CrashBoxx™ is a multi-tiered vehicle risk management service that provides businesses with faster, deeper and more actionable insights into crash events in near real-time
- Notifies insurers and the driver’s designated recipient of a crash to improve response time
- Delivers location, date, time, VIN and collision severity information in near real time
- Provides comprehensive crash data for accident reconstruction
- Delivers detailed data such as force of the crash, direction of impact and speed prior to impact
CrashBoxx™ with Instant Crash Alerts
Transform vehicle collisions into actionable intelligence with detailed analysis of an accident within minutes of the event to automate loss recovery.
- Notifies insurers and the driver’s designated recipient of a crash to improve response time
- Delivers location, date, time, VIN and collision severity information in near real time
- Provides OEM-level crash reporting performance
- Expedites the claims process
- Stand-alone service or layered on top of a comprehensive vehicle management program
CrashBoxx™ with accident reconstruction
Fully automate the accident notification process by providing users with rapid and reliable notification that an accident has occurred. True crash events are accurately characterized and other non-crash events are filtered out.
- Provides comprehensive crash data for accident reconstruction
- Delivers detailed data such as force of the crash, direction of impact and speed prior to impact
- Automates incident reports
- Facilitates validation and investigation services
- Streamlines the claims process
Additional Resources
-
CrashBoxx™ OverviewWatch NowCalAmp’s suite of advanced insurance telematics solutions greatly reduces the time and resources required for claims processing by fully automating all functions associated with material damage.
-
CrashBoxx™ PortalWatch Now
CalAmp’s CrashBoxx Portal includes options to purchase dynamically generated reports encompassing details of the collision in near real-time. Key report options include severity, force of the crash, direction of impact, speed prior to impact and other event data.
