·      3Q25 gross, operating, net profits all at record highs for period ·      4Q25 to see significant growth QoQ and YoY ·      Cloud & networking is growth driver; smart consumer electronics improves outlook ·      Maintains significant growth view for FY 2025; outlook for 2026 is optimistic12 November 2025, Taipei, Taiwan – Hon Hai Technology Group (“Foxconn”) (TWSE:2317) today announced its third quarter 2025 financial results. Revenue and profit – on a gross, operating and net basis – for the third quarter and the first three quarters of this year all reached record highs for their same periods. Earnings per share of NT$4.15 and NT$10.38, respectively, both showed significant growth compared to the same respective periods last year. Looking ahead to the final quarter of 2025, significant growth is seen on-quarter and on-year. The company maintained its significant growth target for the full year, while offering for the first time, optimism about performance in 2026. In the July-September period, revenue reached NT$2.06 trillion, a year-on-year increase of 11%. Gross profit reached NT$130.8 billion, up 14% for the same period; operating profit at NT$70.5 billion, rose 29%; while net profit (attributable to the parent company's owners) was NT$57.7 billion, climbing 17% at the same time. Compared to the second quarter, across-the-board on-quarter gains were a respective 15%, 15%, 25%, and 30% for revenue, gross profit, operating profit and net profit. Quarterly EPS of NT$4.15, was up NT$0.6 from NT$3.55 in the same period last year, and an increase of NT$0.96 from the second quarter. Gross margin, operating profit margin, net profit margin reached a respective 6.35%, 3.43%, 2.80%, also improving across-the-board compared to the same period last year. In the January-September period, cumulative revenue reached NT$5.5 trillion, a year-on-year increase of 16%. Gross profit at NT$344.8 billion, rose 16% for the same period; operating profit at NT$173.6 billion, jumped a higher 28%; and net profit was NT$144.1 billion, up 35% for the same period. Gross profit margin, operating profit margin, net profit margin reached 6.27%, 3.16%, 2.62%, respectively, indicating improved profitability in the core business. EPS for the first three quarters of this year reached NT$10.38, an increase of NT$2.71 compared to NT$7.67 in the same period last year. Looking ahead to the fourth quarter, the company is optimistic about the performance of AI and smart consumer electronics, which are expected to show significant growth momentum both quarter-on-quarter and year-on-year. Regarding the full-year outlook for 2025, Foxconn Chairman Young Liu stated that he maintains his view of significant growth for the full year, but revised upwards the full-year outlook for smart consumer electronics products to flat from a previous view for a slight decline. Among the four major product categories, cloud and networking products remain the main growth driver this year. Looking ahead to 2026, Chairman Liu offered a very optimistic outlook. He pointed out the development of the AI industry, the political and economic situation, and monetary policy will be the most important influencing factors next year – the development of the AI industry being the most positive and crucial. The company is optimistic about the AI field, expecting closer collaboration with major customers, expansion into more diverse AI solutions, and securing more orders. Regarding the traditional ICT industry, he is cautiously optimistic, noting that in addition to stable business, there is potential demand for upgrades and new product development. Regarding how Foxconn can continue to achieve success in the emerging AI industry, Chairman Liu stated that EMS is an industry that combines technology, capital, labor, and management skills for competition. The industry is ever-changing and customers’ new products are constantly evolving, Foxconn consistently provides customers five core values – speed, quality, engineering services, flexibility, and cost. Through these values, the company assists customers to achieve rapid market entry, quickly meet cost targets, and promptly grasp technological innovations to create competitive products during the product development and mass production stages. As long as high-tech products have these requirements, Foxconn can leverage its strengths. Chairman Liu emphasized that Foxconn's past competitive advantages in scale, automation, global footprint, vertical integration, and R&D technology have led to its success in the ICT industry. Now, it will extend these advantages to the AI and EV industries, becoming an indispensable partner for its customers. In the future, for any new products, whether in AI servers, electric vehicles, robotics, or even the aerospace field, Foxconn will be the preferred partner for its customers. Discussing the Group’s “three-pillar” operational performance, Chairman Liu said from a product portfolio view, the move into traditional peak season for ICT products has led to the proportion of Smart Consumer Electronics rising from 35% to 37%, marking the largest degree of increase when compared to the earlier quarter. Meanwhile, strong growth in AI servers lifted the share of Cloud and Networking Products from 41% in the previous quarter to 42%, keeping it as the largest contributor to overall revenue. Foxconn Spokesperson James Wu stated that the AI industry continues to expand at a rapid pace, driven by strong computing power demand and the mass production of next-generation AI server