QNX Sound offers an unparalleled software platform for innovation in audio-based entertainment, comfort, communications and safety features; unlocks new revenue opportunities for automakers

BlackBerry Limited announced the launch of QNX Sound, an innovative development platform that decouples audio and acoustics software from the vehicle hardware to give audio designers and engineers complete creative freedom to deliver new and exciting in-vehicle sound experiences.

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QNX Sound enables automakers to consolidate all audio and acoustic functions seamlessly and cost-effectively within the main software stack of the software-defined vehicle architecture, using pre-integrated and pre-tested core technologies. This includes a complete out-of-the-box library of automotive acoustics functional modules for telephony, safety alerting, noise reduction, sound enhancement, media playback, etc. The software foundation not only provides more control over quality and functionality of these services, but it also includes advanced tuning tools with a graphical programming interface that unlocks endless signal processing creativity. For the first time, this offers an entirely software-driven foundation for automakers to explore new audio-based services and collaborations with technology companies and multimedia content providers to bring new, value-add features into the vehicle, opening new opportunities to create new revenue streams from the activation of optional features – or to upgrades from base audio to a branded premium level – as on-demand or subscription services.

“In the software-defined vehicle age, audio becomes a new playing field for innovation and differentiation,” said John Wall, Senior Vice President, and Head of QNX at BlackBerry. “QNX Sound is the ultimate digital audio platform for the automotive industry and the most comprehensive foundation available for innovation. Through it, we enable automakers to explore new business opportunities and exciting collaborations that will truly appeal to and excite the end user.”

QNX Sound is the only software-defined audio and acoustics solution for the automotive industry that has been fully tested in production and pre-integrated in next generation System on Chip (SoCs). The platform is pre-integrated with BlackBerry QNX Real Time Operating System (RTOS) and QNX Hypervisor and includes an audio extension mechanism that allows 3^rd party signal processing suppliers to compile and deploy their own c-code algorithms. Furthermore, it is pre-tested with leading measurement and simulation equipment suppliers and industry open standards, like VirtIO to support sound design, tuning and signal flow design capabilities for exciting new features both in the cloud and, eventually, on hardware targets.

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Hendrik Hermann, Vice President Automotive at Dirac, shares his enthusiasm for revolutionizing car audio, saying: “At Dirac, our passion is to unlock the untapped potential in every audio system, particularly in cars, where great sound is a vital part of the experience. Working hand in hand with the team at BlackBerry QNX, we’ve integrated a fully scalable Dirac plug-in featuring all our technologies that seamlessly integrate with the QNX Sound platform. This collaboration empowers OEMs with easy access to our solutions, maximizing fidelity and immersion, and offers the flexibility to continually enhance and refresh the in-car audio experience for listeners.”

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HAAS Alert will showcase a new connected car-to-car capability powered by Safety Cloud, a networked vehicle-to-everything (V2X) communication solution.

In a groundbreaking milestone for the automotive industry, HAAS Alert is set to unveil the world’s first-ever cross-brand car-to-car communication capability between Volkswagen and Stellantis vehicles at the Connected Vehicle Systems Alliance (COVESA) Showcase during CES 2024 in Las Vegas. This revolutionary advancement, which is powered by HAAS Alert’s platform Safety Cloud, promises to redefine the future of road safety and transportation by enabling alerting and notifications between vehicles from different manufacturers, opening up shared connected car safety solutions between automakers.

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Two million Stellantis vehicles in North America (including 2018-and-newer Chrysler, Jeep, Dodge, and RAM vehicles) are already equipped to receive digital alerts across the United States and Canada from the more than 3,200 public safety agencies, roadside assistance fleets, and transportation agencies with vehicles and equipment connected to Safety Cloud. When these Stellantis vehicles are approaching hazards in the roadway, drivers receive advance warnings, giving them time to make safer, smarter driving decisions.

The new digital alerting being debuted at COVESA, on the CES show floor, and via private demo drives expands the capabilities of Safety Cloud for vehicle manufacturers by enabling their vehicles to also send messages to other vehicles connected to Safety Cloud when necessary. For example, when H.E.L.P. from integration partner Emergency Safety Solutions is activated to warn oncoming drivers of disabled or stopped and vulnerable on the road, Safety Cloud delivers alerts to approaching drivers through in-vehicle systems and navigation apps that a hazard is ahead, reducing the risk of potential collisions.

