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Focus on Three Strategic Areas for Next-Generation Core Materials: Sustainable materials, innovative mobility materials, and digital materials Enhancing Competitiveness of Electrification and Electronic Components While Meeting Global Environmental Regulations Strengthening Independent Competitiveness in Materials, Components, and Equipment with Continued R&D Success and AI-Driven Talent Acquisition SEOUL, South Korea, Aug. 28, 2024 /PRNewswire/ -- Hyundai Mobis (KRX: 012330) is accelerating the development of new materials for future mobility, achieving diverse research and development milestones. This proactive approach positions the company to effectively respond to the anticipated tightening of global environmental regulations around 2030. Hyundai Mobis is enhancing its competitive edge in future mobility through high-performance, high-efficiency material technologies. It demonstrates adaptability in response to trade disputes and geopolitical dynamics in the raw materials sector. To bolster its foundational capabilities in materials for essential automotive components, Hyundai Mobis announced three strategic areas for material development on the 27th: △sustainable materials that can meet global environmental regulations, △innovative materials that will lead mobility advancements, and △digital materials enabled through virtual verification methods. Hyundai Mobis's material development strategy aligns with the increasing emphasis in recent years on securing independent competitiveness in materials, components, and equipment (MCE). The company has already established a stable supply chain during the pandemic and continues to achieve independent R&D results in new material development. Developing Sustainable Materials to Meet Global Environmental Regulations: Recycling Plastics and Creating Bio-based Materials Hyundai Mobis is committed to developing sustainable materials that respond to global environmental regulations. These sustainable materials involve recycling resources or utilizing bio-based materials. Recycled materials are primarily used in plastic components. Hyundai Mobis produces regenerated materials by recovering recyclable parts from household waste or end-of-life vehicles, processing them, and adding additives. Using this approach, Hyundai Mobis successfully developed a protective cover for the lower arm of a vehicle's underbody. Despite containing 50% recycled plastic, the product retains the same physical properties as conventional materials. The European Union is currently moving towards legislation that will mandate the use of 25% recycled materials in plastics for new cars starting in 2030. Hyundai Mobis has surpassed this standard by six years, achieving a material content twice the required threshold. Additionally, Hyundai Mobis is developing over 30 types of new materials that can be applied to components that extensively use plastics, such as cockpit modules, lamps, and airbags. In the eco-friendly bio sector, the company is also focusing on developing materials that utilize wood to reduce carbon dioxide emissions while enhancing weather resistance (properties that prevent discoloration or decomposition under heat or UV light). Developing Innovative Materials That Reduce the Use of Rare Metals and Improve Performance: Accelerating the Development of 'Nickel-Free' Solutions Hyundai Mobis is transitioning its portfolio towards high-value-added products centered on electrification and electronic components. It is accelerating the development of new materials that use fewer rare metals like nickel while enhancing performance. Recently, Hyundai Mobis developed a new material that reduces the use of expensive nickel metal in inductors, a key component in power conversion for electric vehicles. Inductors are typically made from metal powders mixed with nickel. Hyundai Mobis successfully reduced the nickel content from the previous 50% to the 30% range. Amid a sixfold increase in nickel prices over the past decade, this new material minimizes raw material price volatility while ensuring electromagnetic properties. Furthermore, Hyundai Mobis has embarked on evaluating a new material that is completely 'nickel-free'—the first of its kind globally. The company is also focused on developing new materials to enhance competitiveness across all electrification and electronic components fields, including high-speed charging battery cooling technology, electromagnetic shielding materials, and surface coating technologies for autonomous driving sensors. Transitioning Automotive Material Technologies to Digital: Strengthening with Over 100 Materials Science R&D Professionals Hyundai Mobis also invests heavily in digital materials technology, integrating IT into traditional material fields. The company improves alignment by virtually simulating and predicting the diverse material characteristics required in automotive components. Moreover, artificial intelligence is being utilized to explore new materials. By quantifying existing data, Hyundai Mobis automatically determines material properties, potentially leading to groundbreaking changes in material development