racks. Third-quarter AI server rack shipments grew 300% quarter-on-quarter, enabling cumulative AI server revenue to reach the “NT trillion-dollar scale” ahead of schedule. Looking to the fourth quarter, shipments of next-generation AI server racks are expected to sustain double-digit sequential growth. According to market projections, the top five U.S. cloud service providers (CSPs) are expected to invest nearly US$600 billion in capital expenditure in 2026, underscoring the continued strength of AI server demand. Currently, Foxconn maintains deep partnerships with leading CSPs in North America, having expanded its AI server rack product line from GPU-based to ASIC-based solutions. Beyond CSPs, the Group is also participating in sovereign AI initiatives in the United States, Taiwan, and Japan. Foxconn anticipates its AI server market share to rise above the current 40% level in 2026. The company, which is collaborating with NVIDIA to build a supercomputing center, has become the first NVIDIA Cloud Partner (NCP) in Taiwan, providing computing resources to industry, government and academia, solidifying its leadership as a pioneer in sovereign AI. Regarding the second pillar of Smart Consumer Electronics, Chairman Liu said the business is entering fourth-quarter peak shipment season, with strong growth expected on a sequential basis. Based on current visibility, shipment momentum is projected to outpace last year’s levels. Regarding EVs, the third operational pillar, Chairman Liu noted the global automotive industry is approaching an “outsourcing breaking point,” similar to the evolution of PCs in the 1990s, when the industry shifted to professional specialization. Traditionally, automakers have relied on a vertically integrated manufacturing model. However, rising cost pressures and intensifying competition are prompting a gradual shift toward specialized manufacturing services. Foxconn possesses advantages with its Contract Design and Manufacturing Service (CDMS) model and expects a significant increase in opportunities for outsourced manufacturing and design services. Among recent developments, Foxconn has brought in Mitsubishi Fuso as its second Japanese automaker customer. The two companies will jointly develop zero-emission buses based on the MODEL T and MODEL U platforms, expanding into international markets. Meanwhile, Foxconn is collaborating with Stellantis, NVIDIA, and Uber on Level 4 autonomous driving technologies, for which Foxconn is responsible for hardware-software integration. In addition, subsidiary FIT's joint venture with Saudi Arabia, Smart Mobility, is expected to start construction on an EV charging station manufacturing base in the Middle East before the end of the year, with production starting as early as 2026. Lastly, Hon Hai Tech Day (HHTD25), Foxconn’s flagship annual technology conference, will be held November 21-22 at Taipei Nangang Exhibition Center with the second day open and free to the public. This year’s theme, “Comprehensive AI integration across Hon Hai (Foxconn)'s three smart platforms,” will highlight nine areas – including AI factory, robotics, and semiconductors – demonstrating the Group’s vertical integration and “3+3+3” transformation strategy. For the first time, the event will feature a dedicated mobile app integrating registration, navigation, and interactive functions. China Airlines has created a unique VIP Lounge, providing guests with a digital and immersive experience.   About Foxconn Established in 1974 in Taiwan, Hon Hai Technology Group (“Foxconn”) (TWSE:2317) is the world’s largest electronics manufacturer and leading technological solutions provider, ranking 28th among the Fortune Global 500. In 2024, revenue totaled TWD6.86 trillion (approx. USD208 billion). The Group’s market share in electronics manufacturing services (EMS) exceeds 40%. The Group operates over 230 campuses across 24 countries and is one of the world’s largest employers with approx. 900,000 employees during peak manufacturing season. The Group has expanded its capabilities into the development of electric vehicles, digital health, and robotics, and three key technologies – artificial intelligence, semiconductors and next-generation communications technology. Pulling it together with its three intelligent platforms – Smart Manufacturing, Smart EV, Smart City – the “3+3+3” strategy is key to driving the Group’s long-term growth. Foxconn is dedicated to championing environmental sustainability in the manufacturing process and serving as a best-practice model for global enterprises. To learn more, visit www.honhai.com

6 November 2025, Taipei, Taiwan – Hon Hai Technology Group (“Foxconn”) (TWSE:2317) has signed a Memorandum of Understanding with Mitsubishi Electric Corporation to collaborate on the global supply of energy-efficient and highly reliable AI data center solutions. Under the MOU, the two companies will cooperate comprehensively in the field of AI data centers by utilizing the know-how and networks of both companies and supply competitive solutions for AI data centers with high efficiency and high reliability on a global basis, thereby contributing to solving social issues such as the realization of a circular economy. In the future, the two companies aim to jointly create new values, solutions and business models outside the AI data center field by leveraging their knowledge assets in the process of addressing social issues such as sustainability.About Mitsubishi Electric Corporation The Mitsubishi Electric Group is committed to contributing