• Initiatives to Encourage Women in Technology

    Object Computing, Inc., a technology firm based in St. Louis, today announced additional initiatives for women to foster mentorships, share experiences, and encourage participation and leadership in STEM careers. Women have made tremendous advancements in science, technology, engineering and math (STEM) disciplines worldwide. Still, the gender gap is significant.

    According to the United Nations, women and girls represent half of the world’s population. Yet, women account for only 40% of graduates in computer science and informatics, 28% of engineering graduates, and 22% of professionals in cutting-edge fields such as artificial intelligence.

    Woman-owned Object Computing recognizes the importance of providing a supportive community for women in technology. Led by a team that is 40% women and people of color, the company’s new initiative furthers its dedication to diversity. Women on the team are invited to quarterly meet-ups to learn, inspire, and empower each other.

    In the local community and beyond, Object Computing supports the St. Louis network of Women Who Code, an international organization dedicated to empowering women to excel in technology careers. Object Computing team members have actively led the local group since its 2019 inception.

    “Women in tech industries bring innovation, fresh perspectives, and creative problem-solving,” said Tricia O’Brien, delivery director at Object Computing, and director of Women Who Code-St. Louis. “They enrich the diversity of the team, and that leads to better outcomes.”

    In line with Women’s History Month, Object Computing will host a luncheon honoring the women who contribute to the company’s success. Additionally, initiative leaders will share weekly acknowledgments of women who have significantly contributed to the field.

    “Empowering women in technology careers is essential for fostering innovation, achieving gender equality, and advancing a workforce that reflects the diversity of our global communities,” said Gina Bremehr, President of Object Computing. “The benefits extend beyond individual careers, positively impacting industries, economies, and the broader advancement of technology. Particularly with the growth of AI, equal participation by women is essential to reducing biases in data-driven decision making.”

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  • Goodyear: the latest tire in ElectricDriveâ„¢ family

    At CES® 2024, Goodyear Tire & Rubber unveiled the latest tire in the ElectricDrive™ family: The Goodyear® ElectricDrive™ 2.

    This is an all-season electric vehicle (EV) tire enhanced with sustainable materials1, improved rolling resistance2 and long-lasting tread life to maximize drivers’ EV performance. The new ElectricDriveâ„¢ 2 is the latest step in Goodyear’s sustainability maturity and contains at least 50% sustainable materials per tire by weight1, 3.

    The ElectricDrive 2 is equipped with a long-lasting tread compound, asymmetric tread pattern, an aerodynamic sidewall and SoundComfort Technology foam inserts to deliver elevated performance capability and confident handling for wet or dry road conditions.

    The ElectricDrive 2 is equipped with a long-lasting tread compound, asymmetric tread pattern, an aerodynamic sidewall and SoundComfort Technology® foam inserts to deliver elevated performance capability and confident handling for wet or dry road conditions.

    The latest addition to the ElectricDrive™ family, the Goodyear® ElectricDrive 2 is built for electric vehicles, enhanced with sustainable materials and designed to deliver upgraded all-season traction and long-lasting tread life. This all-season tire is anticipated to be available beginning May 2024 and come in 17 sizes.

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  • ITRI showcase at CES 2024 AI highlights

    The following are leaders comments made by ITRI leaders on the latest CES showcase of AI tech…

    “I must say, very exciting showcase this year. We find everything to be on-trend. The CES 2024 trends were predicted to be AI, sustainability, and inclusivity. And we have all of that right here in your booth,” remarked Boothe. “We’re really excited that ITRI has been here since 2017. As we’re celebrating CTA’s 100-year anniversary, it’s nice to say that we have exhibitors like ITRI coming back every year to CES, and we continue to see ITRI continue to innovate,” she added.

    “CES is the most influential tech event in the world, and this is the eighth time ITRI has participated,” said ITRI President Edwin Liu. “To be at CES, we have two main purposes: to showcase ITRI on the global stage and to provide our team with valuable exposure to the latest advancements worldwide. Through CES, ITRI is opening up even more collaboration opportunities, engaging with potential investors, and exploring tech licensing and ventures.”