through an information platform based on material technology. Notably, Hyundai Mobis, as an automotive supplier, uniquely boasts over 100 research and development professionals in materials science to strengthen its capabilities in new material development. The company actively recruits experts from various fields as research and development expand into digital materials. About Hyundai Mobis Hyundai Mobis is the global no. 6 automotive supplier, headquartered in Seoul, Korea. Hyundai Mobis has outstanding expertise in sensors, sensor fusion in ECUs and software development for safety control. The company's products also include various components for electrification, brakes, chassis and suspension, steering, airbags, lighting, and automotive electronics. Hyundai Mobis operates its R&D headquarters in Korea, with four technology centers in the United States, Germany, China and India. For more information, please visit the website at http://www.mobis.co.kr/ Media Contact Choon Kee Hwang: ckhwang@mobis.comMyong Sun Song: sms@mobis.com
BEIJING, CHINA - Media OutReach Newswire - 28 August 2024 - As a pioneer in high-quality development for the new era, Beijing E-Town (BDA) is seizing the opportunity to lead the development of the embodied intelligent robot industry. The plan is to build a domestically leading and internationally first-class demonstration city for the embodied intelligent robot industry in two steps. "By the end of 2026, we aim to achieve full coverage of over ten interactive service application scenarios, attract more than 100 innovative enterprises, gather over 1,000 high-end talents, and reach a mass production capacity of 10,000 embodied intelligent robots. By 2030, we plan to create an embodied intelligent robot innovation ecosystem characterized by 'full-chain layout, full-stack autonomy, and comprehensive empowerment,' establishing Beijing as a strategic base, a technological origin, an application demonstration, and a main industrial hub for embodied intelligent robots in China," stated Kong Lei, Deputy Secretary of the Party Working Committee and Director of the Administrative Committee of the Beijing Economic-Technological Development Area (BDA), during the main forum on "Industrial Development" at the World Robot Conference 2024 (WRC 2024) on August 22. To achieve the development goals of the demonstration city, Beijing E-Town will implement the "Five Priorities" plan. In terms of advancing key technologies, Beijing E-Town will focus on critical areas such as the "brain," "cerebellum," and "limbs" of embodied intelligent robots. It will support key enterprises in strengthening collaborative research on disruptive and leading technologies, accelerate the construction of an innovative industrial technology system, and seize the high ground in embodied intelligent robot technology. To this end, Beijing E-Town will create an internationally competitive embodied intelligent "brain," supporting robot companies in collaboration with AI enterprises to conduct research on key technologies of general-purpose large models in the field of embodied intelligent robots. It aims to develop an AI-based general-purpose model that integrates perception, decision-making, and control, achieving internationally advanced levels in task decomposition, execution task quantity, parameter quantity, and robot task capabilities. Simultaneously, it will develop a globally leading motion control "cerebellum," accelerate the development of full-body dynamics control algorithms for embodied intelligent robots, continuously improve the control accuracy of high-dynamic walking, and focus on breakthroughs in key technologies such as dynamic arm grasping, agile operations, and full-body coordinated motion control. Furthermore, it will expedite breakthroughs in integrated hardware-software visual technology. Additionally, the initiative will deepen the systematic layout of critical "machine limbs," engage in specialized R&D on high-strength, high-integration bodies, lightweight skeletons, high-precision sensors, and more to achieve internationally leading performance parameters. It will focus on critical components like high-performance dedicated chips, servo motors, and reducers to accelerate core technology breakthroughs, continuously improve the technical innovation system, build an efficient collaborative joint research mechanism, and encourage leading enterprises to form innovative consortia, leading upstream and downstream institutions in collaborative research. Regarding core product advancements, Beijing E-Town will prioritize key products such as whole machines, core components, and software systems, accelerating the industrialization breakthrough of several essential foundational products, and constructing a three-dimensional product matrix of "whole-zero coordination" and "software-hardware integration." In April this year, the general-purpose humanoid robot platform "Tiangong" was launched in Beijing E-Town, achieving the world's first humanoid running with a full-sized pure electric humanoid robot. Continuing to lead the industry, Beijing E-Town aims to develop high-performance whole machine products, establish the world's first