SEOUL, South Korea—December 24, 2025—BOS Semiconductors, a fabless semiconductor company specializing in automotive and physical AI semiconductors, today announced that it will participate in CES 2026, the world's largest technology exhibition, taking place in Las Vegas, USA from January 6–9, 2026. At the event, BOS will unveil an AI Box demo designed for next-generation mobility.At CES 2026, BOS will highlight its strategy aligned with major industry trends, including the advancement of autonomous driving, the shift toward Software Defined Vehicles (SDVs), and the expansion of Physical AI. Through the demonstrations, BOS will present how to anticipate emerging needs in mobility AI environments - such as: Support for a wide range of AI models based on CNN and Transformer architectures, Flexible scalability and integration with existing automotive electronic systems, Real-time perception and decision-making enabled by physical AI.To support these capabilities, BOS will showcase AI model demos powered by its AI Box integrating the high-performance AI accelerator Eagle-N. The AI Box is an external AI computing module that allows automakers (OEMs) to add an "AI brain" to vehicles without replacing existing in-vehicle infotainment (IVI) systems, enabling fast AI expansion with minimal platform change.With the AI Box, OEMs can minimize changes to their existing systems while extending high-performance AI functionality independently. This approach accelerates adoption of advanced AI capabilities not only in new vehicles but also in facelift models - updated versions of existing vehicles with enhanced design and features - reducing development cost and time while improving long-term product competitiveness.The AI Box is based on an on-device AI architecture, delivering several advantages. Sensitive data such as voice and video can be processed directly inside the vehicle rather than being transmitted to the cloud, strengthening privacy protection and data security. It also ensures stable AI operation regardless of network connectivity, improving overall reliability. Over the long term, the AI Box can reduce total cost of ownership (TCO) by lowering cloud traffic, inference, and storage costs. In addition, it offers strong scalability without requiring server expansion as the number of users increases.BOS' AI Box is designed to integrate flexibly with existing vehicle systems through multiple interfaces, enabling an efficient AI vehicle architecture based on clear role separation: AI-intensive functions are handled by the AI Box, while existing systems continue performing their original roles. At the booth (Venetian Expo, Hall A, Booth #50017), BOS will demonstrate on-device AI models that combine Vision-Language Models (VLMs) and Large Language Models (LLMs) based on the AI Box architecture. The demo will also be showcased at the Tenstorrent Demo Room as well."Through our AI Box demo with Eagle-N at CES 2026, we will present a practical approach for effectively scaling AI capabilities even on existing mobility system," said Jason (Jeongseok) Chae, Vice President and Head of Strategic Marketing & Sales at BOS. "We aim to evolve beyond automotive semiconductors and become a core semiconductor company leading the era of Physical AI."

In recent years, digital twin technology has quickly gained traction across industries. With the rapid maturation of AI and big data analytics, enterprises can now build highly accurate, real-time synchronized virtual models, enabling predictive maintenance, process optimization, and other benefits that were once difficult to realize. MetAI, invited by Taiwan Tech Arena (TTA) to join CES 2026, will showcase its proprietary AI - and 3D-driven MetGen digital twin platform, formally signaling its intent to capture opportunities in the US smart warehousing sector.MetAI co-founder and CEO Daniel  Yu noted that the US is home to some of the world's largest warehousing market, driven by digitalization efforts from major retailers such as Amazon, Walmart, and Costco. As such, the US has become MetAI's primary target for overseas expansion. "We are honored to receive TTA's invitation to exhibit at CES 2026," Yu said, expressing appreciation for TTA's comprehensive support - from pre-show preparation and customer matchmaking to presentation guidance - which has strengthened the company's confidence in entering the US market.AI fused with 3D technology : Digital twins generated in minutesFounded in 2023, MetAI focuses on developing MetGen, the first AI-native, domain-specific generative platform designed for real-to-sim and sim-to-real integration. By leveraging its proprietary AI and 3D synthesis architecture, MetGen automatically converts traditional CAD and 2D design files into SimReady (simulation-ready) 3D digital twin environments. The platform also incorporates AI, 3D simulation, physics modeling, and automation control logic, enabling users in warehousing, advanced manufacturing, semiconductors, and automation equipment to design, validate, and simulate workflows in a virtual environment before real-world deployment.MetAI further supports the creation of large-scale, high-fidelity synthetic datasets within the digital twin environment, giving AI models access to virtually unlimited training material. This capability accelerates production-line design and product development, while enabling enterprises to derive optimized strategies in simulation before applying them in real operations.By integrating NVIDIA Omniverse with MetAI's proprietary generative