Autoliv Inc.
World's largest automotive safety systems supplier, producing airbags, seatbelts, and steering wheels for major automakers globally.
Autoliv Inc. is the world's largest automotive safety systems supplier, headquartered in Stockholm, Sweden. Founded in 1953 and incorporated in its current form in 1997 through a merger with Morton ASP Inc., Autoliv develops and manufactures protective systems including airbags, seatbelts, steering wheels, and pedestrian protection solutions. The company serves all major automotive manufacturers worldwide and employs approximately 64,000 people across 25 countries.
Autoliv also integrates robotics and automation into its manufacturing processes to ensure precision and quality in component assembly. Its product portfolio includes frontal and side-impact airbag systems, seatbelt modules, inflator technologies, battery cut-off switches, and connected safety services.
Primary type & automation activities this supplier delivers:
Automotive Airbag Systems
Frontal and side-impact airbag modules and components for passenger vehicles and commercial automotive OEMs.
Seatbelt Systems
Advanced seatbelt modules including pretensioners and load limiters for global automotive applications.
Contact Autoliv Inc.
WEBSITE
https://www.autoliv.comPHONE
+46 8587 206 00HEADQUARTERS
Sweden
Company Facts
Founded
1953
Primary Role
Manufacturer
Company Size
-
Primary Region
Europe
Annual Sales
-
Funding Stage
-
Funding Total
-
Certifications & Memberships
First Computer Vision-Guided Surgery Successfully Removes Brain Tumor While Preserving Vision
A neurosurgeon at the National Hospital for Neurology and Neurosurgery in London successfully performed the world's first computer vision-guided brain surgery, aided by a real-time machine intelligence system. This innovative technology helped remove a pituitary tumor from 48-year-old Rhys Hibbert without compromising his eyesight, a significant achievement in neurosurgery. The procedure highlights the importance of integrating advanced technologies in delicate surgical environments, particularly in pituitary surgeries where proximity to critical structures like optic nerves poses high risks. The software, developed at University College London, processed live video feeds to identify critical anatomy, providing surgeons with real-time visual references during the operation. Looking ahead, the technology, which runs on NVIDIA’s Clara IGX platform, aims to evolve beyond anatomy recognition to potentially track surgical instruments and their interactions with tissue. This advancement could enhance surgical precision and safety in future procedures. No further timeline was disclosed at the time of publication.
AI and Robotics Health
Waymo and Zoox Test Drivers Report Injuries Amid Robotaxi Expansion
The scaling of robotaxis by Waymo and Zoox has resulted in over two dozen injuries among test drivers in 2024 and 2025, primarily due to sudden braking and movements. According to data reviewed by TechCrunch, these incidents include sprains, strains, and whiplash, with some drivers sidelined for extended periods. This situation highlights the hidden human cost associated with the rapid deployment of autonomous vehicles. Transdev reported 16 injuries linked to Waymo's operations in three cities, while Zoox noted up to eight injuries from similar incidents. The Occupational Safety and Health Administration (OSHA) requires greater disclosure from companies in higher-hazard industries, which is why these injuries are documented. Looking ahead, it remains unclear if new injuries have occurred in 2026, as OSHA data is submitted annually. Sources indicate that injuries at Zoox are ongoing, with contractors reporting continued hard-braking issues. Both companies emphasize their commitment to safety but have not provided detailed responses regarding the injuries reported.
Transportation autonomous vehicles avs Exclusive robotaxis Waymo
Cyborg Cockroaches Developed as Potential Rescue Robots for Disaster Relief
Researchers have created cyborg cockroaches, named Paraborgs, designed to assist in delivering emergency medical care to individuals trapped in hazardous environments such as collapsed buildings. These insects are equipped with miniature electronics that enable remote monitoring and interaction, enhancing their role from mere search tools to potential rescue platforms. The significance of this technology lies in its ability to combine the natural navigation skills of cockroaches with lightweight electronics, allowing them to traverse difficult terrains while keeping critical medical decisions under human control. The Paraborgs can be fitted with either cameras or auto-injection devices, achieving a 95 percent success rate in close-range injections during proof-of-concept experiments. Looking ahead, researchers aim to deploy swarms of these specialized cyborg insects, each with distinct roles such as locating survivors or transporting medical supplies. While the current results are promising, further development and field testing are necessary before this innovative approach can be utilized in real emergency situations.