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The unveiling of this breakthrough capability at CES 2024 marks a major advancement in the world of connected vehicles and represents a significant step towards achieving safer and more efficient transportation networks.

Join us at CES 2024 in Las Vegas to witness the future of automotive safety and connectivity. Be part of this historic moment as we unveil the first-ever car-to-car digital alerting.

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• MOU Signed with the Marine Corps for the Advancement of Motion Sickness Reduction Technology, Specialized for Harsh Conditions in Armored Amphibious Vehicles

• Real-time Monitoring and Analysis of Passenger Biometric Data; Stimulation of Visual, Auditory, and Tactile Senses to Alleviate Motion Sickness Symptoms

• Integration of Autonomous Driving and Cognitive Technologies; Developing Specialized Technologies Beyond Automotive for Maritime Transportation and Future Mobility Industries

Hyundai Mobis has announced the implementation of its cutting-edge vehicle healthcare technology in the Marine Corps amphibious assault vehicles. This technology is expected to alleviate motion sickness for marines traversing rough terrains from sea to land, enhancing combat performance.

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Hyundai Mobis announced that it has signed a Memorandum of Understanding (MOU) with the Republic of Korea Marine Corps for ‘Cooperation in Motion Sickness Reduction Technology.’

Recently, global automakers have been accelerating the development of technologies to enhance passenger comfort. Last year, Hyundai Mobis developed the ‘Smart Cabin Controller,’ analyzing a driver’s posture, heart rate, and brainwaves to prevent drowsiness, stress, and motion sickness. This collaboration with the Marine Corps is expected to further advance motion sickness reduction technology to help marines traverse challenging terrains and withstand other harsh conditions.

Importantly, this marks the first application of Hyundai Mobis’s motion sickness reduction technology in the broader mobility sector beyond conventional vehicles. Its introduction is anticipated to expand into defense, maritime, and aviation transportation.

Motion sickness generally occurs when there is a discrepancy between what the eyes see and what the body feels regarding movement direction – for example, looking sideways in a moving vehicle while the body senses forward motion. This is also why seats facing the opposite direction on a train are less preferred.

Hyundai Mobis’ motion sickness reduction technology integrates autonomous driving with passenger cognitive technologies. Especially the latter involves real-time monitoring of posture, heart rate, and brainwaves using sensors. Based on this biometric data, simulating the senses of sight, hearing, smell, and touch can minimize motion sickness. Hyundai Mobis confirmed that this technology can prevent motion sickness by up to 70% and reduce the symptoms by 40%.

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Hyundai Mobis will provide the Marine Corps with an integrated motion sickness reduction solution tailored for harsh environments, combining hardware and software. The solution includes movement-analysis sensors, environmental perception sensors, and control solutions. It also features displays allowing passengers to easily view travel information (visual) and climate control modules that stabilize passengers with cool air (tactile).

Hyundai Mobis plans to operate this technology in amphibious assault vehicles and, in collaboration with the Marine Corps, gather key data by the first half of next year. The company aims to deploy it in combat training and systematically analyze motion sickness-inducing factors to enhance the technology’s efficacy.

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Signal Marketability reshapes how exporters strategize purchasing decisions by generating real-time US marketability data on a per-vehicle basis.

Signal Technologies has unveiled Signal Marketability, a groundbreaking tool that transforms the Canada-to-US vehicle export and import industry with advanced data and insights. This announcement coincides with the release of Signal’s “Automotive Import/Export Market Trends Report,” for Q4 2023, offering valuable insights into the economic factors and automotive market dynamics impacting Canadian exporters when selling vehicles in the US.

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Signal Marketability reshapes how exporters strategize purchasing decisions by generating real-time US marketability data on a per-vehicle basis. This data is categorized by Year, Make, and Model (YMM) and based on specific demand across multiple US regions. Signal Marketability is backed by weekly wholesale transaction data from the US National Auto Auction Association (NAAA), which analyzes approximately 6 million transactions each year.

Signal Marketability also assesses Retail Days of Supply by comparing inventory against sales rates per YMM, which aids Canadian exporters in determining US vehicle supply and demand trends. This analysis becomes particularly crucial as an increase in supply can potentially make it more difficult for Canadian exporters to effectively penetrate and compete in the US automotive market.