models, complex digital twin environments that once required months or even years to build can now be automatically generated in minutes, effectively resolving one of the industry's most persistent adoption barriers: excessively long deployment timelines. The company currently focuses on three key application areas - smart warehousing, semiconductors, and data centers - and completed a US$4 million seed round in 2025, backed by leading investors including Kenmec Mechanical and NVIDIA, making it one of the few Taiwan startups to receive a direct strategic investment from NVIDIA.According to Yu, traditional digital twin development relies heavily on manual data processing, resulting in implementation cycles that may stretch across several months or even longer than a year. Even with newer solutions emerging, model inaccuracies often lead to costly revisions. "MetAI combines AI with 3D generation to directly interpret 2D blueprints such as CAD or BIM files and automatically construct complete 3D twin environments," Yu explained.This approach reduces the typical modeling workload - from hundreds or thousands of hours - to just a few minutes, while delivering high consistency and zero structural error. It enables companies to rapidly plan production lines, build virtual sandboxes for robot training or logistics flow optimization, and significantly boost deployment efficiency.Establishing a US headquarters to capture smart warehousing and advanced manufacturing opportunitiesDespite being a relatively young company, MetAI has quickly secured partnerships with several high-profile enterprises, thanks to the uniqueness and technical depth of its solutions. In addition to working with TSMC, MetAI is collaborating with Kenmec to fully reconstruct the Chief Global Logistics's smart logistics center  into a virtual environment, creating a highly realistic digital twin featuring physics-accurate modeling, executable control logic, and AI-driven optimization capabilities.According to Yu, the rise of AI has prompted Taiwanese startups to shift their mindset - no longer focusing solely on the domestic market but aiming directly at the world's largest and most innovation-driven arenas. "The US has exceptionally strong demand for smart warehousing solutions. We are actively preparing to establish our US team and headquarters, which will include a local team, customer support, and a technical service center. This will place us closer to key customers and significantly enhance our ability to execute in the North American market," Yu said.Yu added that MetAI will continue to strengthen its real-to-sim and sim-to-real capabilities, while expanding integration with a broader ecosystem of automation hardware. The company aims to build an end-to-end twin platform that spans design, simulation, and deployment. Ultimately, MetAI seeks to enable enterprises to advance smart warehousing and smart factory transformations at minimal cost and with maximum speed.MetAI partners with Kenmec to build a high-fidelity virtual smart logistics center. Credit: MetAI

Service robots are moving quickly into healthcare, security, and public environments. Yet their increasing reliance on visual and spatial perception technologies has introduced a major hurdle: uploading raw visual data to the cloud now poses significant privacy and regulatory risks. European and U.S. regulators have recently designated mobile image collection as a high-risk activity, shifting the robotics industry from a "performance-driven" model to one fundamentally shaped by compliance requirements. This shift is redefining what it takes for robotic systems to scale safely and legally.To address these emerging requirements, DeCloak Intelligences has developed a portfolio of privacy-preserving AI systems that rearchitect how visual intelligence is handled at the edge. This includes DeCloakFace, designed for safeguarding personal biometric traits; DeCloakVision, tailored for medical and caregiving environments; and the company's third-generation core platform DeCloakBrain, developed specifically for autonomous robotics. DeCloakBrain functions as a generic AI decision-making engine for robotic autonomy, enabling spatial perception and task execution without relying on sensitive visual data, making it a foundational technology for future large-scale deployments across regulated environments.According to DeCloak President Dr. Yao-Tung Tsou, the company's core innovation lies in "privacy-by-design at the data source," ensuring that all sensor inputs - such as images and numerical data - undergo irreversible de-identification directly on edge devices at the moment of capture. This is achieved through multilayer techniques integrating differential privacy on edge hardware, image anonymization, spatial computing, global visual fusion, and federated learning. With its proprietary irreversible de-identification technology, DeCloakBrain maintains high-accuracy, low-latency decision-making without using original sensor data. The technology is already modularized across software and hardware, enabling rapid, secure deployment and seamless integration with AMRs, medical service robots, humanoids, and quadruped robots, while supporting scalability in both performance and functionality.From a compliance standpoint, DeCloakBrain aligns with stringent privacy regulations in the US and EU. This allows international customers to meet privacy and safety requirements for public spaces, medical applications, and defense-related use cases, mitigating cross-border