At CES 2026, the world's leading consumer and enterprise technology event, MICROIP Inc. (Emerging Stock Board: 7796), a Taiwan-based provider of ASIC design services and AI software solutions, is showcasing its latest advancements at the AI Applications Pavilion. The company is presenting its CAPS (Cross-Platform AI Powered Solutions) architecture and highlighting AIVO (AI Vision Operation), a flagship Edge AI platform that has already entered commercial deployment.Through a software-defined approach, MICROIP demonstrates how AI applications can be deployed across global environments with lower barriers to entry and higher operational efficiency - bridging the gap between proof-of-concept and real-world deployment.From Technology Demonstration to Operational AIDr. James Yang, Chairman of MICROIP, stated: "CES is not just a venue for showcasing technology—it is where AI must prove its real-world value. AIVO was not designed to maximize model benchmarks or raw hardware performance, but to address real deployment constraints in transportation security, smart agriculture, and autonomous systems, including heterogeneous network conditions, limited edge compute resources, and long-term operational costs.By starting from these real-world constraints, MICROIP has built AIVO as an Edge AI platform that can be deployed, operated, and maintained over time - allowing AI to become part of daily operations rather than remaining at the proof-of-concept stage."CES 2026 Focus: Turning Edge AI into Operational CapabilityCAPS is MICROIP's  cross-platform AI software design framework, developed to help customers define AI systems that are deployable and maintainable in production environments. At CES 2026, MICROIP presents AIVO as a reference implementation of CAPS, demonstrating how Edge AI evolves from pilot projects into scalable, operational systems.Positioned as the deployment-focused pillar within the CAPS architecture, AIVO addresses two of the most persistent challenges in Edge AI: bandwidth constraints and multi-task processing at the edge.Distributed Master–Client Architecture for Large-Scale Edge DeploymentTo support geographically distributed and large-scale deployments, AIVO adopts a master–client distributed architecture. Real-time inference is performed locally on edge devices, while system management and decision logic are centralized at the host level.Instead of streaming raw video data, edge nodes transmit only structured inference results and metadata. This design significantly reduces bandwidth requirements and allows the system to maintain centralized oversight and real-time responsiveness - even in 4G/5G or unstable network environments.Real-Time Heterogeneous Multi-Tasking at the EdgeAIVO integrates a dynamic resource scheduling mechanism that enables multiple AI models to run concurrently on a single hardware platform. In security scenarios, object detection, behavior analysis, and environmental sensing models can operate in parallel, with compute resources allocated dynamically based on task priority.This ensures that mission-critical events are processed and responded to in real time, even under constrained edge compute conditions.Proven Edge AI Applications Across Transportation, Agriculture, and Autonomous SystemsLeveraging its system architecture, AIVO has completed multiple international field validations and is now focused on high-reliability application domains worldwide:Transportation Security: AIVO is being rolled out across metro systems, railways, buses, commercial aviation, and airport environments. Edge-based AI enables real-time detection of anomalous behavior, with alerts integrated into control centers or government security systems—enhancing response capability without increasing manpower requirements.Smart Agriculture: Addressing labor shortages and an aging workforce in U.S. agriculture, AIVO uses computer vision to monitor livestock health and environmental conditions. Expert knowledge from experienced farmers is encoded into AI models, while optimized system design ensures stable operation under low-power and limited-network farm environments.AI Drones and Robotics: For infrastructure inspection and disaster response, AIVO strengthens on-device autonomy. Even in GPS-denied or connectivity-limited conditions, drones and robots can perform real-time object tracking and dynamic obstacle avoidance, expanding the use of autonomous systems in high-risk scenarios.CAPS Ecosystem: Software-Driven Hardware Through Global PartnershipsDr. Yang emphasized that CAPS represents MICROIP's holistic vision for AI software design services:"Through vertical integration of AIVO as the deployment platform, XEdgAI as the system development platform, and CATS as our custom ASIC service, we establish a core advantage where software defines hardware specifications and real-world applications validate design direction."To accelerate global adoption of this model, MICROIP announced at CES 2026 strategic partnerships with Axelera AI (Europe), Axiomtek, Lex System, and U.S.-based Physical AI and robotics integration startup Universal AI Services, forming an international Edge AI alliance.Through CAPS' cross-platform compatibility, MICROIP has integrated mainstream AI chip platforms with industrial-grade hardware to deliver end-to-end, software-defined hardware Edge AI solutions. This strengthens MICROIP's technical leadership within the Edge AI ecosystem and enables customers worldwide to deploy high-performance, low-power AI systems across transportation, agriculture, and robotics applications.CES 2026 Exhibition Information – Next-Generation Edge AI Solutions,Dates: January 6–9, 2026;Location: Las Vegas, USA; Hall: North Hall;Booth: #9277.For more information on MICROIP, please visit MICROIP website.