Key Insights from the Q4 2023 Market Trends Report include:

• A six-week, 6.7% drop in the Weekly Wholesale Value Index, signaling shifts in US auto industry trends.
• The impact of the US economic climate on Canadian vehicle exports, including inflation dynamics and currency valuation.
• Emerging buyer selectivity in the used vehicle market, highlighting the need for strategic pricing and purchasing.

“Understanding real-time market conditions is crucial for Canadian exporter success in the US,” says Tane Jillings, co-founder and president of Signal Technologies. “With Signal Marketability, we’re giving our clients the precise data they need to make the most informed vehicle pricing and purchasing decisions to enhance profitability. The Signal Technologies platform is engineered to ensure our clients are proactive, not just reactive, in a competitive market.”

Signal Technologies’ innovative tools, including Signal Market Guide (SMG), the Export Calculator, and now Signal Marketability, leverage machine learning and real-time data to aid exporters in making informed pricing and purchasing decisions. These tools are central to Signal’s comprehensive B2B software platform, which streamlines the Canada-to-US vehicle export/import process for all stakeholders.

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For Canadian vehicle exporters, this includes pioneering financing, tailored insurance, adept FX risk management, and swift payment solutions. Signal Import revolutionizes compliance and operations for Registered Importers (RIs) through cutting-edge automation. US Dealers gain a competitive edge with access to pre-auction inventory, optimizing their acquisition strategies, and boosting their bottom line.

Signal Technologies plans to publish its “Automotive Import/Export Market Trends Report” quarterly, accompanied by webinars to dissect and discuss these insights. With its full suite of tools and the addition of Signal Marketability, Signal ensures its partners have regular access to the freshest data and analysis for informed strategic decisions throughout the year.

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Collaboration Centered on Assisted and Autonomous Driving Safety

VERSES AI a cognitive computing company specializing in next-generation intelligent software systems, announced that the Volvo Car Group has joined VERSES Genius Beta Program.

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The collaboration will entail Volvo testing Genius in applications related to advanced driver assistance and autonomous driving. The goal is to create more intelligent decision-making systems and a safer environment for all drivers on the road. The Company believes this strategic move underscores Volvo’s proactive approach to testing and implementing innovative solutions with high impact potential on human and autonomous driving safety.

“We are extremely pleased to have Volvo join our Genius Beta Program. We believe expanding our relationship to address the challenges related to assisted and autonomous driving safety will have the potential to demonstrate how the standards-based approach and cognitive computing capabilities built into Genius emphasize its relevance to worldwide companies like Volvo and society’s need for safer solutions. Creating a safer world reflects the shared objectives of both companies. We very much appreciate that this is a core attribute of Volvo’s business model, reputation and culture that we also embrace,” said Gabriel René, founder and CEO of VERSES.

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Volvo has been engaged in developing spatial intelligence solutions and the joining Geniu Beta Program aligns with Volvo’s dedication to creating technologies that contribute to safer roads. The Company believes that Volvo reinforces its competitive position in automotive safety by actively engaging with solutions such as Genius and sets the stage for the future of intelligent and secure mobility.

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• Hyundai will reveal its future blueprint for hydrogen energy as well as software and AI at CES 2024

• Hyundai to foster human-centered innovations beyond mobility to ‘Ease every way’

• Media Day to take place at Mandalay Bay Convention Center in Las Vegas, on January 8, 2024

Hyundai Motor Company released a teaser image and shared initial details of its CES 2024 announcements. At the event, Hyundai Motor will share its future blueprint for a hydrogen energy ecosystem and a vision for software and artificial intelligence, under the theme of ‘Ease every way.’

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Hyundai Motor will present how its hydrogen-powered and software-driven transformation will bring universal benefits to humanity. The company will also reveal its plan to foster human-centered innovations beyond mobility to add comfort to people’s everyday lives.

Hyundai Motor’s future blueprint will combine the capabilities of Hyundai Motor Group affiliates to accelerate the transition towards a hydrogen-powered society. The company will also unveil its modular hydrogen toolbox to effectively establish a clean hydrogen value chain.

Moreover, Hyundai Motor will outline the group-wide software strategy and future direction to build a fully optimized, user-centric ecosystem connecting devices, services and solutions.

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During the CES exhibition from January 9 to 12, the company will display its diverse approach, from demonstrative technologies to future mobility concepts, to showcase how it will create a human-centered future society by shifting to a hydrogen energy ecosystem and focusing on software and AI.