to the realization of a vibrant and affluent society through continuous technological innovation and unlimited creativity. We will realize sustainability by accelerating "Trade On" activities to develop our business while enriching society and the environment. We also utilize our Serendie ® digital platform to collect and analyze data obtained from customers in a digital space. We also promote circular digital engineering, which creates new value and contributes to solving social issues through strong connections within the Group and the sharing of knowledge. With a history of more than 100 years since its founding in 1921, the company has developed businesses including social systems, energy systems, defense and space systems, FA systems, automotive equipment, building systems, air conditioning and home appliances, digital innovation, and semiconductors and devices. With more than 200 Group companies and approximately 150,000 employees worldwide, consolidated sales in fiscal 2024 were 5,521.7 billion yen. For more information, visit www.MitsubishiElectric.co.jp   About Foxconn Established in 1974 in Taiwan, Hon Hai Technology Group (“Foxconn”) (TWSE:2317) is the world’s largest electronics manufacturer and leading technological solutions provider, ranking 28th among the Fortune Global 500. In 2024, revenue totaled TWD6.86 trillion (approx. USD208 billion). The Group’s market share in electronics manufacturing services (EMS) exceeds 40%. The Group operates over 230 campuses across 24 countries and is one of the world’s largest employers with approx. 900,000 employees during peak manufacturing season. The Group has expanded its capabilities into the development of electric vehicles, digital health, and robotics, and three key technologies – artificial intelligence, semiconductors and next-generation communications technology. Pulling it together with its three intelligent platforms – Smart Manufacturing, Smart EV, Smart City – the “3+3+3” strategy is key to driving the Group’s long-term growth. Foxconn is dedicated to championing environmental sustainability in the manufacturing process and serving as a best-practice model for global enterprises. To learn more, visit www.honhai.com

31 October 2025, Taipei, Taiwan – QunaSys, a leading innovator in quantum-chemistry      software with a Japan–Europe footprint, and      Hon Hai Research Institute, the      research arm of Hon Hai Technology Group (Foxconn), today announced the acceptance of their joint research paper “Neural Network Assisted Fermionic Compression Encoding: A Lossy-QSCI Framework for Scalable Quantum Chemistry Simulations” in Physical Review Research. This is the first major research achievement completed following the announcement in 2024 of the collaboration between the two parties to develop advanced fermionic encoding methods. The paper presents a new framework that combines advanced fermionic encoding with neural-network–assisted decoding to enable more efficient and scalable quantum chemistry simulations. Demonstrated on molecular systems, the method achieves chemical accuracy with fewer qubits and reduced computational overhead, opening a practical path toward applications on both near-term and fault-tolerant quantum hardware.In the core design of Lossy-QSCI, the RLE method developed by Hon Hai Research Institute effectively compresses the resources required for VQE calculations and enhances the efficiency of QSCI developed by QunaSys. This research focuses on the challenges of applying quantum computers to chemical simulations, as traditional approaches often require a large number of qubits and massive computational resources, far exceeding the capacity of existing quantum hardware. To address this issue, QunaSys proposed the Quantum Selected Configuration Interaction (QSCI) method, which was later extended by IBM into the Sampling-based Quantum Diagonalization (SQD) framework and successfully demonstrated on IBM’s quantum computer with a 76-qubit simulation. Although the experimental results were remarkable, the quantum advantage of QSCI over traditional computation methods rooted in chemical knowledge remained under scrutiny due to numerical challenges. To overcome this limitation, the joint research team leveraged patented results from Hon Hai Research Institute and introduced a novel “Fermionic Compression Encoding” framework, enhanced with machine-learning–assisted decoding. This approach effectively utilizes established chemical knowledge to compress the information content of molecular systems while maintaining simulation accuracy. In simple terms, it equips quantum computers with a “smart compression tool,” enabling them to perform more efficient and accurate chemical simulations with fewer resources. This breakthrough carries significant potential value for industries. In pharmaceuticals, it could accelerate the design of new drug molecules. In materials science and renewable energy, it can speed up the simulation and discovery of next-generation batteries, catalysts, and advanced materials. For the quantum industry, the framework helps address current hardware limitations, enabling near-term quantum computers to demonstrate more practical applications while laying the foundation for future fault-tolerant quantum systems. This study not only highlights the convergence of AI and quantum science but also provides a concrete and feasible pathway for bringing quantum computing into industrial applications. Looking Ahead QunaSys and Hon Hai Research Institute will continue to strengthen their collaboration by: ●   Identifying practical use cases where quantum algorithms can bring clear benefits to industry. ●    Developing novel quantum algorithms optimized for those use cases. ●     Working toward integration of these algorithms into real-world applications and product lines. Through these efforts, the two organizations aim to ensure that advancements in quantum research translate directly into industrial impact, helping accelerate the broader adoption of quantum technologies.   