AI and Robotics
Hai Robotics Achieves 10,000 HaiClimber Robots Deployed Globally
Hai Robotics has announced that over 10,000 HaiClimber robots have been contracted for customer projects worldwide, marking a significant milestone in the solution's commercial growth. Since its global launch in 2025, HaiPick Climb has been implemented in 12 countries across various continents, including Asia, Europe, North America, South America, and Australia. This achievement highlights the growing adoption of HaiPick Climb among notable customers such as ANTA, Panasonic, and METTLER TOLEDO, spanning diverse industries like apparel, e-commerce, and healthcare. The company's commitment to reliability in warehouse automation has been evident since its inception, and the development of HaiPick Climb reflects years of engineering validation and refinement, ensuring long-term stability and performance. Looking ahead, Hai Robotics aims to leverage real-world project experiences to enhance the reliability and delivery standards of HaiPick Climb. As the solution continues to adapt to evolving workflows and operational requirements, it is expected to support stable fulfillment performance and facilitate future system expansions for customers worldwide. No further timeline was disclosed at the time of publication.
Warehouse Automation Robotics Logistics E-commerce Supply Chain Management
University of Queensland Develops Cyborg Cockroaches for Emergency Medical Assistance
Researchers at the University of Queensland have developed swarms of cyborg cockroaches, known as 'Paraborgs,' equipped with cameras and miniature medical injectors. These innovative devices aim to provide supervised emergency care to individuals trapped in inaccessible locations, such as collapsed buildings or caves. The significance of this development lies in its potential to enhance rescue operations in scenarios where traditional methods are ineffective. By moving beyond mere search and rescue, these cyborg insects can actively assist trapped individuals, potentially saving lives in critical situations. Looking ahead, the research published in the journal Advanced Science opens up new avenues for the application of biorobotics in emergency response. No further timeline was disclosed at the time of publication.
Robotics
Shanghai Startup LeapTech Develops Brain-Computer Interface for Stress Relief, Secures Funding
LeapTech, a startup from Shanghai, has developed a brain-computer interface (BCI) aimed at stress relief and has recently completed a seed funding round of nearly 10 million yuan. The funding, provided by angel investors with expertise in hard technology, consumer electronics, and manufacturing, will support the iteration of a non-invasive wearable BCI, the refinement of neural feedback algorithms, and the establishment of a production supply chain. Founded in October 2025 by Sun Huihua, a PhD from Shanghai Jiao Tong University, LeapTech focuses on consumer-grade BCI products that manage mental order, brain stability, and emotional energy. The non-invasive device collects EEG signals in real-time and intervenes acoustically when it detects stress or anxiety, guiding users into states of relaxation, meditation, focus, or sleep. Looking ahead, LeapTech plans to launch several wearable BCI products targeting relaxation, menstrual comfort, and energy maintenance. The company also aims to provide EEG collection hardware and acoustic solutions for smart headphones and wellness brands. As BCIs transition from medical devices to everyday consumer electronics, LeapTech seeks to address the challenge of maintaining mental well-being in an information-saturated world. No further timeline was disclosed at the time of publication.