    “ITRI has worked on smart interactive display technology for years, and our collaboration with EOI on the Hyper-Realistic 3D Interactive Display is one of the best successes. This also allows us to strategically deploy diversified product lines in Taiwan, the United States, and Europe,” said President Liu. ITRI also promoted the Institute’s strategic partnerships with Light Matrix and its investor ADATA Technology on iGolfPutter, an intelligent interactive golf simulator. Utilizing Light Matrix’s smart sports training and teaching system called SyncShot360 in iGolfPutter, targeting the global sports technology market. Notably, iGolfPutter has been named by Forbes Magazine as one of the technologies to look for at CES 2024.

    EOI Chairman, Dr. Kuohsin Huang, elaborated on their collaboration project with ITRI, stating, “Unlike traditional methods relying on multiple cameras, the Hyper-realistic 3D Interactive System (ChartBox) can generate a personal, interactive 3D digital avatar from a 2D photograph. This 2D-to-3D process integrates various technologies, including real-time image matting, backside model generation, expression changes, natural speech, AI response, and facial recognition.” He added, “Furthermore, its next-generation display technology positions EOI to enter the new market of audio-video entertainment and artistic performances.”

    Simon Chen, Chairman of ADATA, emphasized, “Beyond our commitment to providing top-notch memory solutions, ADATA is venturing into cutting-edge sports technology through cross-industry collaboration. Our goal is to offer an optimal training environment for athletes and an innovative experience for spectator sports. Leveraging ADATA’s well-established global distribution channels, we can actively promote Taiwan’s sports industry on the international stage.”

    Commenting on iGolfPutter and SyncShot360, Light Matrix CEO Joe Chen said, “The combination of fast 3D modeling, volumetric capture, and virtual-real fusion in the metaverse creates never-before-seen services that the sports and art industry would love. Our volumetric view technology, born out of collaboration with ITRI, allows for a more precise, 360-degree intelligent analysis of golf and other sports. It holds the promise of applications in sporting events and stage performances, setting an excellent foundation for future expansion in the global market.”

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  • ThunderX introduces first vehicle cockpit integration solution

    The International Consumer Electronicx Show 2024 (CES 2024) opened in Las Vegas on January 9th. The latest trends and groundbreaking innovations in the field of consumer electronics are shown here every year.

    At this year’s CES 2024, ThunderX, a subsidiary of ThunderSoft, officially introduced the RazorDCX Tarkine, the company’s first domain controller for vehicle cockpits that integrates hardware and software.

    The new RazorDCX Tarkine is based on Qualcomm Technologies, Inc.’s Snapdragon Ride Flex System-on-Chip (SoC) technology.

    The SoC system supports workloads with different criticalities and enables the joint implementation of cockpit functions, advanced driver assistance systems (Advanced Driver Assistance Systems (ADAS) and Automated Driving (AD) functions in a single hardware element.

    Tarkine supports continuous, long 8K screens.

    This enables 3D full-screen display for AVM (Around View Monitor), DMS (Driver Monitoring System), gaming, audio and video entertainment, Internet and other cockpit functions.

    At the same time, the product supports APA, L2+ highway and other ADAS functions. This cost-effective, outstanding technology is currently the leading Fusion Domain Controller solution for vehicle cockpits on the market. With the further development of the electrical/electronic (E/E) architecture in vehicles, the automotive industry is changing from the classic distributed architecture to the central computer architecture.

    The growing number of new features such as ADAS, AD and intelligent cockpits generate large amounts of data traffic and interactions between domain controllers. This leads to growing implementation problems and rising vehicle costs.

    RazorDCX Tarkine was developed with functional design safety in mind. Powerful middleware functionality and an efficient toolchain help customers optimize costs without sacrificing performance and features.

    For vehicle cockpits, RazorDCX Tarkine supports multi-screen interaction, analog amplifiers, Automotive Audio Bus(®) (A2B) and Media Oriented Systems Transport (MOST), as well as 3D HMI for visuals, gaming and infotainment, and connectivity. In addition, depending on the vehicle’s equipment requirements, it enables the integration of cockpit functions, ADAS, clusters, vehicle heads-up displays, automatic vehicle monitoring systems (AVMs), driver monitoring systems (DMS) and digital vehicle recordings ( Digital Vehicle Recording (DVR).

