Car connectivity is a part of the “internet of things”, a phrase that refers to everyday items being connected to the internet to make life easier. IoT also lets you control the specific items remotely, often via your smartphone app. All such connected car ecosystems can also communicate with other products. Connected vehicle platforms provide a wide array of communication possibilities as compared to other connected devices. As well as enabling their users to increase real-time access to all kinds of information, they can facilitate contact between the car & the dealership and alert emergency services if you have been involved in an accident.
The connected vehicle applications can assist with a wide range of potentially valuable functions. For instance, your car’s sat-nav system might have the traffic monitoring attribute which can alert you if there is a hold-up on your route & provide an alternative that avoids it. You can also use the smartphone app to do things such as start your car’s engine remotely in five minutes before you want to go out in it so that the windows are frost-free & the interior is toasty when you are ready to leave. You can also remotely lock your car or make it flash its headlights or honk its horn to assist you to find it in the car park. The connected car solutions are equipped with a host of smart & user-friendly features. All such features of connected car technology improve the overall driving & ownership experience. They also add a safety net with advanced security features. Below are some smart features of the connected car service enablement platforms:
Internet Connectivity in Cars
The connected vehicles are always connected to the internet via the embedded chipset & SIM card. They can access the internet, provided there is constant wireless network coverage. Connected cars can also offer on-board Wi-Fi connectivity, download over-the-air updates released by the manufacturer, and access various other online services and apps.
Connected Car Ecosystem
Connected cars have created the new ecosystem within automotive industry, one which is forging the host of innovative partnerships with modern technology companies, original equipment manufacturers (OEMs), & other companies that operate outside of the scope of traditional motoring. These collaborations are becoming increasingly focused on creating new products & services to meet the diverse lifestyle needs of contemporary consumers. This new ecosystem has transformed the traditional mobility by operating systems, hardwiring telecommunications, real-time analytics, & content platforms, among other elements, into driving experience.
Vehicle to Cloud (V2C)
Vehicle to cloud communication leverages vehicle to network access to broadband cellular mobile networks to provide data exchange with the cloud. Some applications of this modern technology include –
- Over the air updates cars’ software
- Remote car diagnostics
- Redundancy to DSRC communication
- Communication with the in-car digital assistants
- Bidirectional communication with the smart home devices connected to the cloud
Vehicle-to-cloud also has a significant role in the shared mobility. For example, drivers’ preferences can be saved in the cloud & used when car-sharing to adjust the seat position, radio stations, mirrors, and more mechanically.
Vehicle to Infrastructure
Vehicle to infrastructure communication is the integral measure of intelligent transportation systems which consists of the bidirectional exchange of the information between your car & road infrastructure. This information includes the vehicle-generated traffic data gathered from other vehicles, data broadcast like speed limits, weather conditions, & accidents, and data from sensors installed in the road infrastructure such as cameras, traffic lights, lane markers streetlights, road signs, parking meters, etc. The goal of Vehicle-to-infrastructure is to boost road safety & prevent accidents by offering drivers real-time information.
AIRLINQ powers next-generation enterprise-grade cloud & edge platforms to handle complex AI & IoT use cases for the new breed of connected assets such as cars, autonomous pods, & drones. It is a highly scalable and globally available platform that is ready to support millions of connected assets & vehicles with mission-critical latency, security, and reliability.
Comments
Post a Comment