Goodyear’s new intelligent tire technology is called SightLine. It relies on a mix of highly evolved connected car technology software solutions, including sensors and ML algorithms. The technology measures factors like tire wear, pressure, and road-surface conditions to predict flat tires and other issues days ahead of time.
Goodyear and Bridgestone are rolling out tires with intelligent features that can predict flats. Using AI algorithms as a tool, the tire makers aim to bolster the capabilities of the vehicles delivering packages from eCommerce websites like Amazon. These next-gen tires are designed for vehicles that specialize in last-mile delivery, The Wall Street Journal reports.
What is a Connected Car Technology?
With the increased surge in modern technologies, the concept of connected cars came to industries. It refers to redefining the vehicle’s interaction. Connected cars offer a bridge to connect the internet to mobile devices. So, the connectivity helps to transmit data with external devices and systems. You might be aware of the idea of the smart city. It includes traffic light management and other services too. As per reports, the globally connected car market is expected to grow from USD 12.4 Billion in 2024 to USD 26.4 Billion by 2030.
See your car as the main node in the huge network to ensure seamless data. Such as traffic, devices, and other systems. You can keep the streamlined data within data networks for a consistent connection. It enables a wider range of accessible devices in the remote location. So, the connected car technology software solutions offer seamless convenience. It helps to create an integrated experience for your car.
Also, these responsive features make the connection a smart choice for the users. Consistent internet connectivity offers an incredible transmission.
Plus, the crucial updates offer to enhance the driver’s experience. So, the overall features can offer a smarter and safer road for users. Whether it’s about coordination among the car or managing traffic, it rocks it all. The adoption of automotive software enhances connectivity and revolution. So, you can drive towards an interconnected future together.
How Does The Technology Behind The Connected Car Work?
Here are two primary systems with distinct functions for connectivity.
Embedded System
Connected car technology software solutions involve cars to get complete control. And it is through an internet-ready, equipped system with a built-in chipset and antenna. The embedded system allows the car to function autonomously to connect easily. So, there an independent downloads to get access to remote devices. This kind of setup integrates the car into a broader network of telematics. Plus, it allows to collect and transmit huge datasets of the vehicle.
Tethered System
On the other hand, a tethered system leverages the driver’s smartphone for the internet. The connectivity offers an incredible approach to offering a seamless embedded system. It offers a degree of connectivity in a streamlined manner. Plus, the smartphone connectivity offers a smooth access to internet services. So, it enhances the overall driver’s experience with multiple functionalities.
No matter which system you use for the connected car technology. Whether it’s embedded or tethered the technology prioritizes telematics for functionality. This technology offers telecommunications and vehicle mapping solutions tech to enable smart features. Such as GPS navigation, real-time traffic, and diagnostics. Telematics is used for Electric Vehicles to help you manage batteries and more. Plus, the connected car technology offers an incredible connection of the vehicle with its surroundings. With the smart digital transformation company in India, you can connect it.
Types Of Connectivity For The Vehicles
Here are some of the different types of connectivity techniques.
Vehicle to Infrastructure (V2I)
This connectivity serves your vehicle safety as the primary objective. As the vehicle can communicate between the road infrastructure and features. Such as traffic, road, weather, speed, etc.
Vehicle to Vehicle (V2V)
The V2V system offers incredible connected car technology software solutions for users. As it offers the real-time exchange of information between vehicles. Also, it can offer attractive safety measures.
Vehicle to Cloud (V2C)
So, the V2C connection is for the wireless LTE network and transmits data to the cloud. So, the Vehicle-to-cloud connectivity is for downloading even the air vehicle updates. Even the remote vehicle to diagnose the IoT devices to connect the devices.
Vehicle to Pedestrian (V2P)
It is one of the latest connected car technology software solutions for the system. And it keeps safety as your priority. Plus, these sensors detect pedestrians to avoid accidents.
Vehicle to Everything (V2X)
Lastly, the combination of all the explained types. So, this offers vehicles connection to everything.
Top Features Of Using Connected Vehicles
Some of the features you get from the connected vehicles.
Internet Connectivity In Cars
The connected car technology software solutions must get connected to the internet for transmission. So, it an use embedded system, chip, SIM card, etc. So, it can access the internet and offers stable wireless network coverage. So, the connected vehicles can offer onboard WiFi connectivity. Also, you get the downloads of the over-the-air updates released by the manufacturer. Plus, it helps to access online apps and devices.