DigiKey, has introduced an industry-power supply configuration tool, which simplifies the process of designing power supply solutions.Developed for engineers, designers, and system integrators, this intuitive online tool enables the quick selection of key attributes - such as outputs, voltage, current and more - to generate a tailored power supply solution that meets users’ desired requirements. Once configured, the custom power supply is assembled and shipped directly within days. Hosted on DigiKey's trusted, high-performance website, the configurator enables fast and accurate selection and sourcing - making it easier than ever to design, customize and order the right power solution for the project."DigiKey is thrilled to offer this industry-first tool that allows our customers to configure their own power supply independently," said Heather Fulara, senior director, interconnect and electromechanical for DigiKey. It dramatically reduces the time it takes to acquire a configured unit, which allows for more efficient workflows, saving time and accelerating design.The tool available from DigiKey currently features the NEVO+ and VCCM series from Vox Power, which is the first supplier involved in the program."Vox Power is proud to collaborate with DigiKey as the first supplier to participate in this innovative, time-saving tool," said Marco Prinsloo, co-owner of Vox Power. "We trust DigiKey's expertise in making our customers' designs come together seamlessly through its efficient online design and customization options."

EDOM Technology (TWSE: 3048), Asia’s best solutions provider, today announces the introduction of NVIDIA Jetson T4000 edge AI module, addressing the growing demand from system integrators, equipment manufacturers, and enterprise customers for balanced performance, power efficiency, and deployment flexibility. With powerful inference capability and a lightweight design, NVIDIA Jetson T4000 enables faster implementation of practical physical AI applications.Powered by NVIDIA Blackwell architecture, NVIDIA Jetson T4000 supports Transformer Engine and Multi-Instance GPU (MIG) technologies. The module integrates a 12-core Arm Neoverse-V3AE CPU, three 25GbE network interfaces, and a wide range of I/O options, making it well suited for low-latency, multi-sensor, and real-time computing requirements. In addition, Jetson T4000 features a third-generation programmable vision accelerator (PVA), dual encoders and decoders, and an optical flow accelerator. These dedicated hardware engines allow stable AI inference even under constrained compute and power budgets, making the platform particularly suitable for mid-range models and real-time edge applications.For system integrators (SIs), the modular architecture of Jetson T4000, combined with NVIDIA's mature software ecosystem, enables rapid integration of vision, sensing, and control systems. This significantly shortens development and validation cycles while improving project delivery efficiency especially for multi-site and scalable edge AI deployments.For equipment manufacturers, Jetson T4000's compact form factor and low-power design allow flexible integration into a wide range of end devices, including advanced robotics, industrial equipment, smart terminals, machine vision systems, and edge controllers. These capabilities help manufacturers bring stable AI inference into products with limited space and power budgets, accelerating intelligent product upgrades.Enterprise users can deploy Jetson T4000 across diverse scenarios such as smart factories, smart retail, security, and edge sensor data processing. By performing inference and data pre-processing at the edge, organizations can reduce system latency, lower cloud workloads, and improve overall operational efficiency - while maintaining system stability and deployment flexibility.In robotics and automation applications, Jetson T4000 features low power consumption, high speed I/O and compact footprint make it an ideal platform for small mobile robots, educational robots, and autonomous inspection systems, delivering efficient and reliable AI computing for a wide range of automation use cases.NVIDIA Jetson product lineup spans from lightweight to high-performance modules, including Jetson T4000 and T5000, addressing diverse requirements ranging from compact edge devices and industrial control systems to higher-performance inference applications. With NVIDIA's comprehensive AI development tools and SDKs, developers can rapidly port models, optimize inference performance, and seamlessly integrate AI capabilities into existing system architectures.Beyond supplying Jetson T4000 modules, EDOM Technology leverages its extensive ecosystem of partners across chips, modules, system integration, and application development. Based on the specific development stages and requirements of system integrators, equipment manufacturers, and enterprise customers, EDOM provides end-to-end support - from early-stage planning and technical consulting to ecosystem enablement. By sharing ecosystem expertise and practical experience, EDOM helps both existing customers and new entrants to the edge AI domain quickly build application capabilities and deploy edge AI solutions tailored to real-world scenarios.For more information on NVIDIA Jetson T4000, please visit website.