Physical Review Research, launched in 2019 by the American Physical Society (APS), is dedicated to publishing cutting-edge research across physics and interdisciplinary fields. Known for its broad scope and high visibility, the journal rapidly disseminates scientific advances worldwide. According to the latest Journal Citation Reports, it has an Impact Factor of approximately 4.5 and is ranked in the top 25% (Q1) of journals across physics and interdisciplinary categories, underscoring its strong and consistent influence.   Hon Hai Research Institute (HHRI), established in 2020 under the Hon Hai Technology Group, comprises five research institutes and one laboratory. Each unit is staffed by high-tech research professionals focused on forward-looking technologies over a three- to seven-year horizon, aiming to strengthen Hon Hai’s long-term technology and product innovation, support the Group’s shift toward being “intelligence-driven,” and enhance the competitiveness of Hon Hai’s “3+3+3” operating strategy.   QunaSys is a quantum-software company originating in Japan with a growing European presence. The company builds the QURI toolchain (SDK, VM, benchmarks) to prototype algorithms, estimate resources, and run reproducible workflows across simulators and quantum hardware—helping research and industry accelerate progress in chemistry and materials.

TAIPEI, Oct. 30, 2025 – FIH, a subsidiary of Hon Hai Technology Group (Foxconn),announced that it has received the EcoVadis Silver medal, a global trusted provider in sustainability ratings. FIH ranks in the top 8% of all rated companies worldwide, demonstrating outstanding performance across the four core sustainability themes of "Environment," "Labor & Human Rights," "Ethics," and "Sustainable Procurement."FIH Head of Quality System, Barry Tsai, stated, “Receiving EcoVadis Silver medal reflects FIH's progress in sustainability performance and our commitment to the quality culture. FIH has established clear ESG goals and a robust management system, and we regularly disclose sustainability information to ensure transparency. FIH takes real actions to fulfill its corporate social responsibility, continuously creating value for customers and becoming the most trusted supply chain partner.”   Among the four sustainability themes of EcoVadis, FIH performed particularly well in “Environment,” receiving full scores across multiple indicators. The company established quantitative targets for key sustainability issues, aiming to reduce environmental impact and manage related risks. In addition to maintaining the ISO 14001 Environmental Management System and ISO 50001 Energy Management System certifications, FIH actively participates in international sustainability ratings such as CDP to verify its environmental management effectiveness. Furthermore, FIH fully discloses its Scope 1, 2, and 3 greenhouse gas (GHG) emissions, along with water- and waste-related data, ensuring transparency in its environmental reporting.   FIH also demonstrated strong progress in other sustainability themes. Regarding “Labor and Human Rights,” the company’s main operational sites have undergone third-party audits through the Responsible Business Alliance (RBA) Verified Assessment Program (VAP), actively protecting employees’ human rights and occupational health and safety. In terms of “Ethics,” FIH continues to strengthen its business ethics policies and anti-corruption measures. In September 2025, FIH successfully obtained ISO 37001 Anti-Bribery Management System certification, further enhancing transparency and compliance. For “Sustainable Procurement”, FIH conducts comprehensive supplier risk assessments and audits. It also utilizes a Scorecard system to evaluate suppliers’ ESG, quality, and technical support performance, establishing a Preferred Supplier List to build robust partnerships and promote the long-term development of a sustainable supply chain.   EcoVadis covers more than 185 countries, 250 industries, and 150,000 companies, serving as a key benchmark for supply chain collaboration and procurement decisions. Since participating in the assessment in 2021, the company has continuously improved its performance across all four sustainability themes. Looking ahead, FIH will continue advancing sustainable development through concrete actions, working with partners to build a more resilient supply chain and enhance global competitiveness.   About FIH Mobile Limited FIH Mobile Limited, a subsidiary of Hon Hai Technology Group (Foxconn), was established in May 2003 and listed on the Hong Kong Stock Exchange in 2005 (Ticker: 2038.HK). Leveraging its core technologies in handset ODM and its experience in hardware-software integration, FIH focuses on three main business categories: smart manufacturing, automotive electronics, and manufacturing equipment/robotics and provides exceptional engineering/manufacturing services and solutions to industry-leading customers.   For more information about FIH Mobile Limited, please visit the official website: https://www.fihmobile.com.

