Hyundai expands its connected car experience by integrating myQ Connected Garage technology, allowing drivers to monitor and control compatible garage doors directly from the vehicle’s touchscreen.

Hyundai Motor America has announced a new partnership with Chamberlain Group to introduce Hyundai myQ Connected Garage, a feature that allows drivers to monitor and operate compatible garage doors directly from the vehicle’s infotainment system.

Available on select 2024-2026 Hyundai models in the U.S., the new connected service enhances convenience by integrating smart home technology with Hyundai’s Bluelink platform.

Hyundai myQ Connected Garage adds smarter vehicle connectivity

The new Hyundai myQ Connected Garage system enables owners to check whether their garage door is open or closed and control it remotely without leaving the vehicle.

Once linked to a compatible myQ account and Hyundai Bluelink, the service provides seamless access through the vehicle’s touchscreen display.

Among the new features are:

• Automatic garage door opening and closing through customizable geofencing.
• Remote monitoring and control from virtually anywhere.
• Personalized opening and closing distance settings.
• Valet Mode to temporarily disable garage access.
• Support for multiple garage doors and multiple properties.
• Close Door Reminder notifications if the garage remains open.

Hyundai introduces myQ Connected Garage technology for compatible vehicles.

Compatible with leading smart garage systems

The Hyundai myQ Connected Garage platform works with several of the most popular smart garage door brands in North America, including:

• LiftMaster
• Chamberlain
• Craftsman

Garage door systems from many other manufacturers can also become compatible by adding the myQ Smart Garage Control device, eliminating the need for additional vehicle hardware or manual programming.

Once connected through a Hyundai Bluelink account, drivers can access their garage controls directly from the infotainment screen for a more integrated ownership experience.

The system supports multiple garage doors through a single myQ account.

Three-month free trial available on select Hyundai models

Hyundai is offering a three-month complimentary trial of myQ Connected Garage for eligible customers.

The service is available on select 2024, 2025 and 2026 Hyundai vehicles, depending on model and trim level, giving owners the opportunity to experience expanded smart home integration through their vehicle.

This latest technology further strengthens Hyundai’s connected ecosystem by combining vehicle convenience, home automation and remote accessibility into a single seamless platform.

Eligible Hyundai owners receive a complimentary three-month trial of myQ Connected Garage.

As connected vehicle technology continues to evolve, Hyundai myQ Connected Garage represents another step toward integrating everyday digital services into the driving experience. By allowing drivers to manage their garage doors directly from the vehicle, Hyundai expands its smart mobility ecosystem while offering greater convenience, security and peace of mind for customers across the U.S. market.

Chinese automakers are accelerating the development of in-house AI chips as they seek to lower costs, improve autonomous driving technology and reduce their dependence on suppliers such as Nvidia.

China’s automotive industry is entering a new phase of competition. After becoming the global leader in electric vehicle battery production, several manufacturers are now investing heavily in proprietary AI chips designed to power advanced driver-assistance systems (ADAS) and future autonomous driving technologies.

Companies including BYD, NIO, XPeng and Li Auto believe developing their own processors will allow them to control costs, speed up innovation and better integrate hardware with software.

Chinese automakers are investing heavily in AI chips

The Chinese automakers AI chips strategy reflects how modern vehicles are becoming software-defined products.

Instead of relying entirely on technology companies, manufacturers are creating processors specifically optimized for their own vehicles and autonomous driving systems.

These custom chips process data from cameras, radar, lidar and driver-monitoring systems while supporting increasingly advanced driving features.

As more affordable electric vehicles receive sophisticated driver-assistance technology, reducing hardware costs has become a major competitive advantage.

Chinese automakers are investing billions to develop their own AI chips for future electric vehicles.

BYD leads the race with its own autonomous driving chip

Among all manufacturers, BYD has made one of the biggest moves.

The company recently introduced its Xuanji A3, a 4-nanometer AI chip designed to support Level 3 and Level 4 autonomous driving.

