Cloud technology is increasingly gaining ground in a wide variety of industries.
Today, automotive cloud services have also become an integral part of car manufacturing.
However, despite the clear benefits and flexibility of cloud technology, it requires the integration of new development processes on the part of manufacturers. The best strategy to address these issues is to use agile methodologies, continuous testing, and automation.
How exactly is DevOps helping automotive manufacturers reduce time-to-market costs and make life easier for development teams?
And what cloud solutions are revolutionizing the automotive industry today?
Cloud in the automotive industry
The use of cloud services has a positive impact on the work of car manufacturers. In addition, cloud solutions help create new infrastructure projects quickly, from planning to implementation.
However, OEMs use modern cloud technology not only in mechanical engineering but also for efficient office operations integrating many systems into their departments aimed at analytics and sales planning.
Today enterprises rely heavily on CRM, EPR, WMS, and RPA systems, which will help them better analyze the sales funnel.
The development and testing process is also now underway, and it is hosted in the cloud.
Car dealers can receive all the data about the car and its configurations practically online.
In addition, OEMs move the server infrastructure and the entire customer service components to the cloud, including email services, AI-based chatbots, etc.
However, cloud technology also comes in handy for the end-users. For example, a modern car is not only a set of mechanical elements and electronic components but also complex software that helps the driver control the vehicle.
Road traffic management and safety
Soon, the main trends in car manufacturing will be environmental friendliness and safety. By 2023, Volkswagen Group plans to invest about 30 billion euros in electric vehicles and, by 2028, to release new models of electric cars.
Each driver prioritizes different technologies that should be present in the car. For someone, it is about comfort or safety. Safety assistants are widely popular at that point. For example, Audi has a system that brakes a car entirely in an emergency.
As electric cars are becoming the new normal, car manufacturers are heavily integrating systems for road traffic management, allowing connected vehicles to exchange data on the road situation in real-time and increasing traffic flow efficiency.
Cloud technologies are essential in alerting the driver and providing information about a particular section of the road. This concept is in line with what many drivers expect from their cars: continuous communication with the infrastructure and other drivers and the presence of electronic assistants.
Jaguar Land Rover and Volvo are the pioneers in this area. They are working on technology that helps locate holes on the road, broken storm grids, and utility holes. This data can then be shared via the cloud with other road users and road services.
By receiving a warning from the vehicle ahead, the driver gains extra time to slow down and avoid danger. This will help reduce the likelihood of car accidents or suspension damage.
Car diagnostics can also incorporate the use of cloud technologies. Various companies already offer such a service. The solution is quite simple: a device in the car identifies the car’s faults and receives information about the main operating parameters. The collected data is sent to the cloud, and drivers can access it through a smartphone or tablet and get the diagnostic results.
DevOps automotive solution
While cloud technology, for the most part, benefits users, DevOps benefits car manufacturers and retailers in digitalizing, developing, and testing different products.
Today’s vehicles typically contain more than 100 million lines of code. It makes keeping quality and availability priorities a particular challenge.
Today, the digitalization process for automotive manufacturers is all-encompassing, and to improve customer service, and internal processes, DevOps and CI/CD methodologies should be implemented.
This affects all aspects of the business, meaning more OEMs focus on such systems as ERP, RPA, CRM, and the implementation of trending solutions to the cars.
This is where DevOps plays an important role.
Digitalization requires an agile product-oriented manufacturing methodology.
In general, DevOps services in automotive reduce time, costs, and production time as much as possible.
Manufacturers can efficiently handle tasks of varying complexity and get their products to market faster. They can also capitalize on the advantages of mobile solutions and subscription-based services.
Testing software has become an essential part of OEMs too. That is where they rely heavily on DevOps tools. They help them deliver, test, and deploy code more rapidly and reliably, making them more responsive and allowing them to scale production rapidly.
DevOps systems can be used to provide unit test data, static analysis, progress tracking, and other data for safety-critical software.
Thus DevOps can save resources by containerizing applications, making services scalable, and making the development process more agile.
Wrapping up, car manufacturers implement cloud solutions to their products and internal business processes. They use cloud services for their server infrastructure, customer services, and cutting-edge applications for modern cars. That allows them to gain financial benefits and increase business flexibility and competitiveness.
However, the implementation of these technologies requires new approaches to the development and testing processes. This is where companies start to look at DevOps methodologies and solutions. As a result, they simplify and accelerate the testing process enormously and make it more effective.
About the author:
Janet Polson is a graduate of George Washington University in International business. She is an unspoken expert in the study of science and philosophy. Janet is also a blogger, author of tech articles and she works as business analyst at Computools.