28 October 2025, Taipei, Taiwan and Washington, DC – Hon Hai Technology Group (“Foxconn”) (TWSE:2317) this week showcased, for the first time in the US capital, its latest smart manufacturing technologies being deployed across several states, and displayed the latest NVIDIA GB300 NVL72 AI infrastructure. At GTC Washington, DC – attended by many of the world’s largest electronics manufacturers and technology solutions providers – Foxconn signaled that the Group will continue to scale up AI server production across Texas, Wisconsin and California in partnership with NVIDIA to meet increasing customer demand. “Foxconn and NVIDIA share an excellent partnership. Our team is bringing the most advanced AI data center solutions to the United States, which will help our leading customers stay ahead in the AI race,” said Foxconn Chairman Young Liu, who participated in the keynote pregame broadcast for the second time this year. Attending GTC events, as well, was Foxconn Head of USA, Mexico and Canada, Jerry Hsiao, who is also a director of the DC-based National Association of Manufacturers (NAM), the largest industrial trade association in the United States, representing 14,000 member companies in every industrial sector in the US. With customer demand continuing to grow strongly, Foxconn has expanded its investments in AI server-related capabilities over the past year. Looking ahead, it will further evaluate the feasibility of expanding its investments based on industry trends and partnership opportunities. The Group’s strong R&D and integration capabilities in AI infrastructure also represents Taiwan’s critical role as a key hub in the global AI supply chain. Foxconn is currently working with NVIDIA in Houston to build a next-generation smart manufacturing plant for AI servers. The project leverages NVIDIA Omniverse libraries for upfront planning and scenario simulation to create an optimized factory environment – using NVIDIA AI physics framework,PhysicsNeMo, to develop an AI surrogate model for real-time thermal analysis, NVIDIA Isaac for AMR (Autonomous Mobile Robot) path planning, and NVIDIA Metropolis vision AI agents to monitor operations and enhance quality control. The factory will also be among the first to deploy humanoid robots powered by the NVIDIA Isaac GR00T N model on its production lines, as Foxconn and NVIDIA aim to build a world-leading benchmark AI smart factory. Foxconn has been in the US since 1985, with operations in the country comprising of more than 40 facilities across 12 states.

28 October 2025, Taipei, Taiwan and Washington, D.C. – Hon Hai Technology Group (“Foxconn”) (TWSE:2317) today announced it is collaborating  with NVIDIA, Stellantis and Uber to scale a collaborative development and deployment of Level 4 (hands-off, eyes-off) autonomous vehicles for robotaxi services on a global scale. Foxconn, the world’s largest electronics manufacturer and solutions provider, is bringing its expertise in high-performance computing, sensor integration, and electronic control systems to the partnership with NVIDIA, Stellantis, and Uber. In this collaboration, each partner contributes a unique strength: Foxconn’s hardware and integration know-how, NVIDIA’s advanced AI computing powered by NVIDIA DRIVE AGX Thor and the DRIVE AV software stack, Stellantis’ vehicle platforms, and Uber’s vast global network – forming a powerful alliance to advance autonomous mobility. These efforts center around developing Level 4-ready vehicles based on NVIDIA’s DRIVE AGX Hyperion 10 architecture, a reference compute and sensor platform that enables safe, scalable, and software-defined autonomous mobility. Foxconn Chairman Young Liu: “Autonomous mobility is a strategic priority within Foxconn’s EV program. The strategic partnerships and strengths across NVIDIA, Stellantis, and Uber accelerate the deployment of Level 4 robotaxi technology, with Foxconn delivering HPC, sensor integration to enable a global rollout.” NVIDIA Founder and CEO Jensen Huang: “Level 4 autonomy isn’t just a milestone for the auto industry – it’s a leap in AI capability. The vehicle becomes a robot – one that sees, perceives, plans, and drives with superhuman precision. By combining Stellantis’ global scale with NVIDIA DRIVE and Foxconn’s system integration, we’re creating a new class of purpose-built robotaxi fleets – making transportation safer, more accessible, and more affordable for everyone.” Stellantis CEO Antonio Filosa: “Autonomous mobility opens the door to new, more affordable transportation choices for customers. We have built AV-Ready Platforms to meet growing demand, and by partnering with leaders in AI, electronics, and mobility services, we aim to create a scalable solution that delivers smarter, safer, and more efficient mobility for everyone.” Uber CEO Dara Khosrowshahi: “NVIDIA is the backbone of the AI era and is now fully harnessing that innovation to unleash L4 autonomy at enormous scale, with Foxconn and Stellantis among the first to integrate NVIDIA’s technology for deployment on Uber. We are thrilled to work with Foxconn and Stellantis to bring the benefits of autonomous vehicles to millions of riders around the world.” Level 4 robotaxis require a sophisticated technology stack, including powerful computing, smart power management, reliable connectivity, and effective thermal control. They also rely on a wide assortment of sensors – such as LiDAR, radar, and multi-view cameras – working in concert to perceive the environment. In this collaboration, NVIDIA will develop and supply its NVIDIA DRIVE AV solutions built on the DRIVE AGX Hyperion 10 architecture, delivering Level 4 Parking and Level 4 Driving capabilities. Stellantis will design, engineer, and manufacture autonomous vehicles using its LCV platforms and STLA Small AV-Ready platforms, integrating NVIDIA DRIVE AV platform. Foxconn will partner with Stellantis on hardware and systems integration to ensure seamless vehicle architecture. Uber will operate the robotaxi services and expand its fleet with Stellantis-built, NDAS-powered vehicles, advancing autonomous mobility at scale.   