deployment risks. Dr. Tsou emphasized that DeCloak's intelligent system is built upon years of accumulated datasets, patented de-identification models, VLM/VLA scenario libraries, and long-standing integration experience with global robotics supply chains. This foundation forms a difficult-to-replicate ecosystem for privacy-preserving intelligence, offering verifiable data protection and robust multi-device interoperability.DeCloak enters a pivotal scale-up year as Japan, US, and Europe markets take shapeIn its global expansion strategy, DeCloak identifies Japan as its fastest-moving commercialization market, with public-space monitoring and smart healthcare positioned as the initial priority sectors. The company's integrated systems for these applications have completed deep technical alignment and are now progressing into phased deployment.In the United States, market development is led by partners specializing in military and law-enforcement robotics. Their systems - already used in defense and policing scenarios - are undergoing military - and police-grade certification, targeting applications such as public-area patrol and security inspection. In Europe, where data and imaging regulations are among the world's strictest, DeCloak follows a software-licensing and system-integration model that enables local manufacturers to rapidly incorporate privacy-protection capabilities into existing hardware platforms.Looking ahead, DeCloak plans to scale shipments across Taiwan and Japan while supporting major clients in deploying smart healthcare, public-space security, and related applications. Japan is expected to become the company's first overseas market to reach meaningful revenue scale. In the United States, following nearly a year of testing DeCloakBrain hardware and software modules with military and law-enforcement partners, the company anticipates entering a "mass production and shipment" phase in 2026, covering use cases such as defense systems, public-area surveillance, and inspections in high-risk operational environments.Additionally, DeCloak's US partners will arrange on-site demonstrations for key customers during CES 2026, serving as a critical evaluation step prior to formal procurement. Europe will enter a full-scale development phase in 2026, centered on software licensing and system integration, enabling manufacturers in Poland, the UK, Germany, and other regions to meet stringent regulatory requirements while adopting solutions for smart healthcare, public-space monitoring, and data-privacy protection.President Dr. Yao-Tung Tsou emphasized that as DeCloak's multi-market strategy matures, the company is positioned at a crucial inflection point where technological readiness converges with commercial acceleration. He noted that 2026 will mark DeCloak's transition from "technology completed" to "global scale-up," with the company committed to expanding real-world deployments and advancing privacy-preserving intelligence and autonomous robotics onto the global stage - defining the next generation of AI-driven robotic intelligence standards.DeCloak's next-generation privacy-preserving AI universal decision platform for robotic systems. Credit: DeCloak

The recent Belgium-Taiwan Technology Night held in Taiwan highlighted the synergy between Belgian innovation and Taiwan's manufacturing strength. Building resilient supply and value chains demands leadership excellence beyond borders, precisely the philosophy behind HEC Liege's Executive Doctorate in Business Administration (EDBA), tailored for Asian executives.A European Doctorate for Asian LeadersThrough HEC Liege's EDBA, students can translate decades of executive experience into doctoral level insight, combining European academic rigor with Asia-Pacific business realities.Program Highlights1.Executive-Oriented Design: Modular delivery and blended learning accommodate busy professional schedules.2.Fully English-Taught: Courses conducted entirely in English foster diverse, cross Asian participation.3.Flexible Schedule: Structured to balance executive commitments with rigorous learning.4.Three-Year Completion: Efficient yet academically robust doctoral pathway.5.Comprehensive Support: Full academic and administrative guidance throughoutBeyond Traditional Exams.Rather than traditional doctoral qualification examination, EDBA research is validated through international conference presentations, enabling you to build academic credibility, global visibility, and thought leadership while maintaining your executive role.Why Choose HEC Liège EDBA programThe program unites diverse Asian executives under international faculty with both research expertise and executive practice experience.Key Benefits:1.Prestigious European Executive DBA.2.Research addressing real global market challenges.3.Internationally recognized faculty.4.Peer learning across diverse Asian markets.5.Practical dissertations creating immediate organizational impact.Strategic TimingJust as Belgian research excellence combines with Taiwan's technological strength, HEC Liège's EDBA merges European academic tradition with dynamic Asia-Pacific leadership demands.Your Strategic InvestmentHEC Liege EDBA transcends credentialing—it's a strategic leadership investment. Deepen strategic thinking, contribute original research, enhance professional credibility, and lead organizational transformation without career interruption.Request a confidential academic consultation to explore transforming your executive experience into a European doctoral qualification.

