24/7 Extended Support

24/7 Extended Support

OneRain supplements normal automated monitoring with remote diagnostics and skilled support outside normal business hours for your data collection system. Purchase Extended 24/7 Support when it makes sense for your mission requirements and call us for help whenever you need it.

Contrail for Dam SafetyContrail for Dam Safety

Contrail for Dam Safety

Contrail® – software for Dam Safety

OneRain configures your software, server, and displays for dam safety monitoring applications.  Contrail provides real-time instrumentation monitoring, remote sensing, and centralized enterprise data collection for flood early warning of high-risk, high-hazard dams that threaten lives and property downstream.

Examples of configurations:

  • Rainfall Summary
  • Stream Summary
  • Dashboard Displays
  • Embedded RFC Graphs
  • Thresholds for Display and Alarms
  • Alarms & EAP (Emergency Action Plan) Notifications

Request a demo.

Contrail for Flood WarningContrail for Flood Warning

Contrail for Flood Warning

Contrail® – software for Flood Warning

OneRain configures your software, server, and displays for flood warning applications.

Examples of configurations:

  • Rainfall Summary
  • Stream Summary
  • Dashboard Displays
  • Embedded RFC Graphs
  • Thresholds for Display and Alarms
  • Custom Alarms and Alerting

Ask us about mission-critical deployment options.

Request a demo.

Contrail for Gate OperationsContrail for Gate Operations

Contrail for Gate Operations

Contrail® for Gate Operations

Contrail software GateOps™ is a set of automated management tools for reservoir gate operations.  OneRain configures your software, server, and displays for dam flood gate and reservoir operations applications.

Examples of configurations:

  • GateOps™ Dashboards
  • Inflow, Outflow
  • Prescribed Outflow
  • Dashboard Displays
  • Embedded RFC Graphs
  • Thresholds for Display
  • Alarms
Contrail for High Water DetectionContrail for High Water Detection

Contrail for High Water Detection

Contrail® – software for High Water Detection

OneRain configures your server and displays for high water detection applications. High Water Detection Systems (HWDS) are typically installed at flood-prone road and stream crossing locations.

Examples of configurations:

  • Gate/Flasher Status
  • 2-Way Control of Flashers and Gates
  • ALERT2 2-Way
  • Rainfall Summary
  • Stream Summary
  • Dashboard Displays
  • Thresholds for Display and Alarms
  • Alarms

Request a demo.

Contrail for Road WeatherContrail for Road Weather

Contrail for Road Weather

Contrail® – software for Road Weather (RWIS)

OneRain configures your software, server, and displays for monitoring RWIS data and related road weather conditions.

Examples of configurations:

  • Road Conditions
  • Dashboard Displays
  • Weather Conditions
  • Snow Plow Operations
  • Embedded Video/Image Displays
  • Thresholds for Display and Alarms
  • Alarms

Request a demo.

Hydrologic and Environmental Monitoring Network DesignHydrologic and Environmental Monitoring Network Design

Hydrologic and Environmental Monitoring Network Design

Existing Network Evaluation
If you’ve got an existing network, we perform an in-depth analysis and make recommendations with potential architectural changes and upgrades to enhance the system’s reliability, resiliency, and survivability during a major storm event.

New Networks
We design networks from the ground up with robust and dependable communications architecture.

 

StormData Historical GARRStormData Historical GARR

StormData Historical GARR

StormData™ Historical Gauge-Adjusted Radar Rainfall

Gauge-Adjusted Radar Rainfall (GARR) marries rain gauge measurement at a point with the spatially distributed information from NEXRAD radars to give you ground truthed, spatially distributed rainfall information over your area of interest.  Recreate any rainfall event dating back from 1993 to present.

 

StormData Storm PropertiesStormData Storm Properties

StormData Storm Properties

StormData™ Storm Properties Analysis

Realistic Design Storms

Outcomes from storm properties analysis offers a defensible design storm that represents the behavior of rainfall specific to the study area. Climate change has impacted the behavior of rainfall, with many places seeing higher intensity shorter duration rainfall events. StormProperties analysis uses hundreds of thousand storm cells in a specific area to characterize rainfall. Tools are left behind for creating 2D+ (two dimensional, with movement) for modeling these design storms.

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