KarizonWeather™ API
KarizonWeather™ API
KarizonWeather™ API
Easily integrate KarizonAI’s hyper-local weather and met-ocean forecasts into your systems to make faster decisions, plan smarter, and build stronger resilience with physics-informed predictions. Try it now with up to one year of free API access to test and deploy our intelligent solutions.
Easily integrate KarizonAI’s hyper-local weather and met-ocean forecasts into your systems to make faster decisions, plan smarter, and build stronger resilience with physics-informed predictions. Try it now with up to one year of free API access to test and deploy our intelligent solutions.
Your Advantage
Combining AI speed with trusted physics models for reliable, early action.
Hyper-Local Accuracy
Forecasts at 1–3 km resolution for site-specific precision
Hyper-Local Accuracy
Forecasts at 1–3 km resolution for site-specific precision
Hyper-Local Accuracy
Forecasts at 1–3 km resolution for site-specific precision
Hyper-Local Accuracy
Forecasts at 1–3 km resolution for site-specific precision
Customized for You
Sector-specific models, smart alerts, and bias corrections
Customized for You
Sector-specific models, smart alerts, and bias corrections
Customized for You
Sector-specific models, smart alerts, and bias corrections
Customized for You
Sector-specific models, smart alerts, and bias corrections
Easy Integration
Seamless API access with up to 40 years of hindcast data
Easy Integration
Seamless API access with up to 40 years of hindcast data
Easy Integration
Seamless API access with up to 40 years of hindcast data
Easy Integration
Seamless API access with up to 40 years of hindcast data
Plan Ahead with Certainty
From real-time nowcasting to 180-day forecasts.
Plan Ahead with Certainty
From real-time nowcasting to 180-day forecasts.
Plan Ahead with Certainty
From real-time nowcasting to 180-day forecasts.
Plan Ahead with Certainty
From real-time nowcasting to 180-day forecasts.
Cost Efficiency
Cut risks and costs and get more value from your existing data networks with minimal changes.
Cost Efficiency
Cut risks and costs and get more value from your existing data networks with minimal changes.
Cost Efficiency
Cut risks and costs and get more value from your existing data networks with minimal changes.
Cost Efficiency
Cut risks and costs and get more value from your existing data networks with minimal changes.
Built for Sustainability
Align your operations with UN SDGs 6, 9, 11, and 13 for long-term resilience.
Built for Sustainability
Align your operations with UN SDGs 6, 9, 11, and 13 for long-term resilience.
Built for Sustainability
Align your operations with UN SDGs 6, 9, 11, and 13 for long-term resilience.
Built for Sustainability
Align your operations with UN SDGs 6, 9, 11, and 13 for long-term resilience.
Enterprise Support
Dedicated consultation, rapid deployment, and scalable solutions.
Enterprise Support
Dedicated consultation, rapid deployment, and scalable solutions.
Enterprise Support
Dedicated consultation, rapid deployment, and scalable solutions.
Enterprise Support
Dedicated consultation, rapid deployment, and scalable solutions.
Fast Results
insights in minutes, with updates every 2–6 hours.
Fast Results
insights in minutes, with updates every 2–6 hours.
Fast Results
insights in minutes, with updates every 2–6 hours.
Fast Results
insights in minutes, with updates every 2–6 hours.
Weather Across Time
Weather Across Time
KarizonWeather API delivers complete weather intelligence, hindcasting, nowcasting, and forecasting. Powered by physics-informed AI and high-resolution data, it helps you optimize operations, reduce risks, and make confident decisions
KarizonWeather API delivers complete weather intelligence, hindcasting, nowcasting, and forecasting. Powered by physics-informed AI and high-resolution data, it helps you optimize operations, reduce risks, and make confident decisions
Hindcasting
Reconstruct weather and ocean conditions from 1 day to 40 years back to validate models and understand historical patterns.
Use it for:
Insurance & claims
Verify losses and downtime with hourly hindcasts of wind, waves, and currents over periods from 1 day to 3 years.
Engineering and infrastructure
Engineering and infrastructure design use our long-term (1-40 years) hindcasts to evaluate extreme events and build resilient systems.
Risk management
Risk management analyze historical trends in floods, sea levels, and climate patterns to inform future strategies
Hindcasting
Reconstruct weather and ocean conditions from 1 day to 40 years back to validate models and understand historical patterns.
Use it for:
Insurance & claims
Verify losses and downtime with hourly hindcasts of wind, waves, and currents over periods from 1 day to 3 years.
Engineering and infrastructure
Engineering and infrastructure design use our long-term (1-40 years) hindcasts to evaluate extreme events and build resilient systems.
Risk management
Risk management analyze historical trends in floods, sea levels, and climate patterns to inform future strategies
Hindcasting
Reconstruct weather and ocean conditions from 1 day to 40 years back to validate models and understand historical patterns.
Use it for:
Insurance & claims
Verify losses and downtime with hourly hindcasts of wind, waves, and currents over periods from 1 day to 3 years.
Engineering and infrastructure
Engineering and infrastructure design use our long-term (1-40 years) hindcasts to evaluate extreme events and build resilient systems.
Risk management
Risk management analyze historical trends in floods, sea levels, and climate patterns to inform future strategies
Hindcasting
Reconstruct weather and ocean conditions from 1 day to 40 years back to validate models and understand historical patterns.
Use it for:
Insurance & claims
Verify losses and downtime with hourly hindcasts of wind, waves, and currents over periods from 1 day to 3 years.
Engineering and infrastructure
Engineering and infrastructure design use our long-term (1-40 years) hindcasts to evaluate extreme events and build resilient systems.
