The use of predictive analysis is widespread including in connecting car industry which provides both opportunities and challenges for the automotive industry. By using Telematics and infotainment systems, connected cars increasingly stream data into the cloud. Each connected vehicle is expected to generate more than 25 gigabytes per hour as the dizzying array of smart IoT sensors are coming into the picture. Predictive analysis in automotive industries is enabling connected cars to stay more on roads rather than in shops. Some of the ways in which predictive automotive data analysis is driving the growth of connected car industry are listed as follows:

·         Predictive Maintenance-Predictive data analysis can spot maintenance issues before they occur by leveraging data from warranty repairs with existing vehicle sensor data. This is done by pulling in data from virtually every vehicle, comparing the information with warranty repair trends and finding meaningful correlation which is otherwise impossible to be discovered by humans.

·         Predictive Collision Prevention-By utilizing big and fast data, latest sensors and car-to-car connectivity, predictive analytics technology may completely eliminate the possibility of accidents in the future.

·         Connected Car Cyber Security- Predictive analytics is efficient in securing connected cars in the sense that it is able to identify patterns of attackers’ behavior. It not only looks for an intruder to repeat the same behavior as pervious attackers but also searches for a combination of behaviors that are inconsistent with what would be expected of an authorized user.

Read more at: https://igniteoutsourcing.com/publications/predictive-analytics-in-connected-car-industry/

Industries are growing techno-savvy and understanding that being able to gather, identify, and comprehend patterns in data is critical for their long-term success. We are finally entering an age of data-powered farming that work on open data sets of weather and yields, IoT, drones and smart agricultural machinery. Such digital tools are becoming as important as traditional tools in the agricultural sector. IoT sensors are also helping companies predict and manage risk for automobile policies in real-time. Governments and industry are cooperating to share data on natural catastrophes in the hope to predict them. Drones are even being used to inspect and manage energy sites like turbines and rigs. Governments too will start using Big Data for evidence-based policy making. Read more at: http://yourstory.com/2015/06/big-data-unleashing-value-for-startups/