Crashboxx offers automated crash reporting and analysis technology designed for insurers, fleet operators, and telematics providers, leveraging real-time data to improve safety and efficiency. Their CB3000 device enables vehicle location and crash management, integrating advanced analytics for quick accident response and cost assessment. With an annual US cost of over $166 billion from motor vehicle accidents, Crashboxx aims to transform insurance claims processes through automation and timely alerts.

1. Automated Crash Reporting
& Analysis Technology
Risk Management Tools from Crashboxx.
Real time car crash reporting and event analysis technology for markets such as:
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Property & Casualty Insurers
Claims/Estimatics System Developers
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Fleet Operators
Telematics System Providers (TSPs)

Car Rental Fleets
Crashboxx Telematics
2614 South Timberline #109, Fort Collins, Colorado 80525, USA
Tel: 970 367 7383. www.Crashboxx.com

2. Crashboxx Telematics
Leaders in Car Crash Reporting Automation.
“While the rest of the automotive
world looks to next year,
Crashboxx looks to today.
Their proprietary solutions
bring the ‘Connected Car’
within reach of everyman.
No longer must one wait, or buy
a car, to get the safety & service
you desire “
Rik Warren, VP, Sales and Channel
Distribution, My-911 Inc. Atlanta, Ga
The CB3000 from Crashboxx. This multi
function device enables vehicle location,
driver behavior, CAN bus and crash management. Equipped with GPS, 3G modem,
internal memory, a high G triaxial accelerometer and the proprietary Crashboxx
crash algorithm. Bluetooth optional from
06/2014 .
Crash Automation to
Change the Operation of
Insurance Claims
Approximately 20 million collision
claims occur annually in the US alone.
Motor vehicle accidents (MVAs) lead to
a death every 16 minutes, and an injury
every 14 seconds. The annual cost is
over $166 billion1.
The opportunity to save lives by faster
response to MVAs, lower the cost of
crashes and improve the efficiency of
the insurance claims process is truly
enormous.
Automating Car Crash Reporting and Analysis with DENT and BITE
Automation of car crash reporting and
analysis offers significant safety and
efficiency benefits. The technology to
deliver crash automation has advanced
greatly and the cost has fallen so that it
is now accessible for insurers, fleet operators and telematics system providers
(TSPs) . Crashboxx Telematics is proud
to be at the forefront of the automation
of crash reporting using vehicle mounted telematics devices, M2M connectivity, and expert software systems. Insurance companies, fleets, TSPs, car rental companies can now receive crash
alerts and cost estimates in seconds
Bodily injury estimates in hours. Please
contact us for further information and a
system demonstration.
1. Source: Rocky Mountain Insurance Information Association http://www.rmiia.org/auto/traffic_safety/Cost_of_crashes.asp
How It Works
Automated Crash Notification (ACN), or automated First Notice of Loss (FNOL) requires a telemetry system
on the car fulltime. In addition, real time analysis of the consequences of the crash event requires additional,
server located, expert software layers . Crashboxx Telematics offers its partners each element in the system
to deliver best in class, real time crash reporting and analysis.
1.
The CB 3000, OBD II mounted telematics control module (a.k.a. dongle) with crash algorithm
2.
Network connectivity via the integrated 3G GSM modem delivering real time M2M delivery of event reports direct to the User’s smartphone and PC
3.
Server mounted expert crash reporting and analysis software applications;
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SMS and/or Email reporting engine near real time alerts, automating FNOL
DENT (Damage Estimates in near Real Time ) Predictive analytics to generate preliminary estimates of the cost repair of the car. Determine total loss in seconds. Improve triage.
BITE (Bodily Injury & Trauma Expert) . Predictive analytics to generate preliminary estimates of the probability of bodily injury (BI) sustained in crashes. Reduce fraud.
See panel above for screen shots illustrating the crash pulse, location of the crash, primary direction of force (PDOF), prel
preliminary estimate of cost to repair (materials) and the probability of bodily injury (BI) measured using the abbreviated injury s
scale
(AIS)