The IBM Environmental Intelligence Suite is available with consumption-based licensing. The base entitlement offers a wide range of functionality, and there are flexible options for adding the solutions that work best for your business needs as you grow. The pricing model is well-suited for the use-case and persona that you are looking for. It is designed to scale from data-scientists to line-of-business managers to clients need to build fit-for-purpose climate risk applications. It also offers industry specific workflow-based solutions to drive operational efficiencies.
Data scientists and developers can augment operations with accurate weather data
Any business operations can benefit with accurate and AI-augmented weather forecasts
- Monitor critical job sites and areas
- Visualize and stay alerted with dashboards, interactive maps and real-time alerts
- Powered by AI generated current and forecasted weather conditions
Acceleration climate adaptation and climate risk management
Bring your own data and weather / climate models
Configure climate risk management solutions with dashboards, alerts and actionable workflows
Site/Location Dashboards
Dashboard Configuration
Thresholds and Alerts
Interactive Map
Alerts Builder
Dashboard Builder
Intelligence Builder
Data Explorer
Historical Data that helps you analyze past events
Real-time forecasts for the most accurate real-time weather updates
Forecasts that enable you to see weather predictions as far as 15 days forward
Map Layers that allow you to view weather conditions in different locations
Geospatial Data Catalogue - Remote Sensor/Satellite-based Data Sets
Alerts that tell you about a weather event up to six hours in advance
Industry Solutions
Add industry-specific enhancements to build the best solution to fit your organization’s needs.
Vegetation Management
Adds industry specific components that use AI, satellite images, LiDAR and more to regularly assess and monitor vegetation across a utility service territory.
Operations Management
Helps utility operators assess the impact of weather and determine the appropriate level of response required to mitigate the impact of predicted weather.