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Technology Introduction: • No Monthly Fee – One-time 10-year prepaid plan enables predictable, low-cost IoT deployments without recurring charges. • Global Coverage – Available in 173 countries and regions with no additional roaming fees. • Multi-Carrier Access – Supports multiple networks in many areas with a single SIM, including Taiwan, for improved connectivity. Industry Applicability: 1NCE provides cost-efficient, scalable IoT connectivity with a one-time 10-year prepaid SIM, usable in over 170 countries and regions. It supports industries like smart metering, asset tracking, healthcare, and smart cities by simplifying local or global operations. The service enhances industrial development by reducing TCO, streamlining device management, and accelerating digital transformation.
