General Motors

Robotaxi service operating in multiple Chinese cities, with over 70% fully driverless rides in Wuhan as of April 2024

Apollo Go

6th generation robotaxi priced at 204,600 yuan, featuring swappable battery packs and numerous sensors

Apollo RT6 (Yichi 06)

World's first large-scale model supporting L4 autonomous driving, claimed to achieve safety more than 10 times higher than human drivers

Apollo ADFM

Cutting-edge system that improves the perceptual abilities of LiDAR and provides a surround view for autonomous vehicles

Multi-Sensor Fusion System

Multimodal deep learning model for predicting pedestrian trajectories with high accuracy

Pedestrian Motion Prediction

Advanced AI models with exceptional understanding and creative writing skills

Knowledge-Enhanced Large Language Models

The Chinese technology company focuses on AI, autonomous driving, and cloud computing. Baidu Research operates facilities in Sunnyvale, California, and Beijing, focusing on human-computer interaction using natural language processing, robotics, and autonomous systems. Its Robotics and Autonomous Driving Lab (RAL) develops robotics and autonomous driving technologies. Baidu's work also includes large language models, cross-modal AI, AI chips, and quantum computing.

10,000 square meter facility for operation, testing, and R&D of autonomous vehicles, housing over 200 autonomous vehicles

Apollo Park - Shanghai

Intelligent connected eco-base for autonomous vehicle development and testing

Apollo Park - Beijing

Facility for autonomous vehicle development and testing in southern China

Apollo Park - Guangzhou

Research center focusing on AI and autonomous driving technologies

Baidu Research - Silicon Valley

Main research center for AI and related technologies

Baidu Research - Beijing

Dedicated facility for quantum computing research

Baidu Research - Quantum Computing Institute

Major data center for Baidu's cloud computing services

Baidu Cloud Computing Center

RAL focuses on developing robotics and autonomous driving technologies, including self-driving cars, drones, and other autonomous systems.

Robotics and Autonomous Driving Lab (RAL)

Baidu Brain is the company's large language model and natural language processing platform, which powers many of its AI-based products and services.

Baidu Brain

Significant portion of revenue allocated to research and development activities

Internal R&D Budget

Various research grants from Chinese government agencies

Government Grants

Funding through partnerships and collaborations with automotive and technology companies

Commercial Partnerships

Andrew Ng

Yuanqin Lin

Duan Runyao

Suqi Cheng

Co-located in Silicon Valley and Beijing, focusing on future-looking fundamental research in artificial intelligence

Baidu Research

Part of Baidu Research, focusing on AI and autonomous driving technologies

Silicon Valley AI Lab (SVAIL)

Part of Baidu Research, likely focusing on big data analytics and applications

Big Data Lab (BDL)

World-class industrial research facility focusing on advancing state-of-the-art robotics and autonomous driving technologies

Led by Baidu, focusing on deep learning technology and its applications in China

National Engineering Laboratory of Deep Learning Technology and Application

Baidu

Apollo is Baidu's open-source autonomous driving platform, which provides a comprehensive suite of tools and resources for developing self-driving technologies. It aims to accelerate the development and adoption of autonomous vehicles by fostering collaboration and knowledge sharing within the industry.

Apollo

Baidu Brain is the company's artificial intelligence platform, which encompasses a range of AI technologies and applications, including natural language processing, computer vision, and machine learning. It powers many of Baidu's products and services, such as its search engine, voice assistant, and autonomous driving technologies.

Baidu Cloud is the company's cloud computing platform, offering a suite of cloud services including storage, computing, networking, and analytics. It aims to provide scalable and secure cloud technologies for businesses and developers.

Baidu Cloud

Multiple awards for vehicle quality across various models and brands.

J.D. Power Initial Quality Study Awards

Recognition for GM's commitment to renewable energy and sustainability efforts.

EPA Green Power Leadership Award

GM's electric vehicle platform for various models, designed to support a wide range of vehicle types and sizes.

Ultium EV Platform

Advanced driver assistance system for hands-free driving on compatible highways.

Super Cruise Driver Assistance Technology

Developing the next-gen Bolt EV for self-driving capabilities, focusing on safety and scalability.

Next-generation Chevrolet Bolt for autonomous driving

Ongoing research and development in hydrogen fuel cell technology for various applications.

Hydrogen Fuel Cell Development

General Motors, founded in 1908, is a global automotive giant focused on research and development. Its R&D team develops technologies related to electric vehicles, autonomous driving, advanced materials, and artificial intelligence. Established in 1955, its research laboratories created the GM-NAA I/O operating system. The company collaborates with institutions like Brown University to develop sustainable and high-performance automotive materials.

GM's primary research and development facility

Global Technical Center

Research and development center focused on the Chinese market and Asia-Pacific region

GM China Advanced Technical Center

Research facility focused on advanced technologies and Silicon Valley partnerships

Mountain View Facility

Facility for advanced vehicle design and innovation

Advanced Design and Innovation Campus

Extensive testing facility for vehicle development and validation

Milford Proving Ground

Headquarters

Established in 1955, the General Motors Research Laboratories have been at the forefront of automotive innovation, developing technologies such as the GM-NAA I/O operating system and contributing to advancements in electric vehicles, autonomous driving, advanced materials, and artificial intelligence.

General Motors Research Laboratories

University of Michigan School of Information (UMSI) master's students recently gained exclusive insight into the future of automotive UX design during a visit to General Motors' Global Technical Center.

The lobby of GM's design studio

Significant portion of revenue allocated to research and development activities.

Various grants and incentives from government agencies for advanced technology development.

Collaborative funding through partnerships with other companies and institutions.

Partnerships

Charles F. Kettering

Mary Barra

Mark Reuss

Founded in 1920, it was the world's first automotive research organization, driving innovation in various fields including electric vehicles and advanced technologies.

GM's primary research and development facility, focusing on various automotive technologies and innovations.

Research and development center focused on the Chinese market and Asia-Pacific region.

Research facility focused on advanced technologies and Silicon Valley partnerships.

Joint research institute focusing on fuel efficiency, smart materials, and advanced battery technology.

GM and University of Michigan Collaborative Institute

GM Corporate Video: Innovation Highlight Reel

General Motors (United States) research video

General Motors' Ultium platform and batteries represent a major initiative to develop a modular electric vehicle architecture and advanced battery technology. The Ultium batteries, with their large-format, pouch-style cells, aim to provide higher energy density and range for GM's upcoming electric vehicles across different brands and segments.

Ultium Platform and Batteries

Super Cruise is General Motors' advanced driver assistance system, offering hands-free driving on compatible highways. It uses a combination of cameras, sensors, and GPS data to enable semi-autonomous driving capabilities.

Super Cruise

The EV1 was General Motors' pioneering electric vehicle, introduced in the late 1990s. It was one of the first mass-produced and purpose-built electric vehicles from a major automaker, paving the way for the development of modern electric cars.

General Motors

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