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The profound transformation of the mobility concept is no longer a concern limited to a small number of high-tech visionaries or eco-activists. We are all living it every day. Electromobility appears to be a game-changer in this process – electric vehicle producers and EV software companies are offering solutions to many of the transportation problems faced today.
As everyday users of multiple electronic devices, we have gotten used to their numerous functions and interconnectedness. The same applies to mobility – EV software companies do not only aim to equip each vehicle with sophisticated software but to create intelligent transportation networks. Some priorities have not changed: safe and comfortable journeys for passengers and drivers have always been at the top. Now, energy consumption and optimised traffic flow also highly matter.
Tesla is a symbol of e-mobility, even for those who do not yet own an electric vehicle. The company is widely associated with innovative approach and pushing the boundaries of EV technology. Tesla drivers already use a driver-assistance system which sensors, cameras, and machine-learning algorithms enable cruise control, lane-keeping, and self-parking. However, that’s not the final word – the dream is fully autonomous driving, and Tesla vehicles are inching closer to realising it. Will technology eliminate human errors and contribute to safer roads? We shall see in no time.
On the other hand, Charge Point has revolutionised e-mobility with its software. As one of the most extensive charging networks, ChargePoint develops sophisticated solutions to fulfil its main goal: “charging any EV, wherever it goes”. If they succeed fully, there will be fewer excuses left for not switching to EV cars.
The room for innovation is boundless, and it’s not just the major players that shape the market and alter our perceptions of electric vehicles.
If we extend our gaze beyond the vehicle itself, we encounter the concept of car ownership, a common dream for many generations. But is traditional ownership the sole option? Take, for instance, Canoo, which offers a unique subscription model encompassing electric vehicles, maintenance, and insurance. You don’t own the car, yet you have access to it. Doesn’t that sound enticing?
Then, companies like Nikola Energy are exploring alternative energy sources such as hydrogen. Their onboard hydrogen storage systems allow you to drive over 300 miles, ensuring safety and meeting performance requirements. The day they become truly cost-effective could be a game-changer in the mobility industry.
These innovations rely on well-developed software, bringing us to the competition between white-label solutions and their counterparts: tailor-made software. Both are racing to achieve the highest levels of customisation and cost-effectiveness. If this competition results in the ability to adapt to customer needs and changing market conditions swiftly, then it’s a win for all of us!
We’ve already seen that the impact of EV software extends beyond the vehicles themselves. Let’s see how it acts as a catalyst for reshaping urban infrastructure.
Here are some examples: software-powered traffic management systems optimise traffic flows, smart parking solutions help alleviate one of the drivers’ biggest nightmares, and applications guide users to the nearest available charging stations, among others.
City governments are becoming increasingly aware that a “smart cities, smarter future” (as Kent Larson wrote in his phenomenal book) is impossible without intelligent software.
Considering EV software solely as an engineering marvel would overlook a vital aspect: the user. All EV software companies know their success depends on enhancing end users’ experiences. They go far beyond the visually attractive and efficient vehicle and charging station software. For example, check out educational interfaces that familiarise users with EV technology and interactive applications encouraging sustainable driving habits.
All successful EV software solutions are designed with the user in mind. Empowered users become EV enthusiasts, EV enthusiasts form a community, and this community is a solid foundation for a more environmentally conscious society. It’s as simple as that.
AI and big data: shaping electromobility’s trajectory Artificial Intelligence and big data already manage electric vehicles and charging networks with their algorithms. These technologies connect vehicles into one intelligent network and act as personal assistants for individual drivers. Soon, with just one app, we will be able to determine the best mode of transport and route to get to our destination (considering personal preferences, costs, and environmental concerns). The same app will take care of our electric vehicle. The same one will manage all payments and arrange the best parking place (the car will park there all by itself). The possibilities seem limitless!
With all that has already been mentioned, one question remains: Will electric vehicles eventually replace regular combustion engine cars? The answer lies somewhere between EVs, charging networks, and software.
Battery technology evolves rapidly. Charging infrastructure expands. EV software companies race to improve the performance, efficiency, safety, and accessibility of their solutions. The rise of EVs is inevitable.
With autonomous driving, intelligent fleet management, an excellent user experience, and reshaped urban infrastructure, the potential of EV software is changing how we move. More sustainable, efficient, and interconnected mobility is no longer a distant dream; it’s happening now on the roads and in EV software companies’ innovation labs. As they push the boundaries of electromobility, the road ahead is charged with endless possibilities.