Larissa's access to data includes acceleration, speed, and braking. This data is known as

Larissa's access to data includes acceleration, speed, and braking. This data is known as

• A. Artificial Intelligence.
• B. Telematics.
• C. Wearables.
• D. Internet of Things.

Answer: (B)

Telematics is the collection and transmission of vehicle data such as acceleration, speed, and braking. This kind of data comes from a vehicle’s onboard sensors and is used to monitor how a vehicle is operated, often for usage-based insurance, fleet management, or driver behavior analysis. So when Larissa’s access to data includes acceleration, speed, and braking, it’s describing telematics—the automotive-specific data stream that records driving dynamics. Artificial Intelligence, while related to analyzing such data, is a broader field focused on creating models and decision-making processes. Wearables track personal health metrics and are not related to vehicle operation data. The Internet of Things is a wide concept encompassing many different connected devices, including some vehicle systems, but telematics is the precise term for vehicle-originated data like speed, acceleration, and braking.

Telematics is the collection and transmission of vehicle data such as acceleration, speed, and braking. This kind of data comes from a vehicle’s onboard sensors and is used to monitor how a vehicle is operated, often for usage-based insurance, fleet management, or driver behavior analysis. So when Larissa’s access to data includes acceleration, speed, and braking, it’s describing telematics—the automotive-specific data stream that records driving dynamics.

Artificial Intelligence, while related to analyzing such data, is a broader field focused on creating models and decision-making processes. Wearables track personal health metrics and are not related to vehicle operation data. The Internet of Things is a wide concept encompassing many different connected devices, including some vehicle systems, but telematics is the precise term for vehicle-originated data like speed, acceleration, and braking.