VinFast has formed a strategic partnership with NVIDIA and Autobrains to develop next-generation Level 4 self-driving vehicles tailored for the challenging traffic conditions of Southeast Asia. The collaboration will utilize NVIDIA’s DRIVE Hyperion compute platform and Autobrains’ Agentic AI technology, aiming to create more affordable and practical autonomous driving solutions for the region. Southeast Asia is recognized for its dense traffic, making it an important market for validating cost-efficient autonomous mobility.

NVIDIA: NVIDIA develops high-performance computing platforms, including the DRIVE Hyperion system designed for autonomous vehicles and robotics applications. The company supplies the core compute architecture enabling the new Southeast Asia autonomy program. Recent ecosystem updates show growing adoption of its DRIVE technology by automakers worldwide for Level 4 initiatives.
VinFast: VinFast is a Vietnamese electric vehicle manufacturer focused on producing affordable EVs for global markets, with expanding operations in Southeast Asia and beyond. In this development, the company is leveraging its vehicle platform and manufacturing expertise to integrate advanced autonomy tailored to regional conditions. Recent announcements highlight its push into scalable Level 4 solutions through partnerships with technology leaders.
Autobrains: Autobrains specializes in agentic AI software for autonomous driving, emphasizing self-learning systems that handle complex real-world scenarios. It is contributing its AI stack to power the Level 4 platform in the VinFast partnership for Southeast Asia. The company is also advancing similar deployments in other regions, including Europe.

`json
{
“Technology”: “NVIDIA DRIVE Hyperion serves as a production-ready reference platform adopted by multiple global automakers for Level 4 vehicle programs.”,
“Market Focus”: “Southeast Asia’s dense and dynamic traffic environments are being used as a key validation ground for cost-efficient autonomous mobility solutions.”
}
`