AGIBOT, a leading robotics company specializing in embodied intelligence, today marks its official entry into the U.S. market at CES 2026, showcasing one of the industry's most comprehensive humanoid robot portfolios, backed by the shipment of 5,000 robots to date. At a time when most of the humanoid robotics industry is still in prototype or pilot phases, AGIBOT's showcase at CES highlights its accomplished transition: from advanced R&D to a full portfolio of mass-produced humanoids already deployed at scale in real-world operations.At the heart of AGIBOT's technology is its innovative "One Robotic Body, Three Intelligences" architecture, which deeply integrates interaction, manipulation, and locomotion capabilities into a unified humanoid platform, creating a distinct competitive edge over traditional robotics. These robots excel in rapid adaptation to diverse scenarios, delivering swift responses to market demands and driving significant productivity improvements through enhanced efficiency and automation. Committed to open collaboration, AGIBOT invites global technology partners, developers, and ecosystem players to join in advancing embodied AI and building a mutually beneficial robotics future."Bringing our full robotics portfolio to CES marks a defining moment for AGIBOT," said Dr. Yao Maoqing, Partner at AGIBOT, Senior Vice President, and President of the Embodied Business Unit, "it demonstrates how we are able to build an ecosystem of humanoid robots, not for a single task or setting, but for a future where embodied intelligence can serve people across industries, environments, and everyday life."Introducing AGIBOT and Its Full Humanoid Robotics PortfolioAGIBOT was founded in 2023 with a clear ambition reflected in its name: building robots for the AGI era. Rather than creating single-purpose machines, AGIBOT is focused on developing embodied intelligent robots that can learn, adapt, and evolve in the real world.At CES 2026, AGIBOT presents its full lineup of embodied robots for real-world deployment. The portfolio includes the AGIBOT A2 Series, full-sized humanoids enabling multimodal interaction and autonomous navigation for guided presentations and showroom spaces; the AGIBOT X2 Series, half-sized compact humanoids that can interact naturally with people, walk in a humanlike way, and perform complex, expressive movements, designed for entertainment, research and education; and the AGIBOT G2 Series, industrial-grade embodied robots combining interactive intelligence with precise force-controlled manipulation for rapid deployment in industrial environments. The lineup is further complemented by the AGIBOT D1 Series quadruped robots for inspection and operations in complex environments, as well as OmniHand, AGIBOT's dexterous manipulation system for embodied robotic platforms.What unifies AGIBOT's diverse humanoid lineup is its "one robotic body, three intelligences" framework. Each robot is designed around the balanced integration of motion intelligence, interaction intelligence, and task intelligence, enabling natural movement, meaningful communication, and reliable execution of real-world tasks. This system-level approach allows AGIBOT robots to move beyond isolated demonstrations and toward sustained, scalable deployment across real commercial and societal settings.

