Automotive industry executives are watching with alarm as consumer-focused sectors are disrupted by new entrants encouraging individuals to share goods and services with each other. Manufacturers who embrace this change open up new business models which can lead to competitive advantage.
The way we live, consume and communicate is increasingly shaped by three global trends: Globalisation and booming populations lead to much denser urban areas, diminishing resources increase the focus on sustainability, and mobile devices and the Internet of Things (IoT) mean people are more connected than ever. These three factors combine to spark fundamental change in the things consumers place value on.
There has been a huge priority shift from ownership to access – and things that used to be seen as status symbols are no longer prioritised in the same way. A good example of this is the car. The maxims of the sharing economy have reached one of our most loved status symbols, as the meteoric rise of car sharing schemes like Uber are already impacting the automotive and transport industries. A study at UC Berkeley showed that vehicle ownership among car sharing users has halved. As a consequence sales of new cars on the one hand might stagnate and force companies to refine their business models.
On the other hand, the on-demand business model of car sharing creates opportunities to reach new target groups: People who mainly used public transport in the past due to cost reasons might now occasionally appreciate the freedom of a car ride. That means, today, essentially everyone has access to a car.
How can the automotive industry benefit from these disruptions? Similar to the music industry, car manufacturers in the future will not make money by selling the product, but through value-added services. And when we look at the car of the future – the driverless, autonomous and connected car, services will become even more important, with car manufacturers increasingly turning into service providers. They will be able to answer questions like: Where is the next parking lot? How environmentally friendly is my driving style compared to the average driver?
Modern vehicles are rolling computers. They constantly collect data from the environment and their inner life. Data sets such as tyre pressure, GPS position, and motor temperature are sometimes more, sometimes less visible to the driver. The smart and reasonable analysis of this huge amount of gathered data can provide new insights to the fleet operator. Big data is as relevant for the automotive industry as it is for any industry. Based on the data gathered by the car, fleet operators can forecast, when to order which wearing part and early plan the next workshop visit. The use of vehicles in a short-term rental model provides high value for car manufacturers, too. The vehicle sees a new driver with a different driving profile several times a day which exponentially increases the volume and the diversity of the data. These vehicles are unlike their privately owned equivalents as they are in continuous operation and lead to new challenges and opportunities for the automotive maintenance and engineering industries.
The high value of the data demands for high availability and efficient data management. In a rapidly changing business climate, a solid IT infrastructure and the ability to offer performance and consistency is crucial. Seeing a continuous growth of data which needs to be stored and managed, it is obvious that companies need to thoroughly review their existing data management strategy and make it future-proof.
To be prepared for both current and future business as well as legal requirements, organisations should consider migrating their data to more cost effective and agile public, private or hybrid cloud based storage solutions. Not only as this allows faster innovation, but also as data can be managed according to specific business insights. Using cloud services, CIOs have to keep control over the company data to avoid vendor lock-in and to comply with changing data protection regulations.
To realise the full benefits of a hybrid cloud strategy, CIOs need to manage the dynamic nature of the environment – seamlessly connecting public and private clouds – so they can move their data where and when they want with complete freedom. This brings up the question of how to integrate these cloud resources into the existing environment. It's a challenging task that has traditionally been a roadblock for companies seeking a simple, seamless and secure entry point to cloud.
With its Data Fabric concept, NetApp provides a suitable solution for implementing a multi-cloud infrastructure for big data. Companies can use cloud resources from different vendors, by retaining full control over their data. The use of cloud resources will put companies in a position to integrate the most powerful data analysis engines without investing big money in a new on premise IT infrastructure.
The technologies from NetApp support enterprise-wide data management and create a link between on premise systems and resources from the public cloud. As a result, businesses achieve high flexibility in the use of their IT resources and can move data and workloads across all resources. This creates the basis for the efficient infrastructure that is necessary for big data projects and car manufacturers can utilise the cloud to future-proof their businesses.