general-purpose embodied intelligent robot "hardware mother platform" and the first multi-capability embodied intelligent "software mother platform." It will focus on typical fields such as 3C electronics manufacturing and new energy vehicle production, encouraging leading enterprises to develop low-cost interactive, high-precision, and high-reliability embodied intelligent robot whole machine products for extreme environments. Moreover, it will guide enterprises in focusing on key components such as dedicated sensors, high power density actuators, controllers, and dedicated chips. Additionally, leveraging the leading role of the innovation highland in the information technology application innovation industry, it will develop a specialized operating system for embodied intelligent robots, and expedite the industrialization breakthrough of several essential foundational products. From innovative achievements to practical implementation, application scenarios have always been a strong suit of Beijing E-Town. At the Xiaomi automobile factory, over 700 robots serve on the production line, and the country's first certified AI catering robot has been deployed on the streets; the waterjet surgical robot won the 2024 World Intellectual Property Organization Global Award... "Robotics+" has become the norm here. Moving forward, Beijing E-Town will advance the "first in application scenarios" strategy, leveraging its strong manufacturing base and diverse industrial application scenarios. It will explore the establishment of a composite layout for embodied intelligent robot applications in urban and industrial settings, take the lead in opening a batch of innovative application scenarios, continuously promote the matching of supply and demand in these scenarios, create a permanent robot exhibition hall, and build a city-level engineering test field. By increasing incentives for first-time applications and solutions, Beijing E-Town aims to provide strong support for the rapid deployment of "embodied intelligent robot+" application scenarios. The area will precisely identify the needs of various fields such as manufacturing, livelihood, special equipment, and more, conducting application demonstrations in "embodied intelligent robots + industry," "embodied intelligent robots + elderly care," "embodied intelligent robots + emergency response," "embodied intelligent robots + education and entertainment," and "embodied intelligent robots + specialized fields." In terms of "leading" in the corporate hierarchy, Beijing E-Town will focus on nurturing leading enterprises in the embodied intelligent robot industry, supporting a group of companies that play a leading role in the embodied intelligent robot industry chain. It will gather leading enterprises with core technologies and independent intellectual property rights and cultivate innovative small and medium-sized enterprises (SMEs), promoting the integrated development of large, medium, and small enterprises and fostering the growth of embodied intelligent robot companies. Beijing E-Town will also implement an "industry ecosystem pioneering" plan, closely aligning with the entire development needs of the industry chain, enhancing data, platforms, services, and capital resources, and continuously creating an environment that attracts talent from near and far. The goal is to build the largest and most information-dense open-source embodied intelligent dataset in the industry, a phased open-source sharing model, and a "rainforest-style" full-industry-chain ecosystem for embodied intelligent robots characterized by "resource coordination, element aggregation, and innovative collaboration." Kong Lei explained that, as the permanent venue for the World Robot Conference, Beijing E-Town has established the "Five Ones" working mechanism: "one park, a batch of platforms, one center, one fund, and a group of talents," to accelerate the construction of a national hub for the robotics industry. At last year's World Robot Conference, Beijing E-Town released a three-year action plan for high-quality development of the robotics industry. Guided by this plan, Beijing E-Town has accelerated the aggregation of innovative elements, significantly improved innovation capabilities, fully released innovative vitality, and continuously strengthened innovation entities. To date, it has more than 100 robot ecosystem enterprises, over half of which are specialized and innovative enterprises, with a total output value of nearly 10 billion yuan, accounting for 50% of the city's robotics industry. It has achieved independent control over key components such as precision reducers and high-performance servo starters and made innovative breakthroughs in products like specialized intelligent drilling machines. Particularly in the embodied intelligent robot industry, Beijing E-Town has focused on building high-energy innovation platforms represented by the Beijing Embodied Intelligence Robot Innovation Center and has established leading companies such as UBTECH, along with key component companies like Chietcom, Tsino-Dynatron, and Lingzu Times, essentially forming a complete embodied intelligent robot industry chain that covers