App For Car Connectivity
Modern markets get car manufacturers to offer dedicated mobile applications. And the vehicle connected to the wireless network offers seamless dataflow. So, this application offers incredible remote device connection for streamlined vehicle functions. You can easily open, and lock, the sunroof, engine start/stop, or any other controls. Plus, the seamless app can easily locate the onboard GPS.
Protecting Drivers With Curfews
So, you can integrate automotive cyber security solutions for ultimately safety for users. You might know the concept of geo-fencing. Simply, it creates a geographical boundary to map and alert the drivers. So, if the driver exceeds the driving speed it can warn them. The geo-fencing offers specific rules via the smartphone application. This feature of geofencing offers an extremely useful integration for driers.
Vehicle-to-Vehicle Communication
Vehicle-to-vehicle connectivity allows a seamless connection of vehicles. Even the V2V offers the incredible sharing of vital information for the cars. Such as traffic control, road conditions, speed limits, etc. So, the V2V technology will offer vehicles with ultimate mobility.
Never-Ending Entertainment
With the connected vehicles, you can easily connect to pre-loaded entertainment apps. You can listen to music, radio, or watch videos. But that too with a twist that you hear it even if your vehicle is parked. On the other hand, you can connect the phone to gain the never-ending entrainment. So, it can connect the remote videos.
Easy Remote Parking
Get your car parked with smart gestures. The high-end connectivity between cars ensures accurate predictions. You heard it right. The smartphone app connected to the car offers to help to park in the car. So, this feature helps to allow the driver to park the car confidently in congestion.
Security
You can get connected car technology software solutions to heighten security. And get the real-time security features to track the best real-time reports. Such as location sharing, emergency SOS calls, tracking routes, etc. The assistance offers vehicle breakdown and offers best support. Moreover, the onboarding of safety and smart features to manage tricky situations.
5G In Connected Cars
The self-driving or autonomous cars will present a strong move towards mobility. It offers connected vehicles with ultimate barrier-breaking systems. So, here is what 5G connectivity offers:
In India, you can notice 4G technology for connected cars. And even the LTE connectivity to offer faster internet speeds for users. This smooth connectivity with IoT embedded systems for automotive connectivity. And with the 5G will help to bring IoT to the system.
Even with the 5G networks it remains in the development phase and also helps in the huge impact of the automotive sector. And with the 5 G-connected cars, you will see the growth in the future. With the multiple connective vehicles to hit the road there will be more data processing. Plus, with 5G connectivity, you can get faster internet speed for better coverage.
Moreover, these features with 5G connectivity will help to automate the cars. And to streamline the traffic conditions and several accidents on the road. So, the upcoming predictions will help to improve the user experience. And the 5G connectivity will help to offer self-driving cars with connected car technology software solutions in the future.
Next-Gen Technology For Last-Mile Deliveries
“The surge of last-mile deliveries during the pandemic means that a lot of vehicles are on the road, stopping and going, hitting curbs, causing damage to the tires, causing breakdowns and congestion,” said Richard Kramer, chief executive of Goodyear. And will serve the best-connected car technology software solutions with smart technology.
Top tire manufacturers have been exploring a host of ideas to reimagine tires. Their goal has been to create capabilities that enable tires to do much more than merely roll down the road. For example, the Italian tire company Pirelli envisions a future where tires can sense changes on the road and predict risky conditions, among other things. Some of the ideas are closer to existing features, such as embedding sensors to detect damage in tires.
Amid a pandemic-induced surge in online purchasing, demands for shipping services have skyrocketed. The last-mile delivery market is forecast to grow to nearly $70 billion by 2025, up from roughly $40 billion in 2020, according to a Gartner report. Also, the volume of parcels is predicted to reach 200 billion in 2025, doubling from 100 billion in 2019, per Gartner.
Sensors, ML, & Telematics in Tires
The connected car technology software solutions technology relies on a combination of sensors, algorithms, and analytics. Goodyear says it’s been in the works for several years. The company already sells sensors-enabled tires to commercial trucking customers, according to WSJ. However, the SightLine system uses the most evolved breed of technology.