The Taipei City Government is rolling out a new phase of its innovation strategy. To advance the "Three Arrows for Startups" policy and strengthen the city's competitiveness within the global innovation ecosystem, the "InnoPad Taipei," located in Nangang and spanning approximately 5,300 square meters, has completed preliminary planning and is scheduled to officially launch in mid-2026. The hub will serve as the first landing point for international startups establishing operations in Taiwan.Nangang: a convergence hub for startups, building a cross-domain innovation networkIn recent years, Nangang has rapidly evolved into a major innovation and technology hub in Taipei. With its strategic three-rail transit convergence and proximity to high-tech industry clusters - including Neihu Technology Park, Nangang Software Park, and the Taipei Bioinnovation Park - as well as Nangang Exhibition Center, the district has become a concentrated center for leading enterprises and talent. Recognizing this locational advantage, the city has positioned InnoPad Taipei as a nexus where enterprises, accelerators, investors, and domestic and international startups converge, fostering an ecosystem for cross-regional and cross-disciplinary innovation collaboration. The hub connects Taipei's complete entrepreneurial resource chain - including incubators, corporate partners, international accelerators, and local startup communities - to build a comprehensive one-stop international landing service system. This will help startups rapidly access local resources, expand business opportunities, and strengthen engagement and collaboration within the global ecosystem.Three core functional zones: meeting diverse startup needsThe hub's interior is organised around three major functional zones tailored to the needs of startups at different stages: Co-working Area: Flexible workspace for early-stage teams seeking quick landing and agile operations.Independent Office Zone: Suitable for growing teams that requires stable, dedicated office space.Meeting and Co-creation Spaces: Supporting corporate partnership discussions, Demo Days, medium to large-scale events, and cross-domain exchanges.What makes the hub even more attractive is that teams signing a one-year contract will receive complimentary company registration services, significantly lowering administrative barriers to entrepreneurship. International teams with a clear landing plan can also apply directly for residency and receive hands-on consulting support.Building a city-level accelerator network, connecting corporate needs and global marketsThe hub will host a network of startup accelerators, including general-purpose and corporate accelerators, offering services such as entrepreneurial mentorship, fundraising consulting, technology integration, corporate partnerships, and international market expansion pathways. Together, these will form a complete "startup growth acceleration chain."The city government emphasized that related strategies will be coordinated across departments and continuously adjusted to ensure the hub remains aligned with global innovation trends over the long term.More than a building - a growth engine for Taipei's startup ecosystemThe Taipei City Government stresses that the hub's core value goes far beyond providing office space. Its mission is to build a long-term, sustainable innovation ecosystem.The hub will: Provide comprehensive one-stop landing services, regularly host international startup showcases, organize cross-border matchmaking events and Demo Days, offer corporate networking sessions, entrepreneurship courses, and strategy workshops, and bring together global entrepreneurs, legal entities, incubators, and investors.Through these initiatives, the hub aims to attract more international teams to establish operations, collaborate, and invest in Taipei - further elevating the city's visibility on the global innovation map.Taipei's next leap: becoming a global entrepreneur-friendly cityThe city government stated that "InnoPad Taipei" represents a significant milestone in advancing Taipei's innovation and technology policies. The city is committed to creating an open, welcoming, and competitive startup ecosystem and will continue to promote international collaboration, helping more entrepreneurs realize their dreams in Taipei and expand globally, ultimately establishing Taipei as a truly global entrepreneur-friendly city.