core components, main bodies, and applications. Kong Lei stated that as the main hub for high-end industries in Beijing, Beijing E-Town has established the "44637" development framework, which includes four national strategies as its guidance (focused on building a national highland for the integrated circuit industry, continuously creating the world's first high-level autonomous driving demonstration zone, constructing a high-quality national information technology application innovation base, and establishing the country's first data infrastructure pilot zone at a high standard). It also consolidates and strengthens four leading industries (new-generation information technology, new energy and intelligent connected vehicles, biotechnology and big health, robotics and intelligent manufacturing), comprehensively deploys six future industries (future information, future health, future manufacturing, future energy, future materials, and future space), enhances three integration empowerments (digital-physical integration, industrial-financial integration, and cultural-scientific integration), and builds seven support systems (industrial organization, innovation cultivation, resource guarantee, talent services, open collaboration, urban vitality, and party leadership). Moving forward, Beijing E-Town will consistently adhere to the principle that "what the country needs is what E-Town will do, what enterprises need is what E-Town will facilitate, and what talent needs is what E-Town will provide." With a more open stance, more precise policies, more efficient services, higher-quality ecosystems, and a more sustainable environment, Beijing E-Town aims to provide comprehensive, full-process, and all-element support for talent investment, business development, and enterprise innovation.Hashtag: #BeijingE-TownThe issuer is solely responsible for the content of this announcement.
Hyundai Motor details a flexible response approach to market conditions and focus on electrification through its 'Hyundai Way' strategy … Targeting 5.55 million annual global sales by 2030, up 30% from 2023 … Aiming to sell 2 million EVs per year globally by 2030 … Plan to introduce new EREV models, a new type of EV with a range of more than 900 km on a single charge, in North America and China … Aiming to offer a full lineup of 21 EV models by 2030, ranging from affordable to luxury and high-performance Introducing enhanced next-generation hybrid system with improved performance and fuel efficiency … Plans to expand HEV offerings to 14 models from the current seven; Genesis luxury brand will also offer hybrid models Continuously pushing for battery technology internalization; develop affordable NCM batteries and strengthen safety technology Plans to commercialize autonomous driving vehicle foundry business; to supply autonomous vehicles to global autonomous driving software firms Aiming to secure top-tier energy leadership during the energy transition period by strengthening Group-wide hydrogen technology capabilities across the value chain Plan to make a significant investment of KRW 120.5 trillion through 2033 to support the 'Hyundai Way' strategy Employ new target shareholder return (TSR) of over 35% and rollout of a share buyback scheme of up to KRW 4 trillion from 2025 to 2027 SEOUL, South Korea, Aug. 28, 2024 /PRNewswire/ -- Hyundai Motor Company hosted its 2024 CEO Investor Day today, unveiling its new mid- to long-term strategy, the 'Hyundai Way'. Hyundai Motor 2024 CEO Investor Day At the event, the company disclosed its commitment to enhancing its electric vehicle (EV) and hybrid competitiveness, advancing its battery and autonomous vehicle technologies, and expanding its vision as an energy mobilizer, responding to the market environment flexibly with its dynamic capabilities. "Under the Hyundai Way, we will respond to the market with agility thanks to Hyundai's unique flexible response system. This will secure sustainable leadership in an uncertain market environment and strategically position the company to create a future centered on mobility and energy," said Jaehoon Chang, President and CEO of Hyundai Motor Company. "Hyundai will strengthen its position as a game changer by expanding beyond vehicle manufacturing to various forms of mobility. By enhancing the role of energy business operators and realizing a hydrogen society, we intend to transform into a company that can maintain global top-tier leadership in the era of energy transition." In 2024, Hyundai Motor secured its profitability and EV competitiveness in the market. These achievements were recognized by global rating agencies as the company earned an 'A-grade' credit rating from major global credit rating agencies. Moreover, with a global sales annual volume of 4.21 million units in 2023, Hyundai Motor helped Hyundai Motor Group to become one of the top three automakers globally. 