Vehicle Sensor Reward System for Dynamic Insurance Premium Assessment
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Solution Overview
Problem
Auto insurance premiums are high and often not reflective of actual driving habits or vehicle characteristics, leading to unnecessary costs for safe drivers and vehicle owners, as existing systems primarily rely on actuarial risk factors and do not account for external factors or vehicle characteristics independently of autonomous driving systems.
Innovation Solution
A system and method using sensors in vehicles to monitor and record characteristics such as driver, passenger, vehicle, and environment data, which are communicated to a database to generate reimbursement opportunities or premium reductions, accessible via a mobile application, allowing for dynamic changes in insurance policy properties based on third-party business interests, applicable to both autonomous and manually operated vehicles.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Measurement precision
If insurance companies use traditional actuarial analysis based on risk factors (age, gender, marital status, driving record) to set premiums, then premiums are standardized and easy to calculate, but safe drivers pay high premiums for services they seldom use and premiums do not reflect actual driving habits or vehicle characteristics
Solution Approach 1:
The patent introduces an intermediary monitoring device that connects to the vehicle's on-board electronics to collect driving data. This intermediary captures actual driving habits (hard-braking events, average speed, speed exceedances, maximum speed) and transmits them to the insurance company, enabling precise premium assessment without requiring complex direct integration between the insurance system and vehicle electronics
Solution Approach 2:
The system implements feedback by continuously monitoring driving habits through the connected device and using this real-time data to dynamically adjust premiums. Safe driving behaviors are detected and fed back to the insurance company, which then reduces premiums or provides rewards, creating a closed-loop system that continuously optimizes premium accuracy based on actual performance
2Ease of operation
If insurance companies implement safe driver discount programs with monitoring devices, then premiums for safe drivers are reduced, but the system requires connection to on-board electronics and monitoring of driving techniques which increases device complexity and may not work for manually operated vehicles without such systems
Solution Approach 1:
The patent makes the premium reduction system universal by accommodating multiple vehicle types and operating modes. The system can function with autonomous drive mode systems (using their existing sensors and characteristics) or with manually operated vehicles (using separate monitoring devices that connect to on-board electronics). This multi-functionality allows broad accessibility across different vehicle configurations without requiring complex specialized systems for each case
Solution Approach 2:
Instead of requiring the vehicle to have complex autonomous systems to qualify for premium reductions, the patent inverts the approach by allowing simple monitoring devices to capture driving data in manually operated vehicles. The burden is shifted from the vehicle's electronic complexity to a simpler external monitoring solution, making premium reductions accessible to a wider market
3Adaptability or versatility
If autonomous drive mode systems are used to reduce insurance premiums, then premiums are reduced based on reduced likelihood of accidents, but this only benefits vehicles with autonomous systems and excludes manually operated vehicles from premium reductions
Solution Approach 1:
The patent creates a dynamic premium assessment system that adapts to different vehicle types and operating modes. For autonomous vehicles, the system dynamically uses characteristics of the autonomous drive system (model name, manufacturer, accuracy, configuration) to adjust premiums. For manually operated vehicles, it dynamically switches to monitoring actual driving habits through connected devices. This dynamic adaptation enables both autonomous and manual vehicles to receive accurate risk-based pricing appropriate to their specific characteristics
Data Source
AI summary
An insurance payment reward system using sensors integrated into a vehicle operated by an insurance policy holder may be used to reduce the insurance policy payment of the insurance policy holder when the insurance policy holder purchases goods or services from a third-party business participating in the reward program. The onboard vehicle sensors transmit information to a data center that translates the vehicle characteristics into available reward opportunities at participating local businesses. In exchange for the insurance policy holder's purchase of goods or services from a participating business, the business deposits a reward amount into an account that provides credits to the insurance policy holder's insurance payment or other rewards or incentives.