Automotive evolution in M2M technology offers cellular IoT connectivity & innovative mobile lifestyles to both passengers and drivers providing low latency connectivity, high-speed, & a set of advanced attributes including Internet radio, mobile Wi-Fi hotspot, web-based services, & an improved navigation system. However, the environment automobiles encounter can be violent & wireless technology has to endure excessive vibration, extreme temperatures, and moisture experienced on the road. [AS1] In addition, severe automotive manufacturing specifications add to the challenges of building effective ‘smart cars’. With the embedded cellular LTE-connected car solutions, car manufacturers including Audi [AS2] are capable to offer low latency car connectivity, high-speed, and a suite of numerous advanced services which enhance ‘on road’ experiences.
Users can enjoy synchronized embedded voice & data services. Industrial versions of embedded SIMs, [AS3] or eSIM management, are integrated into cars during manufacturing procedures, to enhance car security & connectivity flexibility. eSIM solutions identify individual vehicles, ensure secure global car connectivity, and encrypt communications for smart vehicle systems. All such attributes include eCall emergency solutions, vehicle navigation, vehicle telematics, and these are optimized to survive extreme environments. eSIM management platforms also enable secure & remote car connectivity provisioning services that simplify the manufacturing process & global connectivity deployment, wherever vehicles will be operating. They provide great flexibility to select or swap mobile network service providers & service plans, during the long life of connected vehicle applications. In the future, the secure cloud-based service enablement & next-generation features like integrated NFC, mobile wallet applications, & integration in the smart city will further contribute convenience for drivers & passengers alike.
Monetize the Future
- MNO & Automobile OEM can build a properly connected car IoT marketplace where the third-party vendors integrate with the platform to onboard vertical applications.
- Autonomous vehicles will represent the ultimate manifestation of advanced driver assistance systems, marking a shift from driver-assisted functionality to fully autonomous vehicle operations.
- An autonomous car can generate approx. 5-gigabyte data per second and 1 gigabyte per second in the connected car, near-future technologies can’t transfer thousands of gigabytes of data wirelessly in a second for the massive volume, need advance in-car edge computer to regulate real-time incoming data from car sensors to make the intelligent decision & act in real-time
- MNO & OEM can harness customer data they already have and with the help of machine learning/AI algorithm company can deep dive into customer needs, behavior, spending pattern, fine-tune offers & incentives, & dynamically adjust pricing to build loyalty.
- Connected vehicle & autonomous car data usage have strong potential for cost reduction, revenue generation, safety, innovative ways to use the limited resources & security enhancement.
- Data algorithm use for huge autonomous car data coming from Radar, Sonar, cameras, GPS, sensors are utilized for safety, V2I, insurance, driving pattern, driver behavior is available for the business opportunities.
- Car ecosystem players will rely on the data for future research, improvement, warranty, engineering innovation, insurance, machine learning, AI, customer loyalty, upsell advanced driver assistance system value-added services data to determine future growth.
When businesses turn to IoT companies like AIRLINQ, they are more likely to become agile, augment the experience for their valuable customers, and unveil new revenue sources. Hence, an increasing number of companies & industries gate-crashing connected car economy is no exception.
Comments
Post a Comment