According to foreign media reports, Bosch demonstrated its IoT soluTIons at the 2017 Mobile World Congress in Barcelona (February 27, 2017 - March 2, 2017). As a global technology and service provider, Bosch showcased connected mobile and sensor technology at the show to make life easier, more comfortable and safer. Vehicles are becoming the third living space for people MWC takes the lead to see Bosch display its new concept car and IoT technology Intelligent Network Alliance makes vehicles become people's third living space (first and second living space for the family and work, respectively). With advanced technical support, vehicles and drivers are able to communicate in a personalized manner. The quality of vehicle performance and comprehensive services is also constantly improving, and safety will be further enhanced in the future. As of 2022, the global Internet mobile market will reach 25% annual growth. In the next few years, the car will become an active platform for the Internet of Things that will enable data communications between vehicles and other modes of transport and smart homes, and one can think of a car as a personal assistant. Self-driving vehicles allow the driver to spend more time and energy on other things. For example, drivers and passengers can use their spare time in the car to write e-mail or listen to music and watch movies to relax. Bosch introduced a concept car at this exhibition, which perfectly illustrates how to seamlessly connect the living area with the future technology so that the role of the vehicle is no longer limited to transportation. At present, Bosch will also enhance the personalized communication between the vehicle and the driver. Bosch Forward ShowCar covers a wide range of innovative technologies including: Driver Monitoring Camera for Face Recognition, personalized service activated upon entering vehicle identification owner. For example, the vehicle will be set according to the driver's personal preference steering wheel, rearview mirrors, car air conditioning temperature and radio stations. The concept car also features the first gesture control with hapTIc feedback. The concept car also uses an ultrasonic sensor to sense whether the driver's hand is in the right position. In addition, a touch screen with tactile feedback is provided, and the buttons that appear on the screen look exactly like the real, regular buttons. Drivers in the use of the process can focus on the attention of the road, to avoid disrupting the operation of the touch screen, and thus enhance the safety. Mirror Cam System is a camera-based solution that replaces the rearview mirrors on the exterior of a vehicle. The video sensor is integrated into the interior of the vehicle and the images taken are displayed on the display, which are respectively located near the A-pillar on the left and right sides of the vehicle. Perfectly Keyless: The car key is placed in the smartphone as an electronic key There are many applications that are currently associated with mobile phones that make our life easier and more so for those who are increasingly seeking personalization. Keyless Entry is also a Personalization Service: The Perfectly Keyless System is a user-centric vehicle access system that provides the driver with a full range of passive entry and passive starting passive start function, a smart phone is used as a vehicle's digital key. The keys on the phone are encrypted and the system automatically recognizes the key of the smartphone and performs distance measurement: If the distance from the vehicle reaches the specified range (about 2 meters), the access control system of the car will be allowed. After Perfectly Keyless positioning, to confirm the user's smartphone is located in the car before allowing users to start the vehicle. Community-based parking The function of the vehicle and its environment closely together. Bosch is working to integrate smart devices into vehicles. When the vehicle communicates with its surroundings (vehicles or facilities), the vehicle also has an important responsibility in the connected city. With the community parking function, the user's vehicle is converted into a parking space locator. When a vehicle leaves the road, it uses a vehicle-mounted sensor to detect the distance between parked vehicles and transmits the collected data to a digital street map. Bosch has high-performance algorithms that evaluate the credibility of the data and make predictions about parking spaces. This cloud-based service uses the data collected to create real-time parking maps that allow drivers to save time and money in finding parking spaces and help ease stress and traffic jams. Bosch also works with Mercedes-Benz and currently tests community-based parking concepts in Stuttgart, Germany and other cities. MWC takes the lead to see Bosch display its new concept car and IoT technology Cloud-based wrong-way driver indication Traffic reports on the driver's reverse travel are not uncommon, and often such incidents can have serious consequences, including serious traffic accidents. At present, traffic alerts are mainly provided through traffic message channels. The time span for notifying and broadcasting alerts is generally 3.5-4 minutes. However, it can take several minutes for the radio to inform you of a driving error, which is too late for warning signs that could be life-threatening. And Bosch's new cloud-based driver's warning of reverse driving can alert users who have taken the wrong route or threatened their lives in seconds, reminding them to be faster and more accurate. In order to detect the reverse driving situation, the vehicle is aligned only when approaching a high-speed entrance ramp or exit ramp, and the vehicle can only be driven in the permitted direction. If there is a conflict between the two sets of information, a driver who is driving in the opposite direction will be alerted. This function depends on the vehicle sending anonymous information to the cloud on a regular basis, regularly inform the vehicle at high speed position. At present, there are more and more intelligent vehicles in the network. The invisible security network is getting more and more dense. More and more road users can be told about the reverse driving behavior. Reverse cruise alerting is part of the Software Development Kit (SDK), which enables the integration of its existing app application from other partner applications into the car manufacturer's in-car entertainment information system solution.