As generative AI continues reshaping industries worldwide, enterprises are accelerating adoption across production, inspection, and automation workflows. Yet, as the era of human-machine collaboration and robotics unfolds, traditional AI systems still face two major deployment barriers.The first challenge is the lack of adaptability: when on-site conditions change - such as in visual inspection scenarios where production lines switch tasks, new defect types emerge, or inspection conditions shift - conventional AI models often require days or even weeks of retraining, falling short of real-time operational demands.The second challenge is catastrophic forgetting: when a model learns new information, it often loses accuracy on previously mastered tasks, a long-standing technical hurdle in deep learning.To address these pain points, Memorence AI developed its proprietary instant learning technology, inspired by the mechanisms of the human neocortex. The technology significantly shortens the time needed to adjust AI models while maintaining stability of prior knowledge. This provides a critical foundation for real-world human-machine collaboration. The company has secured invention patents in Taiwan, the United States, Japan, and China, laying the groundwork for its global expansion.Founder and CEO Pai-Heng Hsiao explained that the core principle is designed to support human-inspired capabilities such as perception, association, understanding, reasoning, and memory. For example, when an operator identifies a misjudgment and corrects it, the system can immediately incorporate the new information and apply it to subsequent tasks. This capability delivers rapid feedback and can be extended to support multi-modal knowledge applications.Focusing on Three Application Domains, Gaining Traction Among IPC VendorsMemorence.AI aims to bring AI from the cloud to the front line. Its end-to-end AI solution, Memorence Suite, is designed for large-scale visual inspection tasks and features a no-code architecture, allowing enterprises to deploy AI without relying on in-house engineers. One major industrial customer reduced manual inspection miss rates from 2-4% to below 0.1%, significantly improving quality and operational efficiency.Operagents targets high-variability environments in human–machine collaboration and future robotic systems. Leveraging instant learning, the solution responds quickly to changes in workflow, operating procedures, and recognition conditions. After deployment at a major manufacturer, operators were able to provide corrections that the system rapidly incorporated within a human-in-the-loop workflow, updating guidance instructions in real time, effectively reducing assembly errors and minimizing variation among different personnel.Memoragents provides a multi-modal knowledge query system that enables companies to continuously accumulate and update domain expertise on the shop floor. This allows employees to resolve technical issues quickly while mitigating gaps in institutional knowledge and expertise transfer.Together, the three solutions - from large-scale visual inspection to real-time operational assistance and multi-modal knowledge understanding - form a complete foundation for next-generation human-machine collaboration and robotics applications.Hsiao stated that Memorence AI's instant learning technology and AI solutions form a complementary advantage with the hardware offerings of IPC vendors. Customers can integrate IPC systems with Memorence AI products to enhance the applicability and competitiveness of their overall solutions. In 2025, the company partnered with a leading IPC manufacturer to participate in a major European trade show, leaving a strong impression on local industry players and laying a solid foundation for its market expansion in Europe.Advancing Toward CES2026 and Accelerating Global ExpansionWith support from Taiwan Tech Arena (TTA), Memorence AI is set to participate in CES2026 and has been named a CES Innovation Awards 2026 Honoree. Given the United States' strong foundation in advanced manufacturing, precision manufacturing, and large-scale automation - coupled with the rapid growth of human-machine collaboration, robotics, and the stringent quality and process requirements in aerospace and other high-spec sectors - Memorence AI will showcase the instant learning capabilities of Operagents in operational guidance and quality assurance applications. The company will also demonstrate its multimodal visual-and-text knowledge base solutions, enabling enterprises to continuously update professional knowledge and workflow procedures directly on-site.Hsiao noted that Taiwan's government has significantly increased support for startups in recent years, providing strong momentum for industry-wide development. He expressed deep appreciation for TTA's long-term assistance, particularly the opportunity to join the CES delegation, which has not only boosted Memorence AI's global visibility but also strengthened its confidence in expanding its international presence. Moving forward, Memorence AI will continue to advance AI and instant learning technologies, expand into additional modalities and interactive capabilities, and support global partners as they embrace a new era of human-machine collaboration and robotics-driven applications.Operagents offers operational guidance and adapts via instant learning with human oversight.Credit: TTA

