We are in a significant transformation period of the automotive industry, with essential improvements to automotive software and technology. Some of this enrichment has been trendy not only for the sector or industry but even for software development teams.
By exploring these automotive software development trends, your developer teams can be more equipped to manage them successfully.
Latest Trends in Automotive Software Development
Modern automotive software is designed with numerous digital functionalities that need millions of code lines to ensure that they perform consistently and securely. These technological features and augmentation have brought in more challenges for automotive software developers in different domains. If your software development teams are unqualified or untrained with these automotive industry trends, it could be unhelpful which affects development efforts, required time, and quality.
However, by exploring the most noteworthy trends, your teams can sufficiently prepare. Here are the most popular automotive software development trends.
- Advanced Connectivity
- Artificial Intelligence (AI)
- Over the Air Updates
- Swifter Mobility Data
- Autonomous Driving
- Safety Enhancements
Human error sums to 94 percent of all global vehicle crashes, as per the research from the National Highway Traffic Safety Association. To balance this stunning number, automotive software developers are making vehicles that are safer by making them intelligent.
These safety functionalities like blind-spot monitoring, driver-attention monitoring, and forward-collision warning depend on the sensors enabled in the automobile to be informed or aware of its continuously altering backdrop. This scenario displays a challenge for automotive software developers to make sure that the embedded devices for these safety functions are quite adaptive, thoroughly reliable, and efficient.
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- Automotive 3D Printing
- Augmented reality
- Human Adaptability
Advanced connectivity has become a standard functionality for electronic devices, which also includes automobiles. Drivers want easy access to their applications, wireless and music instruments, and much more while driving. This scenario conveys that many embedded devices installed in vehicles are Bluetooth, Cellular, and Wifi-enabled.
However, these embedded and connected devices offer cybercriminals with an opportunity to hack the vehicles. So, software development for the automotive sector should incorporate secure coding practices to make sure there are no breaches in a vehicle’s cyber security.
Artificial Intelligence has unquestionably been a buzzword across lots of industries in the most recent years. It is also included in current trends in automotive software architectures to enhance comfort, safety, and overall performance. This scenario turns Contextual Artificial Intelligence and Deep Learning an inclination to explore.
Automotive organizations have already initiated to invest in this trend. This technology includes simulation testing, image processing, and recognition for enhanced decision-making. The extensive range of applications of Artificial Intelligence is set to enlarge as the technology matures.
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In the future, there will be no need to visit a vehicle service center for upgrading the software on electronic control units (ECU). In the current technological age of modernized electronics, ECUs will likely be able to update or renew Over the Air (OTA).
This feature is obtainable on smartphones, and it is expected that it will be on all platforms incredibly soon. Just like you modernize your smartphone, you should be capable of updating your vehicle software.
You have most likely heard of “supercomputers on wheels” in recent years. This terminology describes the newest car models, and it seems to be quite precise. Not only software enhancements, but innovative sensors are attached to vehicles, offering new solutions and opportunities.
A new sensor fusion technology provides a solution for the smarter and intelligent management of data coming from the sensors in an advanced vehicle. The superior network technologies, such as 5G, are gradually making an approach for vehicle autonomy. They allow cars to converse with other vehicles and devices attached to the IoT.
Automotive developers are making useful strides to make autonomous driving technology a reality. However, even when the technology becomes obtainable, it may take drivers some time to adjust to the technology altogether.
A considerable challenge for automotive software development teams is to persuade the public that self-driving vehicles are entirely safe. A straightforward yet obligatory practice to accomplish this goal is for automotive software development teams to strictly follow SOTIF (ISO/PAS 21448).
SOTIF offers guidance on design, verification, and validation practices. Applying these practices or following these measures make sure safety without failure in scenarios like self-driving vehicles sharing the road with adjacent personal vehicle drivers.
The automotive system development trends and other already existing trends in different sectors considerably affect safety, comfort, as well as efficiency levels. In the year 2014, the foremost electric car to heavily use 3D-printing while its production processes were displayed across the world and it took just 44 hours to print. Today, we see 3D printed vehicles on the market.
Augmented Reality (AR) is set to turn out the automotive industry quite soon. It could have a greater amount of impact on the design, production, and maintenance of vehicles. It brings functionalities like facilitating drivers to “see-through” road traffic, which could enhance safety. AR can also add to building reliance and trust in autonomous vehicles.
The solution to a manufacturer’s maturity and triumph in the digital automotive space is purely being more human. Chasing the most up-to-date trends in the industry is not adequate for developers. OEMs have to sense the driver’s skills and handiness, not merely innovation, as some change may turn off a consumer in its place of drawing him.
Filling vehicles with all the most modern features is not what makes them flourish. Automotive software developers require recognizing users’ wants and align them with the organization’s strengths
Artificial Intelligence has to be accustomed to human behavior and get better on user experience. An immense one should be your differentiating aspect, as an alternative to a car filled with all the new innovations out there in the market.
Through automation and integration, 5iQ, which is leading automotive software, enables your business to meet the present and future demands for your vehicle service, repair as well as maintenance workshops. With modernized processes and all needed features offer better efficiency and boost work productivity, leaving more time and increased business profits.
We also offer customer garage management software with the latest automotive trends. 5iQ cloud-based platform provides real-time data through our Client and Technician Application that bond your customers to your workshop anywhere and anytime.
5iQ automotive software assists you handle all your day to day job activities. It is a comprehensive tool for workshops of all sizes in the automotive business and offers garage software services in diverse cities of Australia and New Zealand. It further helps in streamlining business processes, trimming down costs, and boosting the bottom line. Contact us to get more information.