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US Closes Tesla Probe on Remote Driving Feature

U.S. regulators have ended an investigation into Tesla’s remote driving feature after determining it posed limited safety risk following software improvements.

The National Highway Traffic Safety Administration (NHTSA) reviewed the company’s “Actually Smart Summon” system, which allows users to move vehicles short distances via a smartphone, typically in parking environments. The probe covered approximately 2.6 million vehicles.

Authorities identified around 100 reported incidents linked to the feature. These cases largely involved low-speed collisions with stationary objects such as parked cars, garage doors or gates. No injuries, fatalities, airbag deployments or major crashes were recorded.

Regulators concluded that the frequency and severity of these incidents did not justify further enforcement action. Tesla had already deployed software updates to address identified issues, including enhancements to obstacle detection, environmental awareness and system response to dynamic conditions.

The updates also targeted limitations caused by camera obstruction factors such as snow or condensation, which had contributed to early-stage errors during feature activation.

Despite the closure of this probe, Tesla’s broader autonomous driving systems remain under scrutiny. The NHTSA recently escalated its investigation into the company’s Full Self-Driving (FSD) technology to an engineering analysis stage, covering more than 3 million vehicles and examining reports of traffic violations and crashes.

The decision underscores a regulatory approach that differentiates between low-risk driver-assistance features and more complex autonomous systems, which continue to face heightened oversight.

Tesla Robotaxi Permits Lag

Tesla has continued to signal plans for launching a driverless robotaxi service in California, but regulatory filings show limited progress toward securing the necessary approvals.

State records indicate that the company has not conducted documented autonomous test driving on public roads in recent years. In California, such testing is a required step toward obtaining permits to operate fully driverless ride-hailing services.

Regulators require companies to meet testing benchmarks before advancing to commercial deployment. Tesla currently holds only an initial permit allowing supervised trials with a safety driver present.

The company has instead focused on limited pilot services in other regions with fewer regulatory hurdles.

Industry observers note that California remains a critical market for autonomous mobility ambitions due to its size and regulatory influence.

The situation highlights the gap between development goals and regulatory readiness as companies work toward deploying fully autonomous transportation systems.

VinFast teams up with Autobrains to develop low-cost self-driving tech

Vietnamese electric vehicle maker VinFast has partnered with artificial intelligence company Autobrains to develop advanced autonomous driving technology, including a low-cost “Robo-Car” system. The collaboration is aimed at accelerating VinFast’s self-driving ambitions while reducing costs by moving away from expensive sensor-heavy approaches.

The partnership will focus on improving driver assistance systems for upcoming VinFast electric vehicles, building on the company’s existing Level 2 autonomy capabilities. Pilot testing of the enhanced technology is already underway on the VF 8 and VF 9 models, with plans to gradually roll out more advanced features across VinFast’s vehicle lineup.

In addition, the companies are exploring a new Robo-Car architecture designed to enable higher levels of autonomy without relying on costly LiDAR sensors, radar systems or high-definition maps. Similar to Tesla’s strategy, the system uses seven standard cameras combined with a compact, high-performance computing chip. Testing is currently taking place in controlled zones in Hanoi, with expansion planned to larger cities and international markets.