The Seoul Business Agency (SBA), a small business support organization under the Seoul Metropolitan Government dedicated to revitalizing the startup ecosystem and discovering promising startups, announced that it will participate in CES 2026, the world's largest IT exhibition, by establishing and operating the Seoul Integrated Pavilion. In addition, following last year's initiative, SBA plans to host and expand the first-ever CES-based inter-country collaborative networking event, the "Global Innovation Forum," which aims to drive convergence across the global startup ecosystem.The forum is designed to provide Seoul-based startups with outstanding technological capabilities and growth potential, and a platform to engage directly with key players in the global startup ecosystem. By doing so, the event seeks to turn CES participation into tangible global business opportunities and help startups shine on the world stage. In particular, the forum is expected to attract strong interest from startups and ecosystem stakeholders seeking international expansion, as it offers a rare opportunity to experience investment, promotion, and networking in a single setting.The Global Innovation Forum was conceived as a networking platform that uses CES, the world's largest exhibition, as a bridge to enable startup ecosystems from different countries to communicate organically beyond national borders. The initiative began in 2025 under the name "Seoul Innovation Forum," when five national pavilions-Japan, the Netherlands, Switzerland, Taiwan, and the Republic of Korea (Seoul)-collaborated for the first time. As the inaugural event built on solidarity among Eureka Park-participating countries at CES, the Seoul Innovation Forum was considered particularly meaningful. It brought together key startup ecosystem players from each country to explore practical collaboration measures, earning positive evaluations as a successful first step toward enhancing competitiveness as global startups.A "national pavilion" refers to an exhibition pavilion established and operated by a national institution participating in CES.Building on this success, the event has been rebranded as the "Global Innovation Forum" starting in 2026 to provide participating startups with more stable and expanded opportunities for global collaboration. The highlight of the forum, the IR Pitching Competition, has been significantly strengthened through an enhanced judging panel. In addition to promoting technology through global media, the competition now includes rigorous business evaluations by leading global venture capital firms. Through this approach, participating companies are expected to gain opportunities for accelerated growth, expand brand awareness, and attract practical investment and market validation in a single venue.The 2026 Global Innovation Forum will be held in collaboration with startup support organizations from seven countries. The event is jointly supported by the host organization, Seoul Business Agency (SBA) of the Republic of Korea, Taiwan Tech Arena (TTA), Switzerland Global Enterprise (S-GE), Israel Economic and Trade Office, Japan External Trade Organization (JETRO), Québec Government Office of Canada, and Business France, raising expectations for a successful outcome.The forum will open with an IR pitching competition featuring startups selected by each participating country. The competition serves as a core program that draws strong attention from investors, media, and industry stakeholders, as promising startups carefully selected by national startup support organizations present their technologies and business models on the global stage. Each participating country-the Republic of Korea, Taiwan, Switzerland, Israel, Japan, Canada, and France-will showcase its leading startups before global investors and media, providing opportunities to expand international partnerships. Through this IR pitching competition, which combines media reach with the expertise of venture capital firms, participating companies are expected to achieve tangible outcomes beyond simple promotion, including market validation and investment connections.As the centerpiece of the forum, the IR pitching competition will serve as a platform for outstanding startups from seven countries, including Korea, Japan, and France, to demonstrate their value on the global stage. This platform, where national innovation capabilities converge, will act as a bridgehead for expanding international partnerships. Through an advanced evaluation process involving both media and venture capital firms, participating companies are expected to achieve meaningful results in brand recognition and capital linkage simultaneously.Award-winning companies that demonstrate innovative technologies and vision during the competition will receive prize money and trophies according to their respective award categories. The awards are divided into the Grand Award (first place), Scale-up Award (second place), and Impact Award (third place), with prize money of USD 3,000, USD 2,000, and USD 1,000, respectively.In addition, the forum will host panel discussions featuring representatives from each participating country, creating a knowledge-sharing platform to discuss the latest trends and support know-how in the global startup ecosystem. This is expected to go beyond individual company scale-up efforts and serve as an opportunity to strengthen policy alignment among countries. The networking session, where participants can interact freely, will be a key element in turning forum participation into tangible business outcomes. The teamwork among media, venture capital firms, startups, and startup support organizations is expected to open new opportunities for market entry for participating startups.Hyunwoo Kim, President and CEO of the Seoul Business Agency, presented his vision for the forum, stating that SBA aims to grow the event into a representative collaboration model that connects the global startup ecosystem into one through CES.

