How Is Artificial Intelligence Useful for Car Security?

Car manufacturers implement artificial intelligence (AI) in the design, production, supply chain, and post-production processes. AI assists in driver risk assessment and driver assistance systems, which help transform the transportation sector. The utilization of aftermarket services, including insurance and predictive maintenance, is made easier via the use of AI.

Enhances Competent Monitoring Beyond Businesses and Homes

The Global Positioning System (GPS) helps in the provision of data detailing the exact location of the vehicle, whereas video footage depicts what’s happening to allow Abstract Data Type (ADT) agents to assess incidents and alert the vehicle owner or the police when necessary. ADT enhances professional monitoring activities beyond small businesses and homes with the help of a mobile app that provides safety to car owners who are in transit by making it easier to request help when necessary aside from identifying secure parking spots. Most automotive manufacturers have embraced this technology to retain their clients and attract new ones, aside from offering professional monitoring.

AI Facilitates Easier Driving at Night

Most drivers avoid operating their cars in unsafe weather conditions or when night falls. Most of them are afraid of causing accidents that may lead to injuries and death due to distracted vision. AI cameras translate thermal heat signatures into a viewable video signal, allowing vehicle users to navigate in undesirable road conditions easily. The Infra-Red (IR) camera has a powerful vision to allow drivers to see in total darkness aside from detecting heat. Clear visibility enables vehicle operators to navigate safely and freely at any given time without damaging their vehicles or causing accidents.

In-Car Assistance

In-car voice assistance is increasingly becoming accessible nowadays and it isn’t relegated to luxury cars. Voice recognition utilizes a combination of Machine Learning (ML) and Natural Language Processing (NLP) to intercept driver cues to facilitate the conversion of human speech into a digital layout. Researchers are working to develop AI that’s capable of understanding language’s complexities and ambiguities to enable vehicle users to drive with ease.

Vehicle Insurance

AI-powered systems are crucial when navigating through insurance claims. In-vehicle AI capabilities assist drivers in filling out claims and gathering incident data. The system utilizes a combination of speech recognition, data analytics, text generation and processing, and natural language processing. AI systems leverage object detection and image processing technologies to enable insurance providers to improve the accuracy of car damage analysis.

Quality Control (QC)

AI helps car owners to detect technical issues in real time. AI systems collect information that helps adapt air-fuel ratios or control idle speed in response to multiple sensor signals. A well-crafted AI system forewarns the vehicle user if a component or system needs replacement or repair. Sensors within the car provide car users with the required information depending on the technical flaw. AI in QC systems facilitates potential flaw detection in the vehicle components before they’re assembled during the production process.

Passenger Experience

Automotive manufacturers equip their vehicles with AI-powered solutions to improve the passenger experience and ensure the comfort and safety of all passengers on board. These systems employ emotion detection and face detection algorithms when assessing the state of the driver and passengers. Some systems deploy natural language generation and natural language processing approaches to allow passengers to listen to music, order services and goods while in transit, and even watch movies.

Increases Public Safety

AI helps differentiate between people and inanimate objects aside from detecting objects. The technology proves effective when detecting pedestrian traffic to minimize accident cases in pedestrian crossings across major cities. Dashcams enable drivers to assess all sides of the car while sensors facilitate the detection of various objects around it. Up-to-date AI-based sensors and dashcams utilize integrated technology to identify pedestrian walkways in advance to enable drivers to navigate pedestrian-heavy cities with ease.

AI technologies help improve the driving experience of every car user. Numerous AI systems notify drivers about weather and traffic changes, pay for services and goods, and provide efficient routes. Most Advanced Driver Assistance Systems (ADAS) have AI capabilities to facilitate the analysis of traffic data. The system notifies vehicle users about possible dangers including lane departure, driving conditions, and forward collisions. Such systems rely on video recognition and real-time image, action detection, and object detection, but may also utilize natural language processing and speech recognition capabilities.

Connected Vehicles Facilitates Easier Fleet Management

Most businesses nowadays are working on ideal ways of updating their fleets. Connected cars utilize up-to-date technology to enhance fleet operations and help business owners with maintaining and managing their vehicles. Most B2B service providers develop connected car technology for small fleets to provide business owners with business telematics aside from connected car functionalities.

There are multiple possible applications of AI in the automotive industry. AI is the power behind passenger and driver assistance services and helps in providing experiences such as instant insurance claim filing, car shopping, and driverless transportation.