Who is the "strongest brain" in the automotive industry? Is Lantu, which is supported by SOA electronic and electrical architecture, qualified?

Unconsciously, robots have appeared in many industries. These robots not only execute established program codes, but also have a certain self-learning ability, which can better meet the user experience and continuously upgrade to match user needs.

If cars also have the ability to evolve themselves, we can also enjoy the experience of using a car that is always new.

So, looking at the current automotive industry, which models have the ability to evolve themselves? Lantu Automobile, which is supported by SOA electronic and electrical architecture, is one of them.

AI deep learning, can Lantu become the “best partner”?

How can a new energy vehicle achieve self-learning and continuous evolution?

First of all, this new energy vehicle must process massive amounts of data such as user driving habits, vehicle usage environment, and user preferences, and extract valuable information from the huge amount of data in order to achieve the purpose of self-learning.

Supported by the SOA electronic and electrical architecture, Lantu Auto can access up to 1TB of data every day, learn user usage habits faster and more comprehensively, and thus accelerate the evolution of the vehicle system.

At the same time, the SOA electronic and electrical architecture also allows Lantu Auto to utilize the storage, computing, communication and other functions of cloud resources, with car-cloud collaborative computing and data-driven evolution as the core, allowing car owners to continuously try cooler smart cockpits, higher-level assisted driving, and richer network applications, giving the vehicle the ability to grow and upgrade infinitely, and step by step becoming the user's "best partner."

With open co-creation, will Lantu become more personalized?

Thanks to the SOA electronic and electrical architecture, Lantu can self-learn and evolve, while also providing a platform for developers, including users, to jointly build the Lantu ecosystem.

To put it bluntly, for users, their Lantu cars are open. They can freely create and design their cars according to their preferences, such as personalizing the seat angle, steering wheel position, ambient lighting effects, etc. They can also customize rest, KTV and other scenes, and even upload their own definitions and settings to the cloud for other users to download and use.

On the other hand, IT engineers, technology geeks and other developers can use the simulation and visualization toolkits, simulators and local development tools provided by Lantu to create new software and functions, build a Lantu application ecosystem with richer application scenarios, and allow other users to share development results.

What can ESSA's native intelligent electric architecture bring?

It is worth mentioning that in addition to the SOA electronic and electrical architecture, Lantu also released the ESSA native intelligent electric architecture. The combination of these two architectures is the ESSA+SOA intelligent electric bionic body.

What can ESSA's native intelligent electric architecture bring?

First of all, the mass-produced models built on the ESSA native intelligent electric architecture will be equipped with the front double wishbone + rear five-link independent suspension, which is essential for luxury cars. This suspension system can improve the handling and steering stability of the entire vehicle, giving users sufficient driving confidence. At the same time, it can weaken the impact of the road, and the ride comfort is comparable to that of executive luxury cars.

Furthermore, the entire vehicle under the ESSA native intelligent electric architecture is developed based on the CNCAP five-star and CIASI MGGG standards, and uses a cage-type body made of high-strength steel to provide users with ultimate safety protection.

In other words, the ESSA native intelligent electric architecture pays more attention to the hardware level, allowing the overall performance and safety performance of Lantu Auto to be taken to a higher level.

Conclusion:

The ESSA+SOA intelligent electric bionic body gives Lantu Motors the "strongest brain", enabling it to evolve and learn on its own. With an open and co-created application ecosystem, it is bound to bring a better intelligent car experience. Coupled with its outstanding driving performance and safety performance, Lantu Motors has, to a certain extent, defined the future of mid-to-high-end new energy vehicles.