Brain-Computer Interfaces Mental Health Technology Wearable Devices AI Solutions
Jitai Intelligent Introduces Specialized Robots for High-Risk Energy Supply Chain Operations
At the World Robot Conference in Beijing, Jitai Intelligent showcased two specialized wall-climbing robots designed for high-risk energy operations. One robot is tailored for inspecting water-cooled walls in thermal power plants, while the other is for external inspections of wind turbine blades. These innovations address significant safety concerns and operational inefficiencies in energy supply chains. The importance of these robots lies in their ability to enhance safety and efficiency in hazardous environments. Traditional inspection methods in thermal power plants require scaffolding and expose workers to extreme risks, while wind turbine inspections often suffer from high error rates and limited operational windows. Jitai's robots utilize advanced technologies such as permanent magnetic adhesion and vacuum suction, significantly improving inspection accuracy and reducing the risk of accidents. Looking ahead, Jitai Intelligent aims to further develop its technology to meet the evolving needs of the energy sector. The company has established a comprehensive technology framework and is working on a national standard for boiler inspection robots, expected to be released by the end of 2026. As the demand for predictive maintenance grows, Jitai's focus on integrating robotics into existing safety management frameworks will be crucial for future deployments.
Wall-Climbing Robots Energy Sector Automation Safety Technology Predictive Maintenance
Yush Robot Appointed AI Experience Officer at Li Auto Following IPO Launch
On August 21, Li Auto announced the appointment of Yush Technology's humanoid robot, 'Benben', as the AI Experience Officer. This role includes a custom uniform and badge, showcasing the robot's capabilities in various public engagements. The significance of this appointment lies in the integration of humanoid robots into the automotive sector, particularly as Li Auto emphasizes the importance of AI in enhancing customer experience. 'Benben' recently demonstrated features of the Li L9 Livis, including zero-gravity seating and smart summon functionalities. Looking ahead, 'Benben' will participate in three public events, starting with the Beijing Automobile Museum on August 23. The robot's involvement reflects Li Auto's commitment to advancing AI technology, with plans for significant R&D investment in humanoid robotics as part of their broader strategy for 2026 and beyond. No further timeline was disclosed at the time of publication.
Humanoid Robots AI Experience Automotive Technology Robotics IPO
Humanoid Robots Reach an Inflection Point from Acrobatics to Generality
Humanoid robots are experiencing a significant transition from specialized acrobatic capabilities to more generalized functionalities. This evolution is crucial as it enhances their applicability across various sectors, including healthcare, manufacturing, and service industries. The shift towards generality in humanoid robots indicates a growing trend in robotics, where versatility and adaptability are becoming essential traits. This development matters because it opens new avenues for humanoid robots to perform tasks that were previously thought to be exclusive to humans. By moving beyond acrobatic feats, these robots can now engage in more complex interactions and assist in diverse environments. This shift is expected to drive further investment and research in the field, fostering innovation and collaboration among industry players. Looking ahead, it will be important to monitor advancements in humanoid robotics, particularly in their ability to integrate into everyday life and work alongside humans. The ongoing research and development efforts will likely lead to breakthroughs that enhance their functionality and usability. No further timeline was disclosed at the time of publication.
Editorial
RoboBusiness 2026 Early Bird Pricing Ends August 31 for Discounted Passes
Early bird pricing for RoboBusiness 2026, a premier event for commercial robotics developers, will conclude on August 31, 2026. Attendees can save $200 on full conference passes and $40 on expo-only passes. The event will take place at the Santa Clara Convention Center on October 20 and 21, celebrating 20 years of RoboBusiness. This event is significant as it offers insights from experts in robotics and AI, covering cutting-edge research and industry trends across various sectors, including manufacturing, healthcare, and logistics. With over 100 exhibitors showcasing the latest technologies and products, attendees will gain valuable knowledge to enhance their development processes. Looking ahead, RoboBusiness 2026 will feature four keynote sessions and five conference tracks, including physical AI and field robotics. The Engineering Theater will host presentations from industry leaders. No further timeline was disclosed at the time of publication.
Artificial Intelligence Events Human Robot Interaction / Haptics Humanoids News Agility Robotics