About Foxconn Established in 1974 in Taiwan, Hon Hai Technology Group (“Foxconn”) (TWSE:2317) is the world’s largest electronics manufacturer and leading technological solutions provider, ranking 28th among the Fortune Global 500. In 2024, revenue totaled TWD6.86 trillion (approx. USD208 billion). The Group’s market share in electronics manufacturing services (EMS) exceeds 40%. The Group operates over 230 campuses across 24 countries and is one of the world’s largest employers with approx. 900,000 employees during peak manufacturing season. The Group has expanded its capabilities into the development of electric vehicles, digital health, and robotics, and three key technologies – artificial intelligence, semiconductors and next-generation communications technology. Pulling it together with its three intelligent platforms – Smart Manufacturing, Smart EV, Smart City – the “3+3+3” strategy is key to driving the Group’s long-term growth. Foxconn is dedicated to championing environmental sustainability in the manufacturing process and serving as a best-practice model for global enterprises. To learn more, visit www.honhai.com

TAIPEI, Oct. 22, 2025 – FIH, a subsidiary of Hon Hai Technology Group (Foxconn), announced that its Global Headquarters has officially obtained the highest Platinum rating for the UL 2799 Zero Waste to Landfill validation program. This achievement signifies a 100% landfill waste diversion rate and makes it the first Global Headquarters in Taipei among Foxconn’s major subsidiaries to receive this recognition. FIH Senior Assistant Vice President of Business Control Division, Alex Chan, stated, "Promoting circular economy is a key pillar of FIH’s environmental vision. The attainment of the internationally recognized UL 2799 Platinum Certification by our Global Headquarters reflects the collective dedication of our entire team. This milestone underscores our ongoing commitment to optimizing resource use and enhancing waste management. Looking ahead, we will continue to uphold sustainability as a core value, driving long-term resilience and environmental responsibility."   FIH Global Headquarters focuses on design, research and development (R&D), and engineering services. The waste generated from daily operations primarily consists of general office waste, which is inherently difficult to recycle or reuse, making the realization of zero waste to landfill more challenging. To address this, FIH comprehensively reviewed its waste types and quantities, established recycling procedures, and implemented training to raise employee awareness. In response to this initiative, employees actively implemented waste management practices, weaving sustainability principles into their daily operations.   To date, 8 of FIH’s 11 global sites have obtained UL 2799 certification, including the Taipei Global Headquarter, Longhua, Langfang, Hengyang, Beijing, Fushan, Que Vo, and Chihuahua sites. Seven of them have obtained Platinum certification and one has been awarded Gold, successfully accomplishing the goal, "half of the sites obtain the UL 2799 certification at Gold level by 2030," ahead of schedule. The certification of the Global Headquarters further demonstrates FIH's ability to sort and manage different kinds of waste disposal, achieving zero waste to landfill in both production sites and headquarter offices. Beyond actively implementing zero-waste to landfill initiative at its own sites, FIH has also set clear targets requiring suppliers to obtain UL 2799 certification, collaborating with industry partners to build a more sustainable supply chain.   This year, FIH's ESG performance has been recognized by several sustainability rating agencies. Morningstar Sustainalytics ESG Risk Rating evaluated FIH as "Low Risk" (13.4), placing it in the top 7% among all rated companies, which reflects the robustness of the ESG strategy and risk management. As for corporate governance, FIH has attained the ISO 37001 Anti-bribery Management System certification, ensuring its corporate operations adhere to the highest standards of integrity and transparency, thus moving toward a sustainable future with a more robust governance framework.About FIH Mobile Limited FIH Mobile Limited, a subsidiary of Hon Hai Technology Group (Foxconn), was established in May 2003 and listed on the Hong Kong Stock Exchange in 2005 (Ticker: 2038.HK). Leveraging its core technologies in handset ODM and its experience in hardware-software integration, FIH focuses on three main business categories: smart manufacturing, automotive electronics, and manufacturing equipment/robotics and provides exceptional engineering/manufacturing services and solutions to industry-leading customers. For more information about FIH Mobile Limited, please visit the official website: https://www.fihmobile.com.