Portwell, Inc., a leading provider of industrial and embedded computing solutions and a subsidiary of Posiflex Technology Inc., today announced its strategic investment in Wincomm Corporation, acquiring a 41% ownership stake and becoming its major shareholder.Wincomm Corporation, headquartered in Hsinchu, Taiwan, is a well-established innovator in the touchscreen computer market, with a strong foothold in medical equipment, smart healthcare and industrial automation sectors. Its diverse Human-Machine Interface (HMI) computer and display portfolio includes medical-grade panel PCs, embedded touch displays, and peripherals, as well as rugged industrial-grade solutions such as wide-temperature and high-brightness panel PCs, waterproof stainless-steel displays, and IECEx, ATEX, C1D2/C2D2-certified explosion-proof panel PCs."This investment marks a significant milestone in Portwell's growth direction," said Ken Guan, President of Portwell, Inc. "By joining forces with Wincomm, we are not only reinforcing our presence in the medical computing space but also expanding our capabilities across factory automation, petrochemical, and military applications. The synergy between our product lines and business models will enhance our overall competitiveness and customer satisfaction, while driving innovation in Edge AI and embedded computing."

Karsan, the world's technology-focused mobility brand in new generation public transport, is preparing to participate in CES 2026, one of the leading technology trade shows. The brand's CEO, Okan Bas, who will introduce Karsan AI (Autonomous Intelligence) vision to the world at the fair, said, "Karsan AI is positioned as a mobility intelligence that perceives, makes instant decisions and continuously learns. The future is not only electric, but also intelligent. The secret to Karsan's autonomous success lies in strong partnerships and an end-to-end solution approach. While explaining our Karsan AI philosophy to people at the fair, we aim to use our space at CES as a showcase."With its vision of being 'One Step Ahead in the Future of Mobility,' Karsan, which plays a pioneering role in the transformation of public transport worldwide, is preparing to make an appearance at the Consumer Electronics Show (CES) 2026, where the latest innovations and trends in the world of technology are showcased. At the show, which will be held in Las Vegas, USA, from 6 to 9 January 2026, Karsan will introduce its Karsan AI (Autonomous Intelligence) vision to the world with the field-proven experience of its new generation autonomous models.Karsan is shaping the future of mobility on a global scaleFor Karsan, the exhibition serves as a strategic platform to showcase its autonomous vision, field-proven technological expertise, and global mobility approach to the world. It will host the global launch of Karsan's innovative AI (Autonomous Intelligence) vision. Taking the company's 'Electric Evolution' journey one step further, KARSAN AI represents a holistic approach to the era of smart mobility. Positioning Karsan AI as a mobility intelligence that perceives, makes instant decisions and continuously learns, Karsan CEO Okan Bas said, "The future of the industry is not only electric, but also smart. This approach demonstrates Karsan's vision of not only producing zero-emission vehicles but also designing the future of cities with autonomous and smart transportation solutions. As a company, the secret to our success in autonomy lies in strong partnerships and our end-to-end solution approach."CES is a global showcase for Karsan's innovative technologiesEmphasising that participating in CES is a powerful and strategic technological move towards becoming a global brand, Okan Bas said, "At CES 2026, we will convey our philosophy of mobility with KARSAN AI to visitors from all over the world. For us, the exhibition serves as a global showcase that positions our brand's capabilities at the heart of the technology world. Here, we aim to use our space at CES as a showcase to explain the Karsan AI philosophy to people."

Actxa, a Singapore-based preventive health technology company, recently announced significant enhancements to its proprietary BGEM technology, the world's first clinically backed, non-invasive, AI-driven blood glucose evaluation and monitoring technology. The advancements strengthen BGEM's ability to deliver medical-grade glucose insights through everyday wearables.One key innovation is BGEM Glucose Range, a clinically backed, medical-grade technology that estimates blood glucose levels within a numeric range using a quick, one-minute measurement. Developed using data collected through clinical studies, BGEM Glucose Range offers pain-free and meaningful glucose insights anytime, throughout the day, it provides a cost-effective and convenient approach, making glucose monitoring accessible and sustainable.BGEM Glucose Range: Medical-Grade, Non-Invasive Glucose InsightBGEM Glucose Range represents a major advancement in non-invasive glucose evaluation. Using data from clinical studies, the technology estimates glucose levels within a dynamic range to enable convenient metabolic monitoring throughout the day.Designed for wearable integration, BGEM Glucose Range delivers a cost-effective alternative to traditional glucose monitoring methods. BGEM Glucose Range combines wearable PPG sensors and AI-driven analysis of digital biomarkers to estimate blood glucose results.Everyday Glucose Awareness on the Core Smart RingIn addition, the Core Smart Ring, Actxa's first smart ring under the Core range, is integrated with the AI Glucose Scan feature, powered by BGEM Glucose Status technology, to help users take better control of their metabolic health. The feature enables users to check their glucose status and receive a Normal or Elevated result linked to daily habits.Developed using clinically collected data, AI Glucose Scan interpretsPhotoplethysmography (PPG) signals from the Core Smart Ring to provide simple, everyday glucose awareness. Paired with lifestyle and wellness guidance, the Core Smart Ring's AI Glucose Scan supports healthier decision-making and metabolic awareness.Driving the Future of Non-Invasive Glucose Monitoring"Glucose health is becoming a defining challenge for global preventive health, yet most monitoring solutions remain invasive, costly or difficult to sustain," said Marcus Soo, Chief Executive Officer of Actxa."We want to make health insights simple, personal, and actionable. Actxa is empowering individuals and partners to integrate preventative health and glucose awareness into everyday life.

