguous data across Canada
We constantly add data to improve our exposure layer
(step 2) Automate risk assessments
One click exposure assessments
Run assessments on hundreds or thousands of assets simultaneously
Receive immediate risk exposure assets
Export risk data to tiff, pdf or .csv
Share risk analytics dashboards with clients or internal teams
(step 3) Collaborate
(step 4) Mitigate
(step 5) Monitor
(step 6)Archive
SkyForest produces one exposure layer that calculates exposure on a pixel by pixel level.
Aliona Note: possibly use the a big Imac screen showing the UI images animating
Add locations
Select locations for exposure risk analysis
Generate exposure risk report
Instant exposure analytics on portfolio
SkyForest’s cloud platform delivers automated risk assessment for industries and government dealing with wildfire challenges. Our SaaS platform empowers insurance, telecommunications, utilities, real estate, and government agencies to perform precise risk assessments quickly and efficiently.
Transforming risk management within the Insurance Industry.
Planning and Protecting Real Estate Investment Assets.
Automated risk assessment Platform specifically designed for Advisories.
Providing government with tools to assess risk to GDP, critical infrastructure and its citizens.
Helping the Forestry industry plan and protect assets.
Safeguard infrastructure to reduce customer impact and financial losses.
Transforming risk management within the Insurance Industry.
Planning and Protecting Real Estate Investment Assets.
Automated risk assessment Platform specifically designed for Advisories.
Providing government with tools to assess risk to GDP, critical infrastructure and its citizens.
Helping the Forestry industry plan and protect assets.
Safeguard infrastructure to reduce customer impact and financial losses.
Wildfires are deadly. Human life, homes, businesses and critical infrastructure are under threat. SkyForest has developed 6 cross Canada data layers that combine to create the most comprehensive and detailed fire risk map in Canada.
The CHM (Canopy Height Model) provides an estimate of the height of both forest canopies and non-forest land cover types.
The distance to hazardous fuel refers to the straight-line distance in meters to locations with a medium or high fuel hazard.
Exposure quantifies the potential for an asset situated at a point of interest (POI) to be affected by hazards generated by wildfires, including flames, radiant heat, and embers. It is determined by the fuel hazard near the POI and takes into account the surrounding slopes and their respective azimuths.
Fuel hazard denotes the level of wildfire risk attributed to the presence of specific forest and non-forest fuel types. This hazard is linked to the potential intensity of a fire and its rate of spread upon ignition. Ratings for fuel hazard are categorized as: nil, low, medium, and high.
Fuel types categorize forests and other combustible land cover types based on the specific type of wildfire fuel present in a given location. This classification is determined by factors such as vegetation type (e.g., grassland or forest), composition (e.g., percentage of conifer trees), and vegetation structure (e.g., height of the forest). FRMG utilizes the classification system outlined in the Wildland-Urban Interface guide.
The PCBA (Percent Conifer Basal Area) represents the proportion of coniferous trees in a forest canopy. This is determined by considering both the species type and the size of the tree, indicated by its basal area – the area of the trunk’s horizontal cross-section.
Our 20M resolution provides the ability to make accurate and informed decisions on wildfire threat. Because our data is Canada-wide you’ll get consistent and measurable results whether you’re looking at data in British Columbia, New Brunswick or Quebec.
Fuel hazard denotes the level of wildfire risk attributed to the presence of specific forest and non-forest fuel types. This hazard is linked to the potential intensity of a fire and its rate of spread upon ignition. Ratings for fuel hazard are categorized as: nil, low, medium, and high.
Exposure quantifies the potential for an asset situated at a point of interest (POI) to be affected by hazards generated by wildfires, including flames, radiant heat, and embers. It is determined by the fuel hazard near the POI and takes into account the surrounding slopes and their respective azimuths.
Fuel hazard denotes the level of wildfire risk attributed to the presence of specific forest and non-forest fuel types. This hazard is linked to the potential intensity of a fire and its rate of spread upon ignition. Ratings for fuel hazard are categorized as: nil, low, medium, and high.
Exposure quantifies the potential for an asset situated at a point of interest (POI) to be affected by hazards generated by wildfires, including flames, radiant heat, and embers. It is determined by the fuel hazard near the POI and takes into account the surrounding slopes and their respective azimuths.
Thank you for your interest! We’ll be in touch soon.