21, October 2025, Taipei, Taiwan – Hon Hai Research Institute (HHRI), an R&D powerhouse of Hon Hai Technology Group (“Foxconn”) (TWSE: 2317), the world’s largest electronics manufacturer and technology service provider, achieved a breakthrough in fault-tolerant quantum computing that was published in the prestigious scientific journal Nature Physics this month. The findings in the paper titled, “Constant-Overhead Magic State Distillation,” realizes the first optimal Magic State Distillation protocols, fixing the resource consumption for magic states at a level independent of the target output precision. This overcomes the long-standing bottleneck in previous protocols of fault tolerance quantum computation, where resources had to grow significantly as the target error rate decreased. The team, comprised of Min-Hsiu Hsieh, Director of the Quantum Computing Research Center at HHRI, together with HHRI researcher Adam Wills (now an MIT graduate student) and Prof Hayata Yamasaki from the University of Tokyo, utilized high-performance quantum codes, combined with transversal Clifford logical gates and efficient conversion mechanisms, ensuring that only a fixed number of input magic states are required to implement fault-tolerant T and CCZ gates—significantly enhancing the feasibility and efficiency of large-scale quantum computing. This technological breakthrough will strengthen Taiwan’s position in quantum computing and quantum error correction research, furthering HHRI’s commitment and excellence in quantum technologies. HHRI will continue advancing quantum computing research to contribute to global technological innovation and industrial progress. Nature Physics, a monthly peer-reviewed scientific journal, is one of the world’s most influential journal in the field of physics, publishing major breakthroughs and cutting-edge research. It boasts a high Impact Factor of 19.3, according to Journal Citation Reports. Acceptance by Nature Physics reflects exceptional scientific merit and substantial impact on the field. About Hon Hai Research Institute The institute, founded in 2020 and part of Hon Hai Technology Group (Foxconn), has five research centers. Each center has high technology R&D professionals, all of whom are focused on the research and development of new technologies, the strengthening of Foxconn’s technology and product innovation pipeline, efforts to support the Group’s transformation from "brawn" to "brains", and the enhancement of the competitiveness of Foxconn’s "3+3+3" strategy.

（Shared from the Institute for Biotechnology and Medicine Industry）With nursing shortages reaching critical levels globally, Foxconn's Nurabot deployment marks a pivotal moment where manufacturing expertise meets healthcare innovation, promising to restore the human touch in medical care by liberating staff from routine logistics. In a significant move that underscores its strategic pivot into next-generation industries, Taiwan’s manufacturing giant Foxconn is poised to deploy its healthcare robot, Nurabot, in hospitals across Taiwan starting this October. This launch is a foundational component of Foxconn’s ambitious Smart Hospital initiative, a long-term vision designed to harness the power of AI, robotics, and digital integration to fundamentally transform the healthcare ecosystem. The Nurabot is the result of a powerful collaboration between Foxconn, renowned Japanese robotics firm Kawasaki, and the Taichung Veterans’ General Hospital (TCVGH). This partnership is more than a technical venture; it represents a commitment to creating a future where technology serves as a seamless extension of human care. According to Barry Chiang, Foxconn’s Chief of Digital Health and President of its B Business Group and a key leader in this transformation, the Nurabot is a pivotal step toward a new era. “The robot will be in service after completing the ongoing stress test at TCVGH, and with deployment completed by year end, we expect to launch the total solution in 2026, just in time for the government’s Healthy Taiwan Cultivation Plan,” Chiang stated during an exclusive interview with the Institute for Biotechnology and Medical Industry (IBMI). A Solution Born from User-Centric Design Foxconn’s foray into healthcare is not a simple transfer of its industrial robotics expertise. While the company is a global leader in producing robotic arms for “lighthouse factories” and complex manufacturing lines, it recognized from the outset that medical environments are vastly different. Robots in a hospital must meet stringent safety, regulatory, and user experience requirements that are far more complex than those on a factory floor. This understanding led to a unique, user-centric “design-thinking” approach. The journey began in 2022 when Chiang established a new organization, which later became the Taiwan Digital Health Alliance (HiMEDt). Rather than starting with a product, his team began by deeply embedding themselves in the very environments they hoped to improve. They conducted in-depth visits to key hospitals across Taiwan, communicating directly with doctors and nurses to map a comprehensive understanding of their daily challenges.First-hand observations at the Taichung Veterans’ General Hospital were particularly