The global medical imaging market continues to grow steadily. Driven by an aging population, the rising prevalence of chronic diseases, and the acceleration of healthcare digitalization, the market has surpassed USD 60 billion and is expected to maintain a 4 - 6% compound annual growth rate (CAGR) in the coming years. The rapid adoption of AI and 3D imaging technologies is further fueling demand for advanced imaging equipment and integrated medical imaging solutions.Amid these industry trends, Cypress Technology which is a company with 35 years of expertise in professional audiovisual R&D and design, has successfully expanded into the medical imaging sector. By leveraging its long-standing expertise in image processing, Cypress brings advanced imaging technologies into clinical environments and has become a trusted partner for healthcare institutions in Taiwan and overseas seeking to build smart, integrated imaging infrastructures.35 Years of Image Processing Expertise Powering Comprehensive Medical Imaging IntegrationMedical imaging, including endoscopy, ultrasound, CT scans, and surgical imaging, forms the foundation of modern diagnosis and treatment. Cypress Technology has successfully translated its 35 years of image processing expertise into medical imaging integration, with solutions now widely deployed in hybrid operating rooms, telemedicine, medical image recording, hospital resource management centers, naked-eye 3D visualization, and specialized medical resolution processing.Cypress solutions enable real-time, stable, and high-quality image transmission and integration across diverse medical devices, significantly improving clinical workflows and operational efficiency.Core Technologies: Zero Latency, High Fidelity, and Support for Specialized Medical ResolutionsPrecision and efficiency are critical in medical imaging applications. Cypress delivers zero-latency image transmission, high-fidelity image reproduction, and support for a wide range of specialized medical resolutions, all of which are core capabilities refined through 35 years of R&D experience. These technologies form the essential foundation of Cypress’ medical imaging integration solutions.Cultivating an Imaging Ecosystem to Build an End-to-End Medical Imaging EcosystemTo support healthcare institutions in rapidly deploying comprehensive smart imaging infrastructures, Cypress actively promotes a medical imaging ecosystem strategy. Through close collaboration with ecosystem partners including AVer medical cameras, Avalue medical computing platforms, Karl Storz endoscopy systems and its Taiwan distributor Scutum Technology, Pentax endoscopy systems and its Taiwan distributor YM Medical Instruments, Sony medical displays, and AUO Display Plus for intelligent healthcare solutions. Cypress delivers an end-to-end ecosystem covering image acquisition, processing, and visualization. This ecosystem approach enhances device compatibility, accelerates clinical adoption, and extends applications beyond human healthcare to meet the growing demands of the veterinary market.The Rise of AI and 3D Imaging: Cypress Advances New Medical Applications with AI-Enabled HardwareAI represents one of the fastest-growing segments in medical imaging, with market forecasts projecting CAGR exceeding 20%. Deep-learning-based image analysis, imaging-based screening, 3D visualization, and advanced image preprocessing have become key investment priorities for healthcare providers.In response, Cypress has expanded beyond audiovisual transmission to introduce image processing hardware with built-in AI computing capabilities, supporting real-time 3D image processing and visualization, as well as AI-assisted deep learning for medical imaging. By integrating AI with advanced imaging technologies, Cypress empowers healthcare professionals with faster, more accurate, and real-time insights which significantly enhancing clinical efficiency and decision-making.Based in Taiwan, Expanding Globally: Strong Momentum in Medical Imaging IntegrationIn recent years, Cypress Technology has worked closely with system integrators to successfully deploy medical imaging integration solutions in numerous major hospitals across Taiwan, earning a strong reputation in the local market. Meanwhile, Cypress has established partnerships with leading global endoscopy brands and medical system providers, delivering customized imaging solutions that highlight Taiwan’s image processing expertise on the international healthcare stage.New medical recorder and video matrix with KVM management. Credit: Cypress Technology

3D technology has long promised a new level of visual immersion, yet widespread adoption has remained limited due to high content production costs, expensive hardware, and inconsistent user experiences. Taiwan-based startup Optiqb is redefining the category from the ground up. By combining AI algorithms with a proprietary optical screen protector, the company enables any smartphone to convert everyday 2D content into glasses-free 3D in just seconds - bringing stereoscopic viewing closer to everyday life.Optiqb CEO Jye Lin explained that the team's philosophy centers on "no change in device, no change in content, and no change in user behavior." By allowing users to access 3D in the most natural and familiar context, the company aims to remove long-standing barriers to adoption and pave the way for more widespread 3D usage.At the core of Optiqb's technology is an AI-powered 3D engine capable of real-time eye-tracking to determine the viewer's position. Through depth-prediction models, the system calculates the stereoscopic depth of each frame and generates separate parallax images for the left and right eyes. The algorithm then rearranges pixel information, which is refracted through a specialized optical layer embedded in the screen protector, enabling a full 3D effect without the need for head-mounted devices.A key breakthrough lies in the engine's ability to work with any 2D content - whether recorded video, streaming services, or platforms like YouTube - allowing instantaneous conversion and dramatically lowering the entry barrier for 3D consumption. Beyond content flexibility, Optiqb has focused heavily on visual comfort. Traditional 3D and VR experiences often induce dizziness because users must adapt to the device. Optiqb reverses this dynamic: its system adapts to the user. The AI dynamically adjusts parallax based on eye position and viewing distance, optimizing depth effects and mitigating the discomfort commonly associated with conventional 3D technologies.Optiqb's business model follows a dual-track approach that integrates both hardware and software. Revenue is sustained through the sale of its optical screen protectors, while its AI 3D engine is licensed to telecom