Title

The Use of Context-Sensitive Insurance Telematics Data in Auto Insurance Rate Making

Abstract

Historically, auto insurers use various socio-demographic underwriting factors to differentiate driver risks. With the invention of GPS devices, information such as mileage, traffic condition and driving habits can be incorporated into auto insurance premium calculation. Several major auto insurance companies have offered usage based insurance (UBI) programs where auto insurance premiums are sensitive to actual GPS readings combined with driver's driving behavior. However, given that telematics data are proprietary to the insurance companies that collect such data, the accessibility of UBI is extremely limited. In this research we showcase how second-by-second GPS data can be integrated into existing or new auto insurance pricing structures. We use two types of data: real-time GPS trajectory data collected using a traffic app, as well as survey data. We incorporate vehicle trajectories and accident data to quantify the relationship between driving hazard and accidents with the goal of establishing the linkage between driving risks and accident costs. GPS data considered in this study include not only tradition UBI factors, but also the unique contextual-based risk measurements that compares the driving speed of the vehicle with other drivers on the same road segment. Although smartphone data is used in this study, the methodology developed can be applied to GPS trajectory data collected from other devices such as on-board diagnostics (OBD) or black box solutions. We find that hard brakes, hard starts, peak time travel, speeding as well as driving at a speed significantly different from traffic flow are highly correlated with accident rate. We illustrate the potential underwriting loss an insurer may incur resulting from adverse selection if omitting pertinent risk factors. The results of our study can help insurance companies that are interested in getting into the UBI area set up their auto insurance premium rates.

Department(s)

Civil, Architectural and Environmental Engineering

Comments

This research is supported by Federal Highway Administration (FHWA) Broad Agency Announcement “Pay-As-You-Drive-And-You-Save (PAYDAYS) Insurance Actuarial Study” project. Contract award number DTFH61-13-C-00033.

Keywords and Phrases

Accidents; Global positioning system; Risk management; Smartphones; Trajectories; Wireless telecommunication systems; Context sensitive; Driver's driving behaviors; Insurance companies; Insurance premiums; Insurance rates; On board diagnostics; Telematics; Vehicle trajectories; Insurance; Accident prevention; GPS; Hazard assessment; Insurance system; Risk factor; Travel time; Context-sensitive data; Insurance rate making; Insurance telematics; Smartphone data; Usage based insurance

International Standard Serial Number (ISSN)

0965-8564

Document Type

Article - Journal

Document Version

Citation

File Type

text

Language(s)

English

Rights

© 2018 Elsevier, All rights reserved.

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