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  • AVL for vehicle software development

    AVL has collaborated with major technology leader, Microsoft, to demonstrate the virtualization capabilities for vehicle software development.

    The software solution, called AVL DevOps Pilot, provides end-to-end orchestration of the development and operations pipeline including artifacts, simulation models, controller models, and test cases in a cloud-based platform.

    This paves the way for AVL’s automotive development expertise using Microsoft Azure, including Microsoft Azure OpenAI Service, and GitHub Copilot.

    It dramatically reduces the development time for software defined vehicles as well as automates the testing and validation process and ensures end-to-end traceability of the software development assets.

    Jens Poggenburg, Executive Vice President AVL: “AVL combines its extensive expertise in the field of automotive development with Microsoft’s innovative cloud and AI technology. Through this collaboration, we are creating a boost in digital transformation. The bundling of expertise allows us to further develop our engineering and toolchain offering at maximum speed. We are proud to combine our specific application experience with Microsoft’s digitalization expertise.

    Don Manvel, CEO and Chairman of AVL Americas: “Breakthroughs happen when partners bring their best solutions to the table. AVL is combining its extensive expertise in mobility technologies with Microsoft’s innovative cloud and AI technology to create revolutionary solutions that accelerate the development of software defined vehicles to a new level.

    Dominik Wee, Corporate Vice President for Manufacturing and Mobility, Microsoft: “Microsoft is pleased to collaborate with AVL, using the open and configurable SDV Toolchain architecture and comprehensive cloud computing capabilities of Microsoft Azure services to help accelerate AVL’s DevOps Pilot virtual cloud solution.”

    At CES booth #3767, AVL highlightsits collaboration with electric vehicle take-off and landing (eVTOL) expert Lilium Air Mobility, in addition to demonstrations of AVL’s advanced driver assistance systems (ADAS), battery home storage system solutions, inverter testing, hydrogen solutions and involvement in the U.S. Department of Energy’s EcoCAR EV Challenge.

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  • Check out latest Guardian technology at CES 2024

    Seeing Machines Limited, the advanced computer vision technology company that designs AI-powered operator monitoring systems to improve transport safety, is now prepared to launch Guardian Generation 3, the latest version of its Aftermarket Driver Monitoring System (DMS).

    Guardian Generation 3 is well tested and confirmed to meet the European Commissions’ General Safety Regulation for Drowsiness Detection, a requirement for all new cars, vans trucks and buses across Europe from July 2024.

    Guardian Generation 3 also features refined micro-sleep detection and eye-gaze tracking which enhances its ability to accurately detect distracted driving.

    Seeing Machines isn’t new in this business. It has been protecting commercial transport and logistics companies with its aftermarket Guardian solution globally, with over 14 billion kilometers of recorded travel across 54,000 vehicles. The third generation Guardian hardware also delivers a range of features that leverage the Company’s proven automotive-grade algorithms and precision optics to deliver premium performance.

    As operators around the world continue to seek out reliable safety technology for their fleets, so too are commercial vehicle manufacturers. This enhanced Guardian technology offers compliance certainty for these OEMs who can now implement the technology via factory-fit or “after manufacture” and offer their customers the opportunity to buy fully compliant, road-ready vehicles.

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  • U-tec Introduces New ULTRALOQ Bolt Fingerprint Matter Smart Locks

    U-tec is headed to CES and will launch the next generation of its award-winning flagship ULTRALOQ Bolt series, the ULTRALOQ Bolt Fingerprint Matter Edition, the World’s First Fingerprint Smart Deadbolt with Matter Over Thread.

    The company is headed to CES exhibiting at the Venetian Expo, booth 52623 and at ShowStoppers, January 9 in Las Vegas.

    Bolt Fingerprint Matter is an advanced smart lock offering a six-in-one unlocking experience and multi-layered security. The device seamlessly integrates with Matter connectivity, creating a unified smart home ecosystem. With advanced fingerprint recognition and mobile control, it allows effortless and secure access management.