SightLine intelligent tires have a sensor that tracks data as diverse as inflation and road-surface conditions. It also comprises a device that collects data and transmits it to Goodyear’s cloud environment. This whole mechanism of tracking, transferring, and visualizing real-time data is called telematics. An increasing number of mobility service providers are adopting telematics solutions to enhance safety.
How Telematics Works
Telematics refers to the use of technology to collect and monitor the vehicle in real time. It relies on cutting-edge connectivity capabilities and connected car technology software solutions. At its core is a tracking device installed in the vehicle. The device sends real-time data to a server via cellular or satellite networks. Telematics systems can collect a wide variety of data, including location, speed, idle time, and faulty parts, among others.
Automotive industry analysts say telematics will likely become a crucial part of electric vehicles and self-driving cars. And with automotive AI and ML solutions, it will be smarter. It lets owners get more information about the vehicle’s maintenance status, emissions, and safety. Already, leading OEMs like Volvo, Ford, and General Motors partner with telematics solution providers to make their vehicles more futuristic.
Two-Fold Benefits Of Smart Tires
Intelligent tire systems can do much more than making vehicles safer. Vehicle telematics solutions also help tire companies to collect crucial information on driving behavior. Tire makers like Goodyear could also use these pieces of information to enhance their products. Meanwhile, consumers get futuristic capabilities and more reliable safety for their vehicles.
“Tire sensors know how you’re driving, where you’re driving, and how quickly the tire is wearing down. If you get a puncture or blowout, then it can phone home and organize a service stop for you. But most importantly, they want to get the data,” said David Shaw, chief executive of the consultancy Tire Industry Research.
Redefining Transportation & Vehicle Safety
Goodyear conducted a pilot test with nearly 1,000 vehicles operated by 20 customers, according to WSJ. The test vehicles included Amazon’s delivery service partners. The intelligent tires were able to detect 90% of the vehicles’ tire-related issues before they occurred, said Chris Helsel, Goodyear’s CTO and senior vice president of global operations.
Using sensors, AI algorithms, automotive software solutions, and “digital twins,” companies like Goodyear and Bridgestone are beginning a new tech-driven era in the automotive industry. Enabling drivers and fleet managers to detect problems beforehand can dramatically reduce breakdowns. It also means fewer traffic congestion and increased safety, especially for last-mile delivery providers.
Future Of Connected Car Technology
The connected car technology will help to bring in conventional cars. With self-driving cars, you can use the technology to communicate on the road with a smart system. Presently, connected cars can bring disruption in the automotive industry. So, connected car technology software solutions can offer mind-blowing advantages. Even smart EV charging software can help to drive the best selfless-driving vehicles. With the vehicles being modernized vehicles you get reduced accidents. Plus, with the next-gen 5G technology you can offer shorter routes.
Conclusion
We are not far away from a smart automotive industry revolution. As of now, we have all started experiencing the disruption of 5G and internet connectivity to speed up the process. So, this quick guide will help to offer the best features you can get from connected vehicles. Or you can consult an advanced driver assistance system for smart vehicle production.
FAQs
What are the fundamentals of connected cars?
A connected car is always linked to the internet, allowing drivers to share WiFi, obtain manufacturer updates, and use other online apps.
What are the advantages of connected cars?
Connectivity in automobiles also allows manufacturers to improve dependability, onboard diagnostics, telematics, and infotainment systems. In addition, connectivity enables predictive maintenance and repair, on-demand information, usage-based insurance, and real-time navigation assistance.
What is the future of connected vehicles?
Future connected cars will reflect an entire ecosystem rather than isolated features. They will play critical roles in connected homes, work, health, and civic infrastructure, improving the consumer experience and providing help in everyday life.
How many cars will be networked by 2030?
The overall number of connected cars will reach 2.5 billion by 2030. Vehicle Head Units, or factory-fitted telematics units, are the space’s single most important Application Group. Our soon-to-be-published paper on the issue predicts 1.8 billion connected automobiles by 2030.
How much data does a connected vehicle generate?
Some estimates claim that a connected car generates more than 25 terabytes of data each hour. Others claim it’s more like 383 megabytes per hour. While either of these amounts is mind-boggling, additional data will be generated if and when self-driving vehicles become popular.