'Hyundai Way' Detailed Strategies & Targets 'Hyundai Way' Detailed Strategies Sales & Financial Targets ○ Hyundai Dynamic Capabilities ‒ Expand hybrid lineup from 7 to 14 models (incl Genesis) ‒ New EREV to serve as key bridge to full electrification ‒ Full EV lineup of 21 models by 2030 ‒ Develop new affordable NCM battery & safety tech ○ Mobility Game Changer ‒ Autonomous vehicle foundry business ‒ Next-generation infotainment system & open ecosystem ‒ Reveal SDV Pace Car equipped with High-Performance Vehicle Computer (HPVC) architecture in 2026 ○ Energy Mobilizer ‒ Expand the HTWO fuel cell system lineup ‒ Clean logistics business starting with HMGMA ○ Global Sales Targets ‒ 5.55 million units by 2030 ‒ 2 million EV sales by 2030 ○ Mid-to long-term Investment Plans ‒ Total: KRW 120.5 trillion (2024 ~ 2033) ▲ R&D KRW 54.5 trillion ▲ CAPEX KRW 51.6 trillion ▲ Strategic Investment KRW 14.4 trillion ○ Profitability Target ‒ 2030 OP margin over 10% (consolidated basis) ○ Expanding Shareholder Return Policy ‒ 2024 annual dividend: min. KRW 10,000 ‒ 2025 – 2027 New total shareholder return (TSR) concept: 35%+ Target annual average ROE 11 ~ 12% Quarterly dividend of KRW 2,500 More information about Hyundai Motor and its products can be found at: https://www.hyundai.com/worldwide/en/ or Newsroom: Media Hub by Hyundai
深圳 - Media OutReach Newswire - 2024年8月28日 - 艾睿電子攜手安森美(onsemi)，將於2024年8月28日至30日在中國深圳舉辦的《PCIM Asia 展覽會 》 上展出自主移動機器人（AMR）平台。PCIM Asia是亞洲地區專注電力電子器件產業鏈的國際展覽會暨研討會。 艾睿電子聯合安森美在PCIM Asia 展會展示智能製造應用自主移動機器人平台 艾睿電子將在11號廳D40展位上，展示恩智浦半導體、Wolfspeed、泰科電子等領先製造商的一系列最新智能電源、電機控制和人工智能成像解決方案。屆時，艾睿電子及來自其原廠的技術專家和工程師將提供技術指導，助力與會者瞭解如何自快速研發和整合自主移動技術、智能電源管理和人工智能成像等關鍵技術，讓企業能更便利地部署自動化系統和提升其安全性和靈活性，從而優化營運效率。 自主移動機器人助力行業創新變革 AMR是一種智能型、獨立型的移動機器人，可在無持續的人工指導下、在動態及非結構化的環境場景中運行，適用於製造、物流、倉儲、醫療和農業等一系列行業。全球自主移動機器人市場[1]預計將以22%的復合年增長率增長，到2032年將達到99億美元。 安森美公司亞太區分銷商業務高級總監高興表示：「由於AMR在各行各業的應用範圍不斷擴大，且公眾對其優點的認識日益增強，市場對自主移動機器人的需求持續增加。作為工業自動化的全球領軍企業，安森美提供從單個組件到子系統設計的各種AMR解決方案，包括穩定耐用的高分辨率成像系統、大功率電機控制系統和智能電源解決方案。安森美將攜手艾睿提供基礎模塊和技術專長，為客戶提供可靠、智能、和及時的自主移動機器人解決方案，以便客戶能享受到自動化帶來的便利。」 加快推進自主移動機器人設計，縮短產品上市週期 AMR結合了先進的電子和軟件技術，其複雜的子系統設計使其能夠在動態環境中自主運行並從經驗中學習，隨著使用時間的增加能適應更多不同場景。市場需要模塊化、易部署的解決方案以簡化和加快AMR研發設計過程。 艾睿電子與安美森合作推出的自主移動機器人平台搭載安美森最新的圖像傳感技術，其中整合了全局快門相機AR0234、超聲波傳感器NCV75215和硅光電倍增管激光雷達，能對複雜的設計過程進行簡化。機器人的運動控制由安美森的電感位置傳感器NCS32100和60V 三相柵極無刷電機驅動器NCD83591驅動。這類平台可以搭載的泰科電子重載型連接器確保這類工業應用中電力、數據和信號傳輸的連接可靠性。 艾睿電子的展台還會搭設模擬智能製造傳輸帶以展示以下技術： 1. 智能電源 恩智浦的800W雙向電源參考設計 Wolfspeed的22kW雙向有源前端直流變換器，搭載碳化硅MOSFET技術以優化高速動態開關性能 Wolfspeed的SpeedVal™ Kit模塊化評估平台 艾睿電子的6.6kW雙向電源參考設計 艾睿電子的10kW人機界面光伏太陽能逆變器參考設計 2. 恩智浦的智能時敏聯網/EtherCAT電機控制系統 恩智浦的i.MX RT118跨界雙核實時微控制器，搭載ArmR CortexR-M7和ArmR CortexRM33以提高性能和即時功能性體驗 艾睿電子的快捷原型設計開發工具包 3. Turnkey IO-link解決方案 意法半導體/艾睿電子的一體化IO-link主控4端口MCU（ARW-IOLM4P-STM32L4） 工業、建築、工廠自動化系統用8端口IO-link主控塢和8端口數字輸入/輸出解決方案 產品設計簡化用嵌入式IO-link協議、控制器和收發器 4. AI圖像處理技術 先進的熱成像解決方案，搭載恩智浦MCX-N9系列高性能深度學習MCU，以極高精度完成人體或物體的表面溫度測量 AI和機器學習部署，搭載恩智浦i.MX 93應用處理器，支持人臉識別、手勢和姿勢識別、深度識別以及對像識別和分類 艾睿電子中國區銷售及大中華區元器件技術副總裁尹俊民表示，「AMR技術有助加快智能製造轉型，客戶在這方面需要研發設計、工程技術以至量產供應鏈的能力。艾睿電子與全球技術供應商的合作有助於我們將最新的自主移動技術、智能傳感、電源管理和邊緣AI解決方案推向市場。憑借我們全方位的設計工具、豐富的工程資源和專業的供應鏈服務，艾睿電子可以為客戶解決自動化技術的難題和縮短產品研發的週期，助推先進AMR技術等到更廣泛的應用，把智能製造和智能物流提升到一個新的水平。」 想要瞭解關於自主移動機器人和智能製造解決方案的更多信息，歡迎來臨艾睿電子展台（11號展廳D40），或前往艾睿電子官網鏈接。 [1] https://www.custommarketinsights.com/report/autonomous-mobile-robot-market/ Hashtag: #艾睿電子https://www.arrow.com/https://hk.linkedin.com/company/arrow-asia-pac-ltdhttps://www.facebook.com/arrowasia/Wechat: arrow-cnhttps://weibo.com/arrowasia發佈者對本公告的內容承擔全部責任關於艾睿電子 艾睿電子為數以十萬家領先的技術製造商和服務商驅動創新，致力於發展可幫助提升商業價值及改善生活的科技解決方案。2023年銷售額為330億美元。請瀏覽官網arrow.com。
Newly-launched BAEx offers GSMA Open Gateway APIs to enterprise customers with multi-market needs through a single integration and contract SINGAPORE, Aug. 27, 2024 /PRNewswire/ -- Bridge Alliance's API Exchange (BAEx) has gained momentum since it was announced in July. 13 leading telcos comprising Airtel, AIS, China Unicom, CSL, CTM, Globe, Maxis, Mobifone, Optus, Singtel, SK Telecom, Taiwan Mobile and Telkomsel have endorsed the initiative. The support of these operators means that BAEx is able to aggregate more telco APIs and with greater coverage. This accelerates adoption of APIs by developers, solution providers and enterprises, enabling seamless access to multi-market telco assets for joint innovation and co-creation of new use cases. Dr Ong Geok Chwee, CEO of Bridge Alliance said, "We're excited to have so many operators join us and help grow BAEx from strength to strength. This truly demonstrates the spirit of partnership and collaboration that Bridge Alliance stands for. Through BAEx as a single interface enabling regional consumption of telco APIs, we will continue to accelerate telco API exposure for operators. Enterprise customers will be able to consume telco APIs for their regional business with ease. More importantly, all parties benefit from our streamlined technical and commercial framework when working with BAEx. We welcome more operators, and commercial customers to connect with BAEx for co-innovation." Powered by Singtel's Paragon orchestration platform, BAEx offers customers a single integration and contract, which reduces the complexity of them working with multiple operators unilaterally. It builds on the GSMA's Open Gateway initiative and Project CAMARA, which are working on a framework of common network APIs to provide universal access to operator networks for developers. Among these, BAEx is now providing Silent Network Authentication APIs[1] such as Number Verify and SIM