Himax Technologies, Inc. announced that its subsidiary Liqxtal Technology, in collaboration with iCatch Technology, Inc., will jointly showcase its latest  Drone AI Imaging Solution at the upcoming CES 2026, the largest consumer electronics show in Las Vegas, U.S.A. from January 6 - 9, 2026. The solution integrates Liqxtal's long-range electro-optical (EO) and thermal IR camera system, with iCatch's high-performance image processing and edge AI SoC serving as the core computing platform. This highly integrated architecture significantly reduces system complexity while ensuring data security and privacy. The Drone AI imaging solution delivers stable, high-efficiency AI visual processing for drone applications, targeting high-growth markets including aerial photography, security surveillance, and industrial inspection. For the showcase at CES, on the optical side of the Drone AI imaging solution, the system integrates Liqxtal's ultra-lightweight camera module, combining EO with up to 20 times optical zoom capability and thermal infrared (IR) imaging. This design delivers stable performance across daytime, nighttime, and low-visibility environments, while significantly enhancing aerial target detection and tracking. Featuring a lightweight design and high level of integration, Liqxtal's dual-spectrum long range EO and thermal IR camera modules are well suited for applications such as real-time image recognition, dynamic target tracking, and all-weather, around-the-clock monitoring. On the AI computing side, the newly introduced solution is powered by iCatch's advanced edge-AI vision SoC, delivering up to 4 TOPS (4 trillion operations per second) of AI computing performance, making real-time, on-device image analysis and object recognition possible, thereby significantly reducing reliance on cloud computing, while improving system responsiveness and minimizing latency and data-transmission overhead. In addition, iCatch's SoC integrates a suite of stable image-processing technologies, including electronic image stabilization (EIS), ensuring clear and stable image quality even in high-dynamic or complex flight environments.The newly launched Drone AI imaging solution also supports a wide range of mainstream communication interfaces and standard protocols, such as USB3.0, Ethernet and more, enabling flexible integration across various drone platforms. This versatility allows the solution to meet customized requirements for diverse applications including aerial photography, security and surveillance, and industrial inspection applications, while helping system integrators and end customers accelerate product deployment and real-world adoption. "Our collaboration with Liqxtal validates the platform value of iCatch's Vision System Solution. As physical AI applications continue to grow rapidly, iCatch integrates high-performance image processing with edge-AI computing to deliver a production-ready, deployable "The eyes of AI," helping customers reduce integration risk, shorten time to deployment, and accelerate commercialization," said Weber Hsu, President of iCatch.  "This collaboration fully leverages Liqxtal's expertise in optics and imaging system integration, together with iCatch's strengths in edge-AI computing and intelligent image processing, enable high level of integration between optical imaging and AI vision processing, further expanding application scenarios such as drone/UAV (unmanned aerial vehicle) aerial photography and industrial remote inspection," said by Dr. Hung Shan Chen, President of Liqxtal.Liqxtal and iCatch invite all interested parties to experience the latest dual spectrum Drone AI imaging solution at Venetian Expo, Titian 2201A, Las Vegas. To schedule a meeting or booth visit, please contact Liqxtal at info@liqxtal.com or iCatch at ir@icatchtek.com.

