Increasing road safety by improving bad habits and encouraging good driving habits based on social/economic incentives, based on information received from how drivers drive and artificial intelligence analysis.
Transforming highways into connected highways due to the capabilities of connected cars (creating digital signs connected to the base of connected cars and applying floating rules)
Intelligent and autonomous signs and guidance devices that can make agile decisions and send warnings to drivers according to the traffic volume, weather conditions or headquarters rules.
Changing the rules of the roads and roads and informing the drivers, taking into account the conditions of the roads, such as slippery conditions, traffic, the presence of high-risk drivers on the roads , ...
Smart traffic control with the help of smart cars.
Monitoring and analysis of natural road complications and physical conditions of roads on driving habits in different weather conditions and making effective and immediate decisions.
Collecting survey tolls online, which eliminates dependence on expensive gate structures and will lead to adjustment of toll rates and more use of highways.
Calculation of tolls according to the movement of each vehicle on each road or part of the main road, which leads to more fair toll collection.
Using data for analysis and innovation in road construction and maintenance.
Example: Determining the wear and tear of traffic markings based on dangerous driving behaviors at intersections and crossings.
Facilitating the estimation of road share in accidents.
The possibility of developing the modern concept of "Smart Road"
Example: Communicating the percentage of slippery surface by the information obtained from connected cars and applying warnings on smart boards.
One of the important factors in determining whether intercity roads and roads are dangerous, regardless of the physical condition of the road, is the presence rate of drivers with dangerous history on that road at any moment. This issue will be monitored online by relying on connected cars, and the analysis of driving behavior by artificial intelligence models.
The technology of connected cars provides the possibility of reducing road casualties due to quick notification to emergency centers during accidents. Also, by analyzing accident information, it will be possible to make decisions to prevent similar accidents from happening again.
Vehicles equipped with eCall automatically connect to emergency services when needed and locate the vehicle in the event of a serious accident. The use of eCall technology helps insurers reduce the risk of high payouts for accident and medical claims, as incidents are handled faster, thereby allowing customers to receive the treatment or assistance they need faster, and of all More importantly, road casualties will be reduced significantly.
Connected cars have data and capabilities that can help insurers develop precise pricing strategies based on consumer driving behavior. Data collected by connected cars can also help insurers streamline the claims process and save money.
Avoid paying damages to fake accidents .
Car insurance and car passengers according to intelligent analysis of driving behavior .
Survey insurances, bundle insurances and setting the insurance price according to the driver's driving points.
Car repair insurances according to the level of care of the car and the occurrence of breakdowns for the car
The existence of a car black box to investigate accidents and pay damages.
By analyzing statistical and online information from connected cars, and analyzing accident information, driving type, car behavior in different conditions, level of assistance, and planning to provide various types of insurance services, more diverse and economical insurances can be offered to customers.
- Mechanical and electrical breakdowns of cars often do not happen all at once. Knowing about the history of car events, diagnosing car problems before an error occurs can help drivers in correct troubleshooting, take timely action to solve the problem, and also prevent large repair costs, and this is a help to the economy of families and companies.
- Creating an index to distinguish good and bad driving habits can help drivers to correct their dangerous habits or encourage good habits. The concept of Score or driving points can be provided by connected cars. And it is used to receive all kinds of smart services. Piodap company is developing artificial intelligence, which has the ability to analyze the behavior of drivers and automatically gives points to the type of driving of people in each trip.
- Reducing the driver's dependence on car mechanics during trips, at least in terms of momentary and electronic problems Improving the communication between the driver and the mechanic with the help of cloud technologies. Reducing car time wastage in repair shops due to the facilities that connected cars create in sharing useful information and reports.
- Remote control and various services based on it is the platform that connected cars provide for the driver.
- It seems that cities are getting smarter faster than cars. Using the services and facilities of a smart city, such as finding suitable parking near a shopping center or predicting the best and safest time to start an out-of-town trip according to the volume of traffic or predicting the presence of drivers with a history of dangerous driving on the roads. It is one of the advantages of using connected cars, which will be possible with the development of artificial intelligence for automatic analysis of driving behavior.
- Imagine, your consultant in the insurance company will contact you as soon as the accident occurs and, in addition to automatically collecting real-time information, facilitate the collection of insurance obligations.
And …
The possibility of Smart automotive after-sales services:
Establishing automatic connection of the car with the car manufacturer's service center and automatic checking of car problems
Sending reports to the service center about the parts needed by the cars in different time frames, in the future
Intelligent control of periodic car services and providing health reports to the driver and the service center, as well as automatic summoning of cars that are due for periodic maintenance and automatic scheduling
Giving SCORE to drivers, according to correct driving behavior and timely handling of the car and determining the level of service for customers.
Recognizing the driving habits of actual customers and planning smarter, faster and cheaper after-sales services
Online monitoring of the quality of mass-produced car parts and equipment according to quality control indicators in real environments . Example : monitoring the performance of electricity, fuel, etc. systems on a large scale and creating statistical insights for research and development projects .
Using data to improve the quality of products and as a result adjust the costs of after-sales services, reduce face-to-face visits and increase the quality of warranty.
Two-way digital communication between car maker and car .
View thousands of cars in an organizational panel
Display the driver's name, license plate and car details on the panel for better and faster identification of the driver .
View the current position of cars on the map
It is possible to separate cars that are on and moving, on and in place, off and cars that are in an unknown place
Viewing the routes traveled and the speeds traveled and stops of cars by cars in the last 7 days
The ability to record car events as a portfolio
The possibility of remotely diagnosing cars
The possibility of separating and displaying cars that have technical errors
Display the type of technical error of each car with instructions to fix the error
Show of overdue car services
Show overdue periodical services of cars
Tabular display and display on the map of all the vehicles of the organization
Ability to display car details on the map
Ability to turn off the car at the supervisor's command
Clear the vehicle error code
Record the description for each driver for further processing and reminder to the supervisor
Analysis of each driver's driving behavior and SCORE to driving
- Estimate the number of drivers with a history of dangerous driving on the roads.
- Intelligent change of road rules according to the volume of traffic, weather conditions and the number of dangerous drivers.
- The use of smart driving signs that change on the roads according to weather and traffic conditions by artificial intelligence analysis.
- Warning of accidents to drivers who are on the road.
- Setting the refueling place and suggesting the best refueling place along the route.
- Checking the condition of the road and extracting information for timely handling of the roads.
- The possibility of using smart restraining rules to control the quality of roads.
- The possibility of encouraging drivers with quality driving experience.
- The payment of road tolls is charged according to the amount of vehicle travel.
- The possibility of controlling car emissions, or reporting the number of broken down cars and environmental damage caused by these cars and providing practical solutions to control it.
- Accurate registration of accidents, and information about crashed cars and sending information to insurance companies and the police and preventing roadblocks in small accidents.
- Using drivers' points to pay and service level of car insurances.
- Using drivers' points to apply traffic fines according to the history of committing traffic violations and the time and circumstances of the violation.
- Creating the infrastructure for the car spare parts market and quick access to the required parts according to the car conditions. This infrastructure will help the development of the car spare parts market and the speed of handling the car.
- The new market for buying and selling used cars according to the smart car records.
