Experiment in Motor Insurance Service: the Unibox

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Experiment in Motor Insurance Service: the Unibox

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Title: Experiment in Motor Insurance Service: the Unibox


1
  • Experiment in Motor Insurance Service the Unibox

2
The Unipol Group
  • 7 companies and 1 bank are part of the group
  • 8.8 billion Euro premium income in 2003
  • Over 6 million customers
  • 4th position on the Italian market

3
Motor Insurance in Italy
  • Continuous increase in the cost of claims
    (personal injury) and of policies (61 from 1994
    to 2002)
  • Major objections by the consumer associations
  • Political intervention to slow down inflation
    (tariff freezing, moral suasion on the companies
    in order to reward the best drivers)
  • Unipol decides to do something different to
    reduce costs and increase safety the Unibox
    project is conceived

4
How does the Unibox work?
  • The accelerometer detects speed variations on two
    axes (X,Y) every one hundredth of a second
  • The GPS detects the position of the car (latitude
    and longitude) once a second
  • Acceleration and position data are stored in the
    cyclical memory
  • The data are transmitted by the integrated GSM
    using a short message (SMS)

5
Strategic questions
  • What could be the acceptance of the device, fear
    of control and invasion of privacy ?
  • Is large-scale installation of the Unibox a
    viable option?
  • Cost of the Unibox
  • Tariff advantage for policy holders
  • Savings for the insurance company

6
Preliminary surveys
  • Two opposing positions emerged
  • The black box is expensive, invasive, violates
    privacy, insurance companies will use the device
    against policy holders
  • The black box provides financial savings, above
    all if only a few miles are driven, and other
    advantages (assistance, locating vehicles, proof
    against lying witnesses)

7
Behavioural Customer segmentation
  • In favour (35.7) those most disposed towards
    the black box who do not agree with the
    statements highlighting the fears that could
    emerge, in particular the fact that insurance
    companies might use the device against policy
    holders. This group consists of people least
    involved in claims during the previous year.
    Almost a quarter are pensioners and more than
    half live in southern Italy.
  • Against (42.3) the largest group, not
    particularly fearing invasion of privacy but
    indifferent to the potential benefits. This group
    consists of people owning more expensive cars
    than people in the other clusters and 14 were
    recently involved in a claim. The people in this
    group also had a high level of education.
  • Sceptical (22.0) A potentially negative
    position although less insensitive to the
    possible advantages compared to the against
    group. This group consists of people who are very
    sceptical of insurance companies. They suggest
    that the box might be used against them and fear
    continuous control and invasion of privacy.

8
Main economic aspects
  • Possible savings for the company
  • Reduction in the frequency of claims due to
    self-discipline
  • Reduction in the frequency of claims due to
    ascertainment of liability
  • Less outlay for whiplash neck injuries
  • Lower costs for surveyors and assessment
  • More stolen vehicles found
  • Costs paid by the system (device rental)
  • Effect of pay per use tariffs on good drivers set
    off against traditional tariffs

9
Experiment
  • 3000 Uniboxes are to be installed
  • 2500 cars
  • 500 lorries
  • All the costs will be covered by Unipol but there
    are no discounts on policy prices
  • The experiment will last for one year for each
    vehicle

10
Travel data
  • The following are detected for each vehicle
  • The total number of kilometres travelled and the
    total time the unit is switched ON
  • Kilometres travelled in terms of
  • Day of the week
  • Day / night (0600-2400, 0000-0600)
  • Urban / rural / motorway
  • Geographical area
  • Parking time in terms of
  • Day of the week
  • Provincial area

11
Crashes
  • Position, speed and acceleration are transmitted
    to the processing service centre in the event of
    a crash to reconstruct the dynamics of the
    accident and draw a graph

12
Position finding
  • The downloaded data are used to identify the
    speed and position of the vehicle immediately
    prior to and following the accident and to draft
    a map of the site
  • The vehicle can be located or the route taken
    until the vehicle disappeared can be traced in
    the event of theft

13
Immediate assistance
  • In the event of a crash the Europ Assistance
    operating centre is also contacted and personnel
    from this centre telephone the motorist and
    notify the breakdown truck service as necessary

14
Technical knowledge objectives/1
  • To obtain precise distance data
  • To assess the correlation between route,
    distance, number of claims and other risk factors
    (e.g. power)
  • To define a pay per use tariff

15
Technical knowledge objectives/2
  • To assess the efficacy of the satellite position
    finding system to locate vehicles in the event of
    theft
  • To assess the utility of the black box in
    reconstructing accident dynamics and
    compatibility with damage declared (reduction in
    fraudulent claims)
  • To assess active assistance functioning
  • By telephoning the motorist after a crash
  • By sending someone to the crash site in the event
    of a serious accident

16
Technical knowledge objectives/3
  • For lorries
  • To measure times and distances
  • To understand operating problems
  • Faults, false alarms, functioning defects
  • More work for agencies, management of a more
    complex contract

17
Initial Results
  • 2,600 Uniboxes have already been activated
  • The 2,200 cars have travelled 19.5 million km
    (1,340 years of observation)
  • Mean distance travelled is equal to 14,500 km per
    annum

18
Mileage and claim frequency
Mileage and claim frequency
25,0
45,0
40,0
20,0
35,0
30,0
claims per million kilometres
15,0
25,0
chilometri
claims per year
20,0
10,0
15,0
10,0
5,0
5,0
-
0,0
-5000
5000-
10000-
20000-
30000-
40000-
50000-
10000
20000
30000
40000
50000
annual mileage
19
Conclusions
  • The experiment has been extremely interesting as
    it makes it possible to obtain a great deal of
    statistical information for processingtraditional
    tariffs
  • The large-scale development of pay per use
    tariffs seems at present difficult in view of the
    economic aspects and the psychological resistance
    of the customers
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