    Regardless of whether your smart home is powered by Google Home, Samsung SmartThings, Apple Home, or Amazon Alexa, this gives users peace of mind with a smart home interconnected by Matter.

    Three key features of ULTRALOQ Bolt Fingerprint Matter include:

    Cutting-Edge Support for Matter over Thread

    ULTRALOQ Bolt Fingerprint Matter uniquely supports Matter over Thread technology, ensuring seamless integration with various smart home devices for a future-proof experience.

    Six-in-One Unlocking Methods for Keyless Experience

    Offering multiple unlocking methods such as fingerprint recognition, passcodes, mobile app access, and backup keys, the smart lock ensures unparalleled security with flexibility.

    Extended Battery Life of up to one year

    Designed to support 8 alkaline cells, the smart lock provides extended battery life and minimizes battery replacements, catering to today’s dynamic and connected lifestyles.

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  • SDK unlocks the great potential of mmWave radar indoor sensing

    Today, mmWave radar technology is rapidly gaining traction as the preferred option for indoor human detection applications. Thanks to its remarkable advantages such as strong privacy protection, non-contact sensing and precise detection capabilities, as well as its rich functions of vital signs monitoring, people tracking, posture detection, etc., it enables many aspects of intelligent life.

    To make it easier for customers to use the Rhine mmWave radar SoCs and expand the market for mmWave indoor radar applications such as smart home, elder care and smart office, the Calterah Indoor Human Point Cloud SDK based on the Rhine SoCs has been launched on the brought to market. It SDK leverages the Rhine SDK architecture and integrates an indoor human detection module. Thanks to the radar signal processing baseband integrated into the Rhine SoCs and the indoor radar signal processing algorithms developed by Calterah, the indoor human detection module can provide rich and high-quality point clouds with powerful sensing. These point clouds have strong cohesion, allowing higher-level applications to better distinguish human targets. They are also capable of mapping body postures and movements, allowing higher-level applications to realize more advanced indoor radar functions such as fall detection and gesture recognition.

    Rich, high quality and highly coherent point clouds with powerful detection of moving and stationary human targets

    Rich and high quality point cloud data
    Strong cohesion of point cloud data
    Powerful detection of moving and standing people

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  • Bybit Web3 guide for cryptocurrency wallets

    Bybit, the world’s third largest cryptocurrency exchange by trading volume, is proud to present an in-depth study that provides guidance in the complex landscape of cryptocurrency wallets from a user’s perspective.

    The crypto industry is gradually maturing, so our study offers the development cycle, types, future prospects, key selection factors and a personalized guide to choosing the right crypto wallet.

    This step-by-step guide looks at the development cycle of crypto-wallets, breaks down the different types available, explains their future perspectives, and enables users of all levels to make informed decisions about storing digital assets.

    “We think navigating the world of crypto-wallets shouldn’t be complicated,” says Ben Zhou, co-founder and CEO of Bybit. “Our study aims to bridge the knowledge gap and offer users the resources they need to make informed decisions about their digital assets. We want empowering anyone, regardless of experience, to confidently engage in the exciting world of the web3.”

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  • NASA reveals its X-59 space aircraft

    According to latest information reaching us, NASA will provide live coverage as it reveals its X-59 aircraft at 4 p.m. EST on Friday, Jan. 12, as part of the agency’s Quesst mission to make commercial supersonic flight possible.

    For the first time, the public will see the painted aircraft, which will be unveiled during a ceremony hosted by prime contractor Lockheed Martin Skunk Works in Palmdale, California.

    The ceremony and rollout of the aircraft will stream live on the NASA+ streaming service. Coverage also will air on NASA Television, the NASA app, YouTube, and on the agency’s website. Learn how to stream NASA TV through a variety of platforms, including social media. 

    Speakers at the event include:

    • NASA Deputy Administrator Pam Melroy
    • NASA Associate Administrator James Free
    • Bob Pearce, associate administrator, Aeronautics Research Mission Directorate, NASA Headquarters in Washington
    • John Clark, vice president and general manager, Skunk Works
    • Greg Ulmer, executive vice president of aeronautics, Lockheed Martin

    Members of the media with questions about attending the event should contact Skunk Works.

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