Anticipate heat risks before they disrupt your infrastructure
From roads and railways to utilities and cities, our module delivers actionable thermal insights that reduce downtime, optimize maintenance, and improve resilience
Heat and weather extremes impact infrastructure performance
Temperature fluctuations and environmental stressors create hidden vulnerabilities across transportation, utilities, and urban networks. Unchecked, these risks may result in:
Road and rail damage
Freeze-thaw cycles and heat stress accelerate pavement deterioration
Utility failures
Thermal anomalies can signal pipeline leaks or cooling inefficiencies
Urban vulnerability
Heat islands increase risks for communities and strain cooling strategies
Costly repairs
Failures left undetected escalate into expensive interventions
Traditional monitoring often relies on localized inspections, missing broader thermal patterns that satellites can reveal across entire networks
Full-cycle risk management
Monitor thermal profiles of assets against defined thresholds
Support inspections with geolocated datasets and visualizations in the Spotlite platform
Spotlite Platform
Identify hotspots, assess anomalies, and prioritize risks
Anticipate maintenance needs, reduce downtime, and allocate resources effectively
Monitoring Capabilities
Temperature Monitoring
Land surface temperature tracking across assets and environments Customizable Alerts
Instant notifications when thermal thresholds are exceeded Sector Applications
- Transportation - Monitor freeze-thaw cycles and summer heat impacts on roads and rails
- Utilities & Energy - Assess solar panel performance, detect leaks, cooling inefficiencies, and thermal anomalies
- Urban Planning - Assess heat islands, green roofs, and cooling strategies