illuminating. The research team discovered a striking inefficiency: nursing staff spent an estimated 30-40% of their valuable time on logistical tasks—delivering specimens, blood bags, and medicines. The rest of their day was equally demanding, consumed by critical, patient-facing duties such as providing health education, conducting routine rounds to check patient conditions, and listening for subtle sounds to prevent accidents like falls. This insight proved that offloading routine, repetitive tasks would not simply increase efficiency; it would free up nurses to focus on the human elements of care that technology cannot replicate. To translate these insights into a viable product, Foxconn assembled a truly multidisciplinary team. It included not only AI algorithm engineers and industrial designers but also user interface designers and project managers with specialized biotech backgrounds. This diverse expertise ensured that the robot was not only technologically sound but also intuitive for medical staff and compliant with all necessary regulations. The Technology Powering Nurabot At its core, the Nurabot is a sophisticated autonomous mobile robot (AMR) engineered to address the specific pain points identified in the user research. Its primary function is to reduce the workload of nursing staff by autonomously delivering blood and urine specimens and carrying temperature-sensitive blood bags in a dedicated, low-temperature storage trunk. To guarantee security and accuracy, the robot is equipped with biometric mechanisms, ensuring that critical medical supplies are delivered to the correct person at the right location, every time. One of Nurabot’s most impressive features is its seamlessly integrated four-cloud architecture, built on NVIDIA’s three computing platforms—Omniverse, Isaac Sim, and Jetson—and directly connected to the hospital HIS system to enable automated task dispatching. While this may appear straightforward, it is powered by a complex, multi-layered computing framework that Barry Chiang poetically described as a “chorus.”  To achieve this perfect harmony, Nurabot leverages four distinct "clouds" working in unison: FoxBrain: Foxconn’s proprietary large language model, which serves as the robot’s central cognitive engine. Digital Twin Environment (Omniverse): A collaborative simulation and testing environment built on NVIDIA Omniverse, enabling continuous validation and optimization of Nurabot’s performance through digital twin modeling. NVIDIA Jetson AGX Orin: This powerful AI-at-the-edge computing platform allows Nurabot to process sensory data in real time, enabling it to navigate complex hospital environments, avoid obstacles, and make immediate, safe decisions. The Hospital's Private Cloud (HIS): This system integrates the robot directly into the hospital's internal network, allowing it to receive orders and securely access necessary information. In a hospital environment that operates 24/7, reliability is paramount. Nurabots are designed for continuous service, powered by swappable batteries that can be exchanged instantly at a charging station. This simple but critical feature ensures that a Nurabot is always ready for its next mission, minimizing downtime and maintaining the flow of operations. Aligning with Taiwan's National Vision Foxconn is strategically launching the Nurabot service in collaboration with key medical institutions, including Taichung Veterans’ General Hospital and the Matzu Hospital in Baishatun. This initial rollout has already generated significant interest, with major hospitals like Shin Kong Hospital and Kaohsiung Medical School Hospital expressing a desire to collaborate. The timing of this initiative could not be more perfect, as it aligns directly with Taiwan’s Healthy Taiwan Cultivation Plan. This five-year, NT$48.9 billion (US$1.61 billion) government initiative is aimed at accelerating the digital transformation of the country’s medical landscape. While many hospitals are eager to participate and secure a portion of the funding, very few qualified providers are capable of delivering a comprehensive, full-scale solution like the one being offered by Foxconn. The Nurabot is just one piece of this larger vision. Foxconn has also collaborated with hospitals like New Taipei Municipal TuCheng Hospital and Taipei Veterans’ General Hospital to build cancer and disease datasets for AI models called CoDoctor AI. This work is a testament to the company’s broader 3+3+3 strategy, which identifies digital health and robotics as two of its three future megatrends, with AI as one of its core technologies. By leveraging its vast computing power and infrastructure, Foxconn is positioning itself as the ideal partner for hospitals seeking to qualify for government funding and lead the charge in the digital transformation of healthcare. The deployment of Nurabot is a tangible manifestation of Foxconn's strategic evolution. It’s not just about building a product; it’s about pioneering a new model for healthcare that could address critical global challenges like nursing shortages and burnout. As Nurabot begins its service in Taiwan, it will serve as a powerful proof of concept for a future where technology empowers, rather than replaces, human caregivers.