Swap, which tap on telco real-time data for use cases with mobile authentication and fraud prevention needs. These APIs serve enterprises in sectors such as FinTech, e-commerce and over-the-top media services, enabling a seamless mobile authentication process for a positive user experience. BAEx will subsequently introduce more APIs such as eKYC (electronic know your customer) and QoD (Quality-of-service on Demand) APIs. By simplifying the commercial model and technical workflow for API consumption, BAEx will unleash new opportunities and revenue streams for operators and enterprise customers seeking to enable telco capabilities in their business. "The GSMA welcomes and supports BAEx. We believe it will play a major role in helping enterprise developers across the world develop new mobile services and features for businesses and consumers. Initiatives like BAEx are needed to bring together and highlight the rich set of innovative capabilities that are available for developers, in mobile networks. By aligning to a standard framework, and through CAMARA APIs, this initiative can help enterprise developers accelerate time to market for new services, and provide more secure and productive applications to society," said Henry Calvert, Head of Networks, GSMA. The first enterprise to leverage BAEx for validating its use case is V-Key, whose security solutions are used widely by government, banking and mega app clients that deploy large-scale applications across the region. Another BAEx early adopter is Unmanned Life, a Spain-based solution partner that offers a software platform for seamless orchestration of autonomous robotics. Joseph Gan, CEO and co-founder at V-Key said, "V-Key is excited to be at the forefront of the digital security landscape, collaborating with Bridge Alliance on the revolutionary BAEx platform. Silent Network Authentication APIs will undoubtedly redefine the standards for secure and seamless user experiences. By integrating V-Key ID, our revolutionary privacy-preserving universal digital identity solution with the API, we are not only enhancing security but also unlocking a fresh set of possibilities for businesses." Jorge Muñoz, Chief Commercial Officer at Unmanned Life said," I am excited about our strategic partnership with Bridge Alliance in BAEx, marking a transformative leap in the autonomous robotics space. This collaboration will deploy our advanced technology across Asia, enhancing operational efficiency, safety, and sustainability in logistics, security, and infrastructure. Leveraging key CAMARA APIs like QoD, we are poised to drive innovation and expand our operations, revolutionizing autonomous robotic solutions in one of the world's fastest-growing regions." Bridge Alliance and BAEx participating operators will engage in joint marketing and business development activities to drive API education and adoption among enterprises. Mobile operators and enterprises worldwide may visit bridgealliance.com/baex to find out more and sign up. [1] Silent Network Authentication APIs are a basket of APIs that silently power authentication and fraud prevention needs using telco real time data. Number Verification API allows businesses to confirm the phone number a customer provides is the same as the one they're using to access the online service or app. SIM Swap API allows businesses to verify that the SIM card has not recently been swapped and is still possessed by the rightful customer. About Bridge Alliance Bridge Alliance, the leading mobile alliance for premier operators and their customers in Asia Pacific, Europe, Middle East and Africa, celebrates its 20th anniversary in 2024. Our alliance today covers 35 members who serve over 1 billion customers collectively across these regions. Our goal is to build group capabilities and create value for our members by enabling compelling roaming services and experience, offering multi-market enterprise and IoT solutions, and delivering savings and benefits through leveraging group economies. Bridge Alliance's members and partners include: Airtel (India, Sri Lanka and the Airtel subsidiaries in Africa: Chad, Congo, Democratic Republic of the Congo, Gabon, Kenya, Malawi, Madagascar, Niger, Nigeria, Rwanda, Seychelles, Tanzania, Uganda and Zambia), AIS, China Telecom, China Unicom, CSL, CTM, Deutsche Telekom, Globe, Maxis, Metfone, MobiFone, Optus, Singtel, SK Telecom, stc (Saudi Arabia, Bahrain, Kuwait), SoftBank Corp., Taiwan Mobile, and Telkomsel.