Risk management
Risk management analyze historical trends in floods, sea levels, and climate patterns to inform future strategies
Nowcasting
Receive up to 6-hour high-resolution predictions, extendable to 24 hours, refreshed every 2 hours for maximum accuracy.
Use it for:
Marine operations
Make safe, time-sensitive decisions with hourly updates on wind, waves, currents, and squall warnings.
Emergency response
React quickly to thunderstorms, heavy rainfall, or fog events to reduce hazards in transportation, construction, or energy.
Urban & agricultural precision
Minimize disruptions in dynamic environments through data assimilation and localized, real-time accuracy.
Nowcasting
Receive up to 6-hour high-resolution predictions, extendable to 24 hours, refreshed every 2 hours for maximum accuracy.
Use it for:
Marine operations
Make safe, time-sensitive decisions with hourly updates on wind, waves, currents, and squall warnings.
Emergency response
React quickly to thunderstorms, heavy rainfall, or fog events to reduce hazards in transportation, construction, or energy.
Urban & agricultural precision
Minimize disruptions in dynamic environments through data assimilation and localized, real-time accuracy.
Nowcasting
Receive up to 6-hour high-resolution predictions, extendable to 24 hours, refreshed every 2 hours for maximum accuracy.
Use it for:
Marine operations
Make safe, time-sensitive decisions with hourly updates on wind, waves, currents, and squall warnings.
Emergency response
React quickly to thunderstorms, heavy rainfall, or fog events to reduce hazards in transportation, construction, or energy.
Urban & agricultural precision
Minimize disruptions in dynamic environments through data assimilation and localized, real-time accuracy.
Nowcasting
Receive up to 6-hour high-resolution predictions, extendable to 24 hours, refreshed every 2 hours for maximum accuracy.
Use it for:
Marine operations
Make safe, time-sensitive decisions with hourly updates on wind, waves, currents, and squall warnings.
Emergency response
React quickly to thunderstorms, heavy rainfall, or fog events to reduce hazards in transportation, construction, or energy.
Urban & agricultural precision
Minimize disruptions in dynamic environments through data assimilation and localized, real-time accuracy.
Forecasting
Access short-term (up to 10 days) and seasonal forecasts (up to 180 days) at fine resolution (1–3 km).
Use it for:
Routine planning
Support shipping, farming, and logistics with 5–10 day predictions of wind, temperature, precipitation, and sea state.
Strategic scheduling
Optimize marine maintenance windows or agricultural output using 90-day trends in temperatures, sea levels, and flooding risks.
Long-term resilience
Strengthen energy, insurance, and urban systems by integrating seasonal and climate-driven forecasts into resource planning.
Forecasting
Access short-term (up to 10 days) and seasonal forecasts (up to 180 days) at fine resolution (1–3 km).
Use it for:
Routine planning
Support shipping, farming, and logistics with 5–10 day predictions of wind, temperature, precipitation, and sea state.
Strategic scheduling
Optimize marine maintenance windows or agricultural output using 90-day trends in temperatures, sea levels, and flooding risks.
Long-term resilience
Strengthen energy, insurance, and urban systems by integrating seasonal and climate-driven forecasts into resource planning.
Forecasting
Access short-term (up to 10 days) and seasonal forecasts (up to 180 days) at fine resolution (1–3 km).
Use it for:
Routine planning
Support shipping, farming, and logistics with 5–10 day predictions of wind, temperature, precipitation, and sea state.
Strategic scheduling
Optimize marine maintenance windows or agricultural output using 90-day trends in temperatures, sea levels, and flooding risks.
Long-term resilience
Strengthen energy, insurance, and urban systems by integrating seasonal and climate-driven forecasts into resource planning.
Forecasting
Access short-term (up to 10 days) and seasonal forecasts (up to 180 days) at fine resolution (1–3 km).
Use it for:
Routine planning
Support shipping, farming, and logistics with 5–10 day predictions of wind, temperature, precipitation, and sea state.
Strategic scheduling
Optimize marine maintenance windows or agricultural output using 90-day trends in temperatures, sea levels, and flooding risks.
Long-term resilience
Strengthen energy, insurance, and urban systems by integrating seasonal and climate-driven forecasts into resource planning.
Built for Your Industry
Built for Your Industry
Explore how KarizonWeather API empowers sectors with actionable climate intelligence.
Explore how KarizonWeather API empowers sectors with actionable climate intelligence.
Marine and Offshore
Optimize navigation, scheduling, and hazard mitigation with precise met-ocean data.
Hourly short-term forecasts (up to 10 days) and 6-hourly long-term outlooks (up to 180 days) for wind, waves, currents, and extreme events.
Plan routes to save fuel, choose safe installation timing, and reduce risks in operations.
Agriculture
Drive seasonal crop planning, irrigation, and pest forecasting for better yields.
Detailed soil moisture, temperature, and precipitation data in short-term (up to 10 days) and long-term (up to 180 days) formats.
Allocate resources to reduce waste, predict yields for supply chains, and implement drought mitigation strategies.
Energy
Enhance renewable production, maintenance, and grid resilience against weather disruptions.
Wind speed, solar irradiance, and temperature forecasts from nowcasting to 180-day horizons.
Optimize energy output, prevent downtime, and plan investments for sustainable grids.
Transportation and Logistics
Improve routing, safety, and efficiency in weather-dependent operations.
Rail/road temperature, precipitation, and wind data in customizable short- and long-term predictions.
Schedule logistics to avoid delays, maintain infrastructure, and strengthen supply chain resilience.
Urban Planning and Built Environment
Safeguard infrastructure with flood preparedness and system optimization.
Urban flooding, sea-level, and climate trend forecasts up to 180 days ahead.
Design resilient cities, protect assets, and plan for environmental challenges.