According to BYD, the processor delivers performance comparable to Nvidia’s Thor platform while costing significantly less to produce.

The automaker also announced plans to invest more than $14.7 billion in intelligent vehicle technologies over the next three years.

BYD’s Xuanji A3 chip is designed to power next-generation intelligent vehicles.

NIO, XPeng and Li Auto expand their chip programs

BYD is not alone in pursuing this strategy.

NIO already uses its 5-nanometer Shenji NX9031 processor in production vehicles and estimates it can reduce hardware costs by roughly $1,400 per vehicle compared with Nvidia-based systems.

Meanwhile, XPeng continues expanding development of its Turing AI chip, which could eventually be supplied to other manufacturers. The company is already collaborating with Volkswagen on China-market electric vehicles.

Li Auto has also entered the race with its Mach M100 processor, developed specifically for its flagship L9 SUV and future intelligent driving systems.

Several Chinese automakers are designing proprietary chips to power future autonomous driving systems.

The rapid expansion of Chinese automakers AI chips highlights how competition in the electric vehicle industry is moving beyond batteries and into software and semiconductor technology. As manufacturers gain greater control over both hardware and software, they can reduce production costs while accelerating the development of advanced driver-assistance systems.

For global automakers, this trend represents a significant challenge. Companies that continue relying exclusively on third-party suppliers such as Nvidia, Qualcomm or Mobileye could find themselves at a growing cost disadvantage as Chinese brands strengthen their technological leadership in the global EV market.

GM AI is reshaping how General Motors designs, tests and manufactures vehicles by using artificial intelligence, virtual simulations and digital engineering throughout the development process.

General Motors is accelerating the future of automotive engineering through GM AI, integrating artificial intelligence and virtual development tools into every stage of vehicle creation. The company says its new digital-first approach allows engineering teams to collaborate faster, improve decision-making and reduce the need for costly physical prototypes.

The strategy combines AI, simulation and decades of engineering data to create smarter, more efficient vehicle development.

GM AI transforms vehicle development

With GM AI, engineers, designers and manufacturing teams can now work simultaneously using the same digital vehicle model instead of following the traditional sequential development process.

Artificial intelligence helps generate and evaluate multiple design alternatives in a matter of hours, dramatically shortening development timelines while allowing engineers to identify potential issues much earlier.

The new workflow also improves collaboration between departments, helping accelerate innovation across future GM vehicles.

GM AI allows multiple engineering teams to collaborate in real time during vehicle development.

Virtual testing reduces development time

One of the biggest advantages of GM AI is its ability to perform advanced virtual simulations before physical prototypes are built.

General Motors now uses digital crash simulations, virtual wind tunnels and software validation systems to evaluate aerodynamics, structural performance, thermal management and vehicle dynamics much faster than traditional methods.

For example, roof crush simulations that previously required several hours can now be completed in just minutes using AI-powered analysis.

AI also improves manufacturing

The benefits of GM AI extend beyond engineering into manufacturing operations.

Using virtual reality and augmented reality technologies, production teams can simulate assembly processes, optimize factory layouts and identify ergonomic improvements before installing equipment on the production line.

This digital workflow helps reduce production delays while improving manufacturing efficiency and overall vehicle quality.

Virtual simulations allow GM to validate vehicle performance before physical testing begins.

GM prepares for the software-defined future

General Motors believes GM AI will become a core part of its future vehicle strategy as software continues playing a larger role in modern automobiles.

By combining artificial intelligence, virtual engineering and advanced simulation technologies, the company expects to develop safer, higher-quality vehicles while significantly reducing development times and increasing engineering efficiency across future product programs.

GM AI is becoming a key pillar of the company’s next-generation vehicle development strategy.

The expansion of GM AI demonstrates how artificial intelligence is transforming the automotive industry beyond autonomous driving. By integrating AI into design, engineering, testing and manufacturing, General Motors is building a faster, more connected development process that could shape the next generation of vehicles for the U.S. market.