BEIJING, CHINA - Media OutReach Newswire - 26 August 2024 - After achieving the world's first humanoid running with a full-sized pure electric humanoid robot, "Tiangong" has demonstrated new skills. Walker S Lite has started its training in automotive smart factories, and the world's first orthopedic surgical robot equipped with AI deep learning technology has been unveiled. Soft robots have also broken through industrial application bottlenecks. On August 21, the 2024 World Robot Conference opened in Beijing E-Town (Beijing Economic-Technological Development Area), showcasing over ten innovative products from Beijing E-Town at the 2024 World Robot Expo, with humanoid robots taking center stage. Through "Robot Mobilization," Beijing E-Town has developed internationally leading humanoid robots, AI medical robots, and autonomously controlled key components, transforming these advancements into new productivity and continuously enhancing the innovation capability of the robot industry. Dancing, bowing, greeting, grabbing objects by sound... when the nation's first general-purpose humanoid robot platform "Tiangong" demonstrated these new skills, it once again caught attention. The last sensation was in April this year, when "Tiangong," independently developed by the Beijing Embodied Intelligence Robot Innovation Center (referred to as the "Innovation Center"), achieved the world's first humanoid running at a stable speed of 6 km/h with a full-sized pure electric humanoid robot. Four months later, "Tiangong" has been upgraded again, using a predictive reinforcement imitation learning method based on state memory, mastering more varied movements and speech-interactive grabbing capabilities under the support of a large embodied intelligence model. "When a person gives a voice command, the embodied intelligent robot can complete a set of grab-and-release actions based on the 'open vocabulary object detection and arbitrary object segmentation multimodal model.' We have now connected the embodied intelligence model pipeline, meaning robots can understand human commands, break down tasks, and complete them. In the future, robots will be able to help humans with more tasks," explained Zhang Qiang, a humanoid robot algorithm expert at the Innovation Center. "We are committed to the development of key technologies and ecosystem construction for embodied intelligent robots. Currently, we are based in Beijing E-Town, and through the 'Tiangong' and 'Kaiwu' projects, we aim to promote technological innovation and industrial development, leading the industry in solving common problems." "We are launching two new products," said a representative from the "Little Giant" enterprise, Tsino-Dynatron. "Among them, targeting the development trend of humanoid robots, we have independently developed the CoolDrive Mini ANT networked micro servo drive, which features high power density, high switching frequency, high bandwidth response, and low loss, suitable for applications requiring compact size and high bursts, such as humanoid robots and mechanical dogs." Lingzu Times, established in Beijing E-Town just over eight months ago, has broken through the innovation bottleneck between lightness and stability in robot joints. Founder and COO Shao Yuanxin said, "Robot joints are the key to making humanoid robots as flexible as humans. Our self-developed Robstride04, a 120N.m integrated joint module, can drive medium-sized bipedal humanoid robots or full-sized quadruped robots." The robotic arm used a "blue claw" to steadily grab and move a pot of tea, while soft robots demonstrated the secrets of "soft fingers" in industrial applications through an intelligent interactive robot tea art demonstration platform. The company's self-developed flexible gripper can handle nearly 96% of irregular and fragile objects in industrial production, a level of technical complexity that only two companies globally have mastered. In addition to significant breakthroughs in key technology development, more robots in Beijing E-Town have transformed into new productivity. UBTECH, which established its humanoid robot headquarters in Beijing E-Town this year, showcased its "humanoid robot troupe," including Walker S and Walker S Lite, and demonstrated industrial humanoid robot solutions on-site. Haobao Yu, Vice President of UBTECH Robotics and Chairman of Beijing UBTECH Intelligent Robotics Co., Ltd., explained, "Combining end-to-end imitation learning, precise visual recognition, and fine full-body motion control technologies, the industrial version of the humanoid robot Walker S Lite has already 'joined' several automotive factories, such as collaborating with employees at the CTU inbound loading station in the Zeekr factory to perform handling tasks. It is the first humanoid robot in China to perform the entire process of material box handling tasks, both in execution and public display, with its operational completion and execution difficulty among the top in the industry." In the field of high-end medical equipment, Longwood Valley MedTech has launched ROPA, the world's first orthopedic surgical robot equipped with AI deep learning technology. This AI+ROBOT innovation achieves surgical precision at the sub-millimeter level, addressing traditional surgical challenges such as reducing operation time, minimizing surgical risks, and alleviating patient pain," said Dr. Zhang Yiling, Chairman of Longwood Valley MedTech. "With AI deep learning technology certified as 'internationally leading' by the Ministry of Industry and Information Technology, ROPA acts like a 'super brain' for orthopedic experts, allowing doctors to create individualized 3D surgical plans in just 5-10 minutes using only a patient's CT scan. The sub-millimeter precision optical positioning system, akin to a 'digital eye,' provides real-time monitoring and tracking of the patient's intraoperative position, helping surgeons overcome