Volvo is strengthening its collaboration with Nvidia with the aim of creating a new generation of driving assistance systems. These systems will have the capacity to manage complex tasks, covering routes in urban areas, highways, and parking lots. This technology is expected to be introduced in a new model from the Swedish manufacturer before the end of this decade.
This announcement, made on Thursday (15), marks an expansion of a cooperation that has been ongoing for almost ten years. The main objective is to combine the safety systems developed by Volvo with Nvidia's computational capacity and artificial intelligence (AI) software, allowing vehicles to travel longer distances with less need for driver intervention.
As reported by Reuters, the first application of this technology will focus on supervised driving. This implies that despite the advanced automation features, responsibility for the vehicle will remain with the driver. Volvo has not yet specified which model will receive the feature first or what the associated cost will be.
The new line of vehicles will integrate three crucial Nvidia components: the Hyperion architecture, the Alpamayo driving software, and the Halos operating system. Each of these technological elements will play a specific role in the development and operation of the automated features.
This integration aims to enable vehicles to interpret traffic scenarios, detect potential risks, and plan necessary actions, such as accelerating, braking, or turning. The platform was designed to operate in various contexts, from open roads to congested streets and parking maneuvers.
According to The Verge, the system planned by Volvo was classified as level 2++, a nomenclature used to designate sophisticated driving assistance features. This technology should allow the car to manage traffic lights, mandatory stop signs, and left turns in locations without protection from oncoming traffic.
The proposal is to provide a driving experience without the need to keep hands on the steering wheel under certain circumstances, including in urban routes. However, it is important to note that this does not equate to full autonomy; the system does not relieve the driver of their responsibility.
Its operation will be comparable, in certain aspects, to Tesla's Full Self-Driving (Supervised) and other driving assistance systems created with Nvidia by other manufacturers, according to The Verge.
The manufacturer does not intend to rely exclusively on Nvidia's innovations. Its strategy also includes incorporating proprietary Volvo functionalities, such as systems that monitor driver behavior and connected safety technologies. Such monitoring mechanisms seek to understand the state and conduct of the driver more deeply than traditional tracking methods.
Furthermore, Volvo possesses technology that allows for the sharing of information about dangers and road conditions between different vehicles. This data can cover the presence of construction work or other obstacles ahead, expanding the perception of risks beyond what the sensors of a single car could identify.
The combination of these resources with Nvidia's AI is part of the company's plan to develop automated systems, keeping safety as a central pillar. Despite the increase in the use of sensors and computational processing, the configuration described by The Verge will not initially include lidar, a technology that uses laser pulses to map distances and create three-dimensional representations of the environment. Although Volvo may add this sensor in the future, it has not confirmed any change to the current design.
This decision comes after setbacks in previous autonomous driving projects. The company had worked on Ride Pilot, a level 3 system that would allow driving without constant supervision in specific conditions, but this project was suspended in the United States due to hurdles in obtaining regulatory approvals. Another plan to increase the use of lidar in its vehicles was affected by the bankruptcy of supplier Luminar.
The expansion of the collaboration also aims to bring the new features to a wider range of Volvo's product line. The intention is to make the technology available in vehicles of various price points, encompassing electric, plug-in hybrid, and combustion engine models.
The company has not yet disclosed which versions will be considered first, nor has it presented a detailed launch schedule by model. The partnership also aligns with Nvidia's goal of growing in the automotive sector, providing computing components and software to various manufacturers. For Volvo, this collaboration represents an opportunity to accelerate the development of driving assistance systems without compromising its own safety solutions.
The launch is expected before the end of 2029, although the exact date and the first models involved have not yet been communicated. The original news was published in Olhar Digital.