As AI applications rapidly expand across PCs, mobile devices, and content creation workflows, there is a parallel surge in demand for high-resolution video, real-time generative content, and on-device inference. This transition is redefining storage within system architectures: it is no longer just a matter of capacity planning, but a critical determinant of performance, bandwidth, and reliability.To address this, AGI Technology has sharpened its strategy and will debut next-generation storage solutions at CES 2026, targeting the high-speed and usability demands of the AI era. PresidentMiranda Lee pointed out that while high specs are now "table stakes" across the market, the real differentiator going forward will be how well products adapt to real-world scenarios - and whether brands can sustain stable delivery and consistent quality.Miranda emphasized that AI is doing more than just driving capacity growth; it is fundamentally changing how data is utilized.First, edge computing and multi-task content creation are becoming the norm. This increases the frequency of data access and the need for mobility, transforming storage devices from auxiliary components into critical links in modern production workflows. Second, pricing dynamics are reshaping consumer behavior. As the cost of high-end storage and memory rises, the market is witnessing more "buy-down" purchasing and phased expansion: users tend to select mid-range configurations initially, supplementing capacity with external devices later. Third, high speed and capacity are increasingly becoming entry requirements rather than differentiators. With interfaces such as PCIe Gen4/Gen5 and USB4 continuing to advance, adhering to these specifications has become a baseline standard that all brands must meet.Consequently, AGI Technology is moving beyond differentiation through specifications alone. The company is transitioning its brand identity from a component manufacturer defined by performance metrics to a solutions provider centered on usage scenarios. This strategic realignment ensures that while AGI continues to advance speed and capacity benchmarks, it also integrates robust reliability and environmental durability into its core design philosophy. Miranda emphasizes that while performance is a baseline requirement, enhancing stability and durability addresses the practical demands of mobile and outdoor workflows. This comprehensive approach creates tangible added value for users requiring consistent performance under pressure.AGI Technology will center its CES presence around a scenario-driven strategy that prioritizes reliability and practical application. According to Miranda, CES has long served as a vital stage for showcasing AGI's technological prowess. However, the company's recent strategy emphasizes private, high-level briefings over traditional exhibit formats. By moving toward a semi-exclusive engagement model, AGI can more effectively align its product roadmap with customer needs, ultimately strengthening brand loyalty and enhancing the performance of its international channels.At CES 2026, AGI is set to translate its strategic vision into a powerhouse lineup of tangible innovations, headlined by next-generation storage solutions tailored for the AI era. Leading the charge is a 6nm PCIe Gen5 SSD capable of blistering speeds up to 11,000 MB/s. By leveraging an advanced 6nm process, AGI has significantly reduced power consumption and thermal overhead, making flagship-tier performance more accessible for real-world deployment. Complementing this is AGI’s 10,000 MT/s low-latency DDR5 RGB memory, built for the rigorous demands of AI-native platforms. Furthermore, AGI is expanding its portable portfolio with three specialized external SSDs catering to content creators, outdoor adventurers, and power users, reinforcing the brand's focus on versatile, high-speed data management.Miranda emphasized that for AGI Technology, 2026 marks more than just another hardware iteration; it represents a strategic pivot in both brand identity and operational philosophy. The company is steadily evolving from a component supplier into a user-centric storage solutions brand. While continuing to push the boundaries of PCIe and USB performance, AGI is doubling down on real-world utility - tailoring products to excel in mobility, professional content creation, and long-term data archiving.She emphasized that in an era of ubiquitous AI and high-performance computing, true value transcends raw benchmarks; it is defined by unwavering reliability when it matters most. Whether capturing a split-second extreme sports feat, a creator's unrepeatable live recording, or years of cherished family milestones, storage devices house more than just data - they safeguard irreplaceable moments. Through a commitment to durable, high-performance design, AGI Technology aims to earn user trust across every scenario, transforming their brand promise, 'Preserve Your Uniqueness,' from a slogan into a lifelong digital legacy.Project K10 DDR5 - 10,000 MT/s Overclocking Flagship.Credit: AGI TechnologyProject S10 PCIe Gen5 SSD - 11,000 MB/s Performance with TSMDC 6nm Controller.Credit: AGI TechnologyNew Series of Portable SSD – Combination of High-Speed, Durability and Capacity.Credit: AGI Technology