Connected cars and Internet of Things: top 5 sectors for IoT developers
According to Gartner, 250 million connected cars will appear on roads by 2020. Such vehicles require Internet of Things sensors and apps to provide drivers and passengers with maximum comfort.
Therefore, developers of similar apps have a huge space for creativity. Let’s examine five areas where developers can try things out.
The market needs apps for constant monitoring of car condition. Drivers should be informed of worn out brake rotors, time to recharge the battery, or too weak mixture.
By the way, the development of given apps is a relatively simple matter. You should just provide connection with OBD II (On-Board Diagnostics Parameter Identification).
These solutions will allow to prevent a lot of defects.
Vehicle cyber security
A cyber security solution won’t make swindlers hack into systems of your smart car. The best option is a protected platform able to monitor other operational IoT solutions. Besides, their compatibility by default will delight the majority of manufacturers.
Diagnostic systems for detecting gaps in the car security system will be useful as well.
Connected cars will require software for recognizing dangerous road situations. Special apps will read data from the variety of sensors: LIDARs, rear park systems, sonars, laser ranging devices, and others. Therefore, the program will be able to prevent an accident by slowing down on time or by changing lanes.
Today, there are systems determining how tired the driver is. They inform users of the necessity to stop and take a rest. IoT devices can advance and improve similar systems. For example, one can enable sensors to identify the danger of road condition and recommend other routes.
Service and content providers
Not only will drivers need a conventional vehicle navigation in the future, but they will also have to be aware of road state, local cafes and shopping malls, traffic congestion, speed limits, and many other aspects. The market is not yet overfull of such apps.
This is probably one of the crucial things for drivers and passengers. Everyone likes to listen to music, but few radio stations play it the way that listeners desire. Therefore, it is important to set the permanent Internet connection so that users will be able to choose a music service with their favorite songs.
Driving assistance systems
As long as fully autonomous cars are only in over-the-top pilot projects, partial autonomy runs the show. All kinds of lane following sensors and cruise control systems can be improved and complemented.
Moreover, there is such a niche as voice commands. Whenever drivers reach out for a center panel to press the button or touchscreen, they lose focus on the road. This fact poses risks to all traffic participants. A solution allowing drivers to use various vehicle features without getting distracted will be able to take on the market.
Commercial entities will require smart apps to advance services. For instance, insurance. Numerous car sharing companies are in need of apps able to calculate time of smart insurance accurately, the time when a driver is in the car.
Moreover, based on collected data, one can conduct a predictive analysis in order to determine how certain groups of citizens tend to use a car.
Apps for tracking mileage, travel time, average speed, and other characteristics are one of the most significant for contractors. How to know the cost of car rental for multiple purposes? Indeed, one can determine this based on data from IoT sensors.
Traffic control systems
Imagine that a traffic light on the familiar street suddenly stops switching to red after five seconds of green. The traffic light has somehow found out that there is a traffic jam before it and the other side is empty, thus it has started passing cars.
This is what developers of IoT traffic solutions are striving for. It refers not only to traffic light software. One also requires in-car solutions that will send GPS data to this smart traffic light prior to reaching it.
Drivers should know about a jam on their way. Firstly, it is important in order not to increase the jam. Secondly, it is crucial for drivers who have to get to their destination on time. Therefore, a vehicle should promptly inform users of various road situations such as repairs, accidents, and other troubles.
IoT data centers
To make all above-mentioned solutions efficient, one requires computers able to process this giant dataflow. Thus, what we need are data centers and people to monitor them and constantly upgrade software. To implement this idea, we can use not only IoT but also machine learning, neural networks, Big Data, and other breakthrough technologies.
Clouds can promote IoT as a service. For example, certain developers have already designed an app for monitoring traffic congestion, but they are lack of computing capacity to process the whole dataflow. In this case, they are able to apply cloud services in order to simplify their task.
This technology is infrastructural because of referring to all blocks. Blockchain makes an app totally transparent and protected: due to cryptographic encryption, users and developers can be sure that their data won’t be hacked. Blockchain would become a perfect option for transferring a huge amount of data.