operators and content service providers - allowing streaming platforms to upgrade to glasses-free 3D without remastering existing content. According to Lin, Singtel has already adopted the technology and is preparing to launch a premium 2D-to-3D service. Chunghwa Telecom is also in partnership discussions to gradually introduce glasses-free 3D versions of local content. Optiqb is additionally collaborating with device manufacturers to embed its technology directly into smartphones, tablets, automotive systems, and commercial displays, building an end-to-end ecosystem that connects content, software, and devices.National-Level Support Accelerates Optiqb's Global Deployment of Next-Generation Visual TechnologyOptiqb now derives nearly 90% of its revenue from overseas markets, with customers spanning Singapore, Japan, Southeast Asia, Europe, North Africa, India, and North America. Its very first commercial client - Singtel - underscores the high replicability of its core technology and its strong appeal across global markets.As the company rapidly expands worldwide, Taiwan Tech Arena (TTA) has played a pivotal role in accelerating Optiqb's internationalization. According to CEO Jye Lin, TTA has not only secured access to major global exhibitions but has also provided multi-layered support through its mentorship network, cross-border connections, client matchmaking, and hands-on commercialization guidance. These efforts helped Optiqb build a structured overseas expansion framework - from product pitch refinement and meeting preparation to time management during exhibitions - ultimately generating more international leads and partnership opportunities.For CES 2026, Optiqb has already finalized its meeting schedules, target customer lists, and outreach strategies with assistance from TTA and its mentor network. The company will engage with a broad spectrum of potential partners, including global telecom operators, content studios, major retail distributors, and automotive and display manufacturers, with the goal of signing multiple MOUs during the event.Looking ahead to 2026, Optiqb plans to standardize its "reference model" solution by the end of this year, enabling the company to replicate deployment globally through a unified offering. Its expansion strategy will focus on four major customer segments - telecom operators, content platforms, retail channels, and device manufacturers - building a scalable and efficient go-to-market model. With a clear strategy and mature technology stack, Optiqb aims to further accelerate the adoption of glasses-free 3D across international markets.Optiqb AI 3D engine quickly identifies user's eye position. Credit: Optiqb

Artificial intelligence (AI) is changing how digital gaming platforms operate, enhancing user experiences and improving security. By using AI, these platforms offer personalized interactions and advanced fraud detection. This transformation is significant in the context of online gambling in Texas.Digital gaming platforms have experienced growth, with technology significantly influencing user experiences. As artificial intelligence continues to advance, its integration into these platforms is redefining user interaction and engagement. AI's impact is particularly evident in enhancing personalization and security measures. In this context, online gambling in Texas benefits from AI advancements that cater to personalized user experiences while ensuring a secure environment for players.AI algorithms enhance personalized gamingAI algorithms are crucial in analyzing user behavior to deliver personalized gaming experiences. By examining how users interact with games, AI systems can tailor content that aligns with individual preferences. This approach enhances engagement and fosters a deeper connection between players and digital platforms. Personalized recommendations ensure that users encounter games that resonate with their interests, leading to increased satisfaction.The ability of AI to curate gaming experiences is transformative for user retention. Players are more likely to return to a platform where they feel understood and valued. As a result, digital gaming companies are investing in AI technologies to harness this potential. By focusing on what players enjoy most, these platforms can create dynamic environments that adapt and evolve alongside user preferences, setting new standards for engagement in the industry.Fraud detection technologies powered by AISecurity is a top priority for digital gaming platforms, and AI plays a crucial role in safeguarding users against fraudulent activities. AI-driven systems can detect anomalies in behavior patterns that may indicate fraudulent transactions or unauthorized access attempts. This capability is vital for maintaining trust among users who demand secure environments when engaging with online platforms.The application of AI in fraud detection extends beyond simple identification; it actively prevents fraudulent activities before they can impact users. Real-time monitoring and rapid response capabilities allow platforms to address threats swiftly, reinforcing user confidence. By continuously learning from new threats, AI systems evolve to offer robust security measures that protect both the platform and its users from emerging cyber risks.Customer service improvements using AI assistantsAI's role extends into customer service through the implementation of chatbots and virtual assistants that provide immediate support. These systems are designed to handle user inquiries efficiently around the clock, offering solutions without human intervention. For many users, this means quick resolutions to common issues without waiting for human agents.The efficiency of AI-powered customer service lies in its ability to learn from interactions and improve over time. As these systems gather data from user interactions, they become more adept at understanding complex queries and providing accurate responses. This evolution enhances the overall customer experience by delivering timely assistance and freeing up human resources for more intricate tasks.

