Risk intelligence – before, during and after extreme events.
Confident decision making is critical to protecting communities from wildfires and extreme weather for all risk levels and geographies. Act faster with actionable intelligence from Technosylva.
Wildfire risk is rising. Bloomberg reports how utilities use Technosylva’s predictive intelligence to make earlier, smarter power shutoff decisions.
Faster, better decisions across natural hazards.
Technosylva’s fire and extreme weather intelligence products improve decision making to protect against the growing and evolving threat of wildfires, extreme weather, and flooding events.
Wildfire Operations
Utilities know and manage your fire risk.
Comprehensive real-time risk forecasting, spread predictions, and behavior analysis.
Wildfire Planning
Utilities prioritize your grid investments.
Prioritization of asset-level mitigation leveraging decades of historical climatology and millions of fire simulations.
Extreme Weather Operations
Utilities forecast grid impacts and mobilize crews.
AI-enabled extreme weather operations platform to monitor, plan for, and respond to evolving conditions.
Flood Planning
Planners and operators assess and respond to flood risks.
Decision-ready flood intelligence for the changing climate and coordinated response in flooding risk areas.
Tactical Analyst™
Fire agencies plan your fire protection.
Next Gen COP featuring situational awareness, predictive analytics, and incident management.
fiResponse™
Fire agencies manage your fire response.
Enterprise-wide system for managing operations activities across all-hazard and wildfire incidents.
The authority in wildfire and extreme weather risk.
Technosylva is the world leader in wildfire and extreme weather risk mitigation solutions.
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We manage 20,000+ fire incidents a year through our systems with over one billion daily wildfire simulations – delivering the learned intelligence back to every individual customer, no matter their size.
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Our simulations are validated against hundreds of thousands of real incidents, under a variety of conditions. We collaborate with our customers to publish the results of our continuous research.
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With hundreds of years of natural hazard, agency, and utility experience on staff, our team knows that AI delivers better outcomes when it’s trained on better data.
Trusted globally by leaders across industries
Electric Utilities
Every utility needs a wildfire solution tailored to their risk level. Technosylva helps utilities assess, plan, and operationally manage these rapidly evolving threats with decision-quality intelligence, calibrated to the risk and needs of each service area.
- Forecast wildfire risk and impacts associated with assets
- A clear picture of wildfire threats across your service territory
- Assess your mitigation effectiveness
Fire Agencies
Technosylva is used by leading fire agencies and state forestry agencies to predict wildfire behavior, mitigate wildfire risk, and improve wildfire operations, response, and firefighter safety.
- Comprehensive situational awareness
- Resource and incident management
- Collect and view real-time data from the field
Insurance & Credit Agencies
Insurers and creditors rely on our advanced modeling to help them turn an unpredictable natural hazards into quantifiable financial risk.
- Risk modeling and underwriting
- Claims and event response
- Testing financial resilience
Technosylva customers include leaders such as:
Customer Success with Technosylva
Located in a high fire-threat district, Bear Valley Electric Service (BVES) faced the challenge of mitigating wildfire risk in a dynamic and changing climate. It needed to conduct forward-looking mitigation planning that accounted for the future impacts of climate changes, while also evaluating and reducing ignition and Public Safety Power Shutoff (PSPS) risk across its circuits.
- Holistic Planning: Added the ability to conduct long-term risk mitigation planning and review overall risk levels.
- Future-Proof Mitigation: Incorporated 2030 climate condition models into their analysis to ensure grid hardening efforts are effective for future wildfire and outage risk reduction.
- Risk-Based Prioritization: Prioritized asset-level risk at the circuit-level for daily decision-making as well as long-term risk reduction.
NV Energy needed to manage wildfire risk and protect public safety while also reducing outages for its customers across Nevada. Meeting this urgent challenge required a sophisticated approach to risk analysis that could integrate natural disaster threat propensity with infrastructure conditions.
- Superior Risk Analysis: Integrated risk modeling, infrastructure maps, and databases give NV Energy a holistic view of wildfire threats.
- Smarter Mitigation Prioritization: Refined investment strategies to allocate resources where they will deliver the greatest impact.
- Vegetation Management Integration: Fuel mapping insights ensure vegetation treatments are effective and highlight areas that need accelerated attention.
PG&E needed to significantly reduce wildfire risk while minimizing unnecessary power shutoffs that impact customers. The utility required better decision-making capabilities for Public Safety Power Shutoffs (PSPS) and needed data-driven methods to prioritize asset hardening investments across their vast service territory.
- Wildfire Impact Reduction: 2018-2020 baseline → 99% reduction in acres impacted in 2022
- Equipment-Related Ignitions: 2021 → 68% decrease in reportable ignitions on primary distribution conductors in 2022
- PSPS Outage Duration: 2021 → 56% reduction in average PSPS outage duration in 2022
Shaping wildfire & weather resilience.
Explore credible insights connecting data, science, and real-world decision-making to strengthen electric-utility readiness and reliability. Follow us on LinkedIn for updates and resources supporting safer, more reliable grid.
NEWS
Smarter Vegetation Risk Management
Technosylva and AiDASH have partnered to deliver integrated wildfire and vegetation intelligence. By combining advanced wildfire modeling with satellite-based vegetation risk monitoring, utilities gain the precision to target high-risk areas, limit PSPS events, and strengthen grid resilience.
ARTICLE
Mitigating Wildfire Risk with AI
Fire crews across California are turning to advanced technology to anticipate wildfire risk, track shifting conditions, and act faster when fires ignite. By analyzing vegetation, weather, and ignition patterns, our software helps improve decisions and response in high-risk areas.
WEBINAR
Rethinking Wildfire Risk Assessments
Wildfire challenges are changing, and electric utilities need updated tools to keep pace. This webinar examines how advanced modeling, AI, and weather data can support continuous risk assessment, guide real-time operational choices, prioritize mitigation, and enhance wildfire response planning and infrastructure protection.