the visual limitations and blind spots of traditional surgeries. Paired with the 'digital hand,' an independently developed intelligent follow-up technology, every critical step in the surgery is executed with precision, achieving breakthroughs in surgical accuracy." UNION STRONG showcased an intelligent surgical solution for intracranial aneurysm surgery, including a catheter shaping robot. Qin Lan, founder, chairman, and general manager of UNION STRONG, explained, "This solution is a disruptive innovation product that is both an original Chinese creation and the first of its kind globally. Its core AI software received China's first Class III registration certificate for innovative medical devices for AI treatment, recognized as 'internationally leading' through national scientific and technological achievement evaluations. Through AI treatment and AI decision-making, this solution resolves critical clinical challenges, achieving 'fully autonomous driving' for key steps in intracranial aneurysm surgery. It not only enhances surgical precision but also improves safety and effectiveness in treatment." This reflects Beijing E-Town's accelerated efforts to build a global hub for "intelligent drug manufacturing." Moreover, SMC, a world-class manufacturer of automation control components with a 30-year history in Beijing E-Town, showcased a series of intelligent, energy-saving, and collaborative robot products, including the SMC ZXPE5 series electric vacuum gripper and the MH-X7654 series elastic fingers, which, when paired with Universal Robots, enable workpiece gripping and weighing. The Yaskawa Shougang Robot Co., Ltd.'s practical function training platform demonstrated robot capabilities such as vision-based palletizing and depalletizing, adhesive application, and robot health diagnostics, suitable for vocational college industrial robot teaching and training. JD Logistics presented a "Red Show" with its latest fifth-generation intelligent delivery vehicle, integrating 10 core technologies, including high-precision positioning, fusion perception, and behavior prediction. This vehicle represents the most scalable L4-level autonomous driving application in the industry, featuring remote on/off capabilities and monitoring, allowing real-time vehicle status management to enhance safety and efficiency. Jingcheng Machinery Electric focused on the equipment manufacturing field, showcasing innovative applications of AI technology, including AI-guided welding systems and industrial applications for welding, material handling, and smart brewing production lines. The robot machine tool loading and unloading workstation can be customized based on different characteristics of factory buildings, machine tools, and production materials, using a modular control system covering industries such as metal processing and general parts manufacturing. Additionally, Tesla's Optimus humanoid robot made its Beijing debut, featuring 28 active joints and 11 degrees of freedom in its hands. Ti5 Robot launched the new T230 humanoid robot. Yi Gang, Founder of Ti5 Robot, stated, "The T230 is the first humanoid robot in China, standing 2.3 meters tall, primarily used for heavy object handling. By leveraging self-developed lightweight reducers and other core components, we have achieved a robot that is light yet powerful, with strength equivalent to three times that of a normal adult." New products and technologies that are both internationally and domestically pioneering continue to emerge and are being transformed into new productivity, thanks to the excellent industrial ecosystem and efficient organizational model of Beijing E-Town. An official from the Beijing Economic-Technological Development Area explained that as the permanent venue for the World Robot Conference, Beijing E-Town has established the "Five Ones" working mechanism: one park, one batch of platforms, one center, one fund, and one group of talents. This mechanism accelerates the construction of a national robotics industry highland, with innovation elements rapidly gathering, capabilities significantly improving, vitality fully released, and innovation entities continuously expanding. To date, more than 100 robotics ecosystem enterprises have been established, over half of which are specialized and innovative enterprises, with a production scale nearing 10-billion-yuan, accounting for 50% of the city's robotics industry. Significant breakthroughs have been made in core components such as precision reducers and high-performance servo actuators, and innovative achievements have been realized in specialized and intelligent drilling machines. Particularly in the embodied intelligent robotics industry, key layouts include high-level innovation platforms represented by the Embodied Intelligence Innovation Center, with leading companies like UBTECH and key component companies such as Chietcom, Tsino-Dynatron, and Lingzu Times, forming a comprehensive embodied intelligent robotics industry chain covering core components, main bodies, and applications. Hashtag: #BeijingE-TownThe issuer is solely responsible for the content of this announcement.
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