Smart building and lifestyle service solutions are entering a new phase, driven increasingly by software rather than hardware. As demand grows for equipment-free, low-maintenance and rapidly deployable solutions - and as governments worldwide promote net-zero and sustainable building standards - traditional hardware-centric intercom and property-management systems are reaching their limits.Positioning itself around the concept of "software-defined lifestyle services", Epic Tech Taiwan is building a seamless smart-living ecosystem that connects residents' daily routines - from leaving home, navigating their day, to returning safely.Epic Tech Taiwan, a software startup under Taiwan Secom Group, leverages the group's decades of service experience while operating with the agility of a modern software company. According to VP Harry Chang, Epic Tech Taiwan combines strong software R&D capabilities with rapid market responsiveness, enabling it not only to develop software products but to fundamentally solve pain points in residential living. By adopting a SaaS-driven approach, the company aims to accelerate the next stage of smart-living innovation.Epic Tech Taiwan currently offers three major solutions: the Zhongbao Good Life property-management platform, the CES 2026 Innovation Award-winning G.Talk AI intercom solution, and the soon-to-launch LaLa POS system for retail and food-service operators.Zhongbao Good Life is the company's most mature offering, already deployed in over 6,000 communities, covering roughly 300,000 households and serving more than 200,000 members. The platform consolidates essential community management functions - including mailroom registration, announcement distribution, bill payment, facility maintenance requests and security-patrol records - into a single interface, streamlining operations for property managers and residents alike.Building on this foundation, Epic Tech Taiwan developed G.Talk, a software-based intercom system that eliminates the need for dedicated hardware, allowing residents to communicate with visitors remotely. LaLa POS adds the final piece to the "consumer-services" puzzle. Chang notes that the company's vision extends beyond serving residents - it also seeks to empower local merchants. Designed for retail and food-service businesses, LaLa POS delivers comprehensive store-management features and will eventually integrate with Zhongbao Good Life, enabling merchants to address operational challenges while connecting seamlessly with purchasing needs within the surrounding communities.Expanding into North America to Build an Exportable Smart-Living EcosystemIn its global expansion strategy, Epic Tech Taiwan has identified North America as its initial priority market, with G.Talk serving as the company's primary entry point. According to VP Harry Chang, the North American rental market is vast and highly fluid, creating strong demand for communication tools that require no physical installation and can be activated instantly. During the company's participation in CES 2025, local property-management and leasing operators highlighted that G.Talk's hardware-free and wiring-free design significantly reduces deployment costs. Government agencies also expressed interest due to its sustainability and non-invasive implementation.Given the differences in market conditions, regulatory requirements and maintenance models, Epic Tech Taiwan has adopted a distributor-led approach for overseas expansion. Local partners engage directly with end users, while Epic Tech Taiwan provides system-level support, accelerating the company's market entry and operational scale-up.Epic Tech Taiwan is set to return to CES in 2026. Chang notes that the trip carries two strategic objectives: first, to leverage the CES Innovation Award–winning G.Talk to target government agencies and real-estate developers with clear smart-building demands; and second, to debut LaLa POS on the international stage by engaging U.S. retail and food-service distributors. Together, these initiatives aim to present an exportable smart-living model that extends from residential services to consumer scenarios, advancing the company's global footprint in smart-building and smart-lifestyle solutions.Chang emphasized that TTA has played a crucial role in Epic Tech Taiwan's internationalization journey - not only by providing CES exhibition space, but also by helping refine presentations, sales narratives and messaging, translating engineering-heavy language into business-oriented communication aligned with global investor expectations. TTA also assisted in developing sales tools that can be directly applied in international markets.Looking ahead, Chang stated that Epic Tech Taiwan is transitioning from early-stage market validation to full-scale commercialization. In addition to deepening applications of Zhongbao Good Life and G.Talk, the company will position LaLa POS as its key offering for entering the retail and food-service sector in 2026, with the goal of deploying the system in 1,000 stores in the first phase. This expansion not only accelerates Epic Tech Taiwan's business growth but also lays the groundwork for broader cross-scenario integration and the global export of its smart-living ecosystem.Illustration of Epic Tech Taiwan's G.Talk and Zhongbao Good Life products.Credit: Epic Tech Taiwan