Overview

AiDASH’s Climate Risk Intelligence System (CRIS) is a satellite-first, AI-driven SaaS platform that combines satellite imagery, real-time and historical weather, vegetation, and utility operational data to forecast wildfire spread, predict storm-driven outages, prioritize at-risk assets, and optimize resource allocation and restoration workflows up to 72 hours ahead. CRIS is designed for utilities and infrastructure operators to improve resilience, accelerate safe restoration, and support climate-aware planning.

Features and Capabilities

• Data Fusion & Inputs: CRIS ingests satellite imagery, near-real-time weather feeds, historical outage and resource usage, vegetation indices, and third-party hazard layers to generate situational awareness.
• Forecasting & Modeling: Predicts fire weather, wildfire spread, and storm impacts (wind, rain, pressure, temperature) with hourly resolution and horizons up to 72 hours to forecast outages and damage-prone areas.
• Geographic Granularity: Provides risk and impact forecasting down to feeder, segment, and span levels to prioritize field crews and safety actions at the asset level.
• Resource & Restoration Planning: Suggests resource needs, staffing, and logistics prioritization during events to accelerate safe restoration and optimize response sequencing.
• Satellite Analytics & Remote Sensing: Uses multispectral and SAR imagery to monitor vegetation health, detect encroachments, and map burn severity and accessibility after events.
• Operational Dashboards: Offers interactive visualizations and KPIs for incident tracking, outage forecasts, and feed-level analytics to support operational decision-making.
• Integrations & Platform: Integrates with utility data sources and partners to ensure continuous data ingestion, secure access, and interoperability across systems.
• Security & Compliance: Includes enterprise-grade controls such as data segregation, audit logging, and encryption to maintain compliance and protect critical infrastructure data.
• Use Cases & Customers: Used by multiple utilities for wildfire mitigation, outage forecasting, and vegetation or right-of-way risk management, demonstrating proven performance in pilot and production deployments.
• Support & Services: Accompanied by professional services, including planning, pilot implementation, and wildfire mitigation programs, to translate forecasts into actionable field strategies.