Looking back at the downturns of technological developments in the past, the image shows Hyundai Motor’s aspiration to create a future with ease.

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Kaixin Auto Holdings a leading new energy vehicle manufacturer and one of the premium imported cars and used cars platform in China, today announced that it has established its AI Automotive Research Institute, with senior VP Mr. Lei Gu appointed as the dean, to facilitate the formation and integration of the company’s development strategy for artificial intelligence applications. Kaixin is also actively seeking to partner with leading AI companies to jointly create intelligent, safe and efficient automobile travel products and services.

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Mr. Lei Gu has served as senior expert with Ford Motor Company, dean of Chery Automobile Research Institute, chief engineer of BAIC Motor, and dean of Beijing Automotive Research Institute. He is a seasoned expert in automobile research and development and has profound professional knowledge and work experience in the area.

Mr. Mingjun Lin, chairman and CEO of Kaixin, said: “AI vehicles stand for the future trend. Kaixin’s transformation into a new energy vehicle manufacturer not only involves upgrading in hardware, but also improvements in software.”

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Kaixin Auto Holdings is a leading new energy vehicle manufacturer in China, equipped with professional teams with rich experience in R&D, production, and marketing, and production facilities with the capacity of stamping, welding, painting, and assembly operations. Kaixin produces multiple electric passenger and logistics vehicle models. The Company is committed to building up a competitive international market position that integrates online and offline presence and diversified business operations. Leveraging the expertise of its professional teams and driven by the inspiration for innovation and sustainability, Kaixin aims to contribute to achieving the goals of “peak carbon emissions and carbon neutrality”.

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Trials focused on New Delhi and Mumbai utilizing digital twin simulations conducted under WBCSD’s Zero-Emission Vehicle Emerging Markets Initiative (ZEV-EMI)

Fujitsu announced the launch of pilot modeling activities to optimize the installation of electric vehicle (EV) charging infrastructure in India. The initiative leverages Fujitsu’s Fleet Optimization solution, which uses digital twin simulation technology to streamline fleet deployment and operations.

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Fujitsu is conducting the activities as part of its participation in the Zero-Emission Vehicle Emerging Markets Initiative (ZEV-EMI) of the World Business Council for Sustainable Development (WBCSD) . Fujitsu will collaborate with a consortium of global companies and partners on the construction of a data-sharing platform, working together to promote the adoption of zero-emission vehicles in India and streamline planning and investment in EV charging infrastructure. The pilot modeling activity will take place between November 2023 and March 2024.

Fujitsu and the consortium will utilize fleet data held by collaborating companies to verify and analyze the optimal number and locations for new charging infrastructure in New Delhi and Mumbai. Based on this, Fujitsu will work with the project partners to propose optimal infrastructure investment plans by modeling demand, based on vehicle and driving data. Fujitsu, as the core digital services company within the consortium, will offer its solutions and technologies to support this project.

Moving forward, Fujitsu will leverage the WBCSD framework and knowledge gained from the pilot modeling activity to promote further cross-industry data sharing, including for air quality and energy generation, as well as consumption. As part of its vision for Trusted Society under Fujitsu Uvance, Fujitsu will further develop offerings that contribute to decarbonizing fleets and improving air quality by utilizing Fujitsu’s Social Digital Twin and simulation technologies, with the aim of realizing a net zero society.

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Background

WBCSD’s ZEV-EMI serves as a platform that brings together governments and businesses with the aim of accelerating the transition to zero-emission vehicles in emerging developing countries. To achieve this goal, WBCSD has announced the launch of the national data-sharing platform in India at COP28 (28 Conference of the Parties to the United Nations Framework Convention on Climate Change) in Dubai on Tuesday,As part of this consortium, Fujitsu will lead a pilot simulation to optimize charging infrastructure installation to meet journey demand in collaboration with participating vendors.

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Fujitsu announced that it will exhibit at the Japan Mobility Show 2023, which will be held at Tokyo Big Sight in Japan from Thursday, October 26, to Sunday, November 5, 2023. Fujitsu will exhibit Ekimatopeia, a system for visualizing ambient noise in stations for deaf or hard of hearing passengers using AI as well as disaster resilience efforts through digital twin technology underlining its commitment to improving people’s wellbeing as part of its vision for Fujitsu Uvance. Fujitsu’s display is a part of the Tokyo Future Tour, one of the Show’s headlining events, which is based on the concept of a future Tokyo that transformed by mobility.

