Fujitsu Limited today announced that it will launch a new stream data processing platform for service providers to maximize the use of big data collected from connected cars.
The new platform facilitates simple and efficient automotive big data analysis by leveraging Fujitsu’s data processing technology, Dracena (1), a stream processing architecture that can add or change content while processing large volumes of IoT data, without stopping. The new platform allows for the management and processing of data in discreet units of people and objects including pedestrians, vehicles, roads, and buildings, which are constantly changing in the real world. This makes it possible to digitally reproduce the surrounding situation, including other vehicles. Continuous data processing additionally offers users the flexibility to add and change services that must operate without disruption, such as real-time hazard prediction for connected cars. Going forward, Fujitsu plans to roll out the service in overseas regions including North America and Europe.
Background
The mobility industry is presently undergoing a once in a century period of change, and from 2020 onward, the number of connected cars will increase exponentially. Big data from connected vehicles, including images collected from car sensors, and CAN (2) data, will play an important role in realizing mobility services like traffic monitoring, maps, and insurance, as well as vehicle design. Simultaneously, these systems for analyzing automotive big data are siloed for each service and overlap in development functions and system resources, creating a need for a system that can flexibly and efficiently implement various services concurrently. Against this backdrop, Fujitsu is advocating and promoting the digital twin technology for the mobility space, based on the idea of digitally reproducing information about vehicles and roads in real-time. In order to create a digital twin for use in a mobility context, Fujitsu has launched its new stream data processing platform to support the development of various services that leverage automotive big data to contribute to the realization of a safe, secure, and comfortable mobile society.
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SOURCE: Fujitsu