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Shunsuke Onishi, Corporate Executive Officer, SEVP, CRO of Fujitsu, will take the stage at the session “Global Environment x Future of Mobility” of the Japan Future Session, a series of presentations on the future of Japan.

Exhibition Overview

1. Ekimatopeia which visualizes station environmental sound using AI

The system uses AI to visualize environmental sounds, such as station announcements and the sound of trains running, as text, sign language, and onomatopoeia. Fujitsu is showcasing the system used for a field trial conducted at JR Ueno Station in Tokyo from June to December 2022, as a demo for this event. Fujitsu aims to contribute to the realization of safer and more secure travel experience for rail passengers and to promote mutual understanding of DE&I (Diversity, Equity, and Inclusion) by providing customers that are the deaf or hard of hearing and others enjoyable experiences at stations with Ekimatopeia.

2. Disaster resilience efforts through digital twin technology

Fujitsu will present a demonstration of a system that uses its social digital twin technology  to predict and visualize natural disasters and their damage to support the creation of disaster-resilient, safe and secure communities. Fujitsu aims to realize a resilient society by actively redesigning the future using the digital rehearsal technology that reproduces predictions of possible future disasters, verification of evacuation guidance and rescue routes, and verification of early recovery after disasters in a digital space.

The Japan Mobility Show 2023 is the first event in four years since the Tokyo Motor Show and is organized by the Japan Automobile Manufacturers Association, Inc. (JAMA) with the concept of creating the future of mobility together with new partners, including other industries, startups, and visitors beyond the automotive industry.

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Social digital twin technology :A group of technologies being researched and developed by Fujitsu that can digitally reproduce not only the state of people and goods, but also entire economic and social activities based on real-world data. In addition to understanding the actual conditions of society and the mechanisms by which problems arise, it contributes to the formulation of policies to solve diverse and increasingly complex problems.
The digital rehearsal technology :The world’s first technology being researched and developed by Fujitsu that can reproduce the behavior of people and society in the urban stage of the digital space on the digital twin before the actual application of the measures in the real world, and search for the optimal measures by grasping the effect and impact of the measures.

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ParaZero and OVRL make history overcoming the previous regulatory barriers, now enabling the first operational approval in Australia for an organization to conduct advanced drone operations in populated areas and near people

ParaZero Technologies an aerospace company focused on drone safety systems for commercial drones and urban air mobility aircraft, and OVRL, an Australian commercial drone operator and training organization, announced a first-ever Australian authorization for drones to operate over populated areas and near people, when using ParaZero safety systems, approved by the Civil Aviation Safety Agency (CASA).

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With the use of ParaZero’s advanced parachute safety technology, ParaZero regional partner, OVRL, has landed a precedent-setting historic approval for complex operations.  OVRL’s tailored safety case and Specific Operations Risk Assessment (SORA) application helped facilitate the landmark approval, now paving the way for all organizations throughout Australia to benefit from similar operational approvals.

“We are extremely proud to be the first commercial drone operator and training provider to bring this exciting new capability to the Australian market. This achievement once again demonstrates our commitment to safety while being at the forefront of commercial operations in Australia. We look forward to helping the industry utilize ParaZero systems and are excited to see the new, previously untested use cases for commercial drones now that they can be legally flown overhead people,” commented Tim Butler, CEO of OVRL.

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“We are honored that ParaZero’s technology has been approved to enable a new global territory to conduct advanced drone operations with our SafeAir product line,” commented Aaron Gliner, ParaZero Director of Business Development and Regulation. “We extend our gratitude to the Civil Aviation Safety Agency and our regional partners, OVRL, for their collaborative efforts over the course of several years of rigorous safety case work and analysis, which will now benefit all commercial drone operators seeking to apply for similar authorizations throughout Australia.”

The precedent-setting CASA authorization follows the major announcement regarding the U.S. Federal Aviation Administration (FAA) granting the Airobotics Optimus-1EX system an airworthiness Type Certification, a historic milestone that will streamline continuous operational approvals for broad flight operations, including fully autonomous missions, operations over people, and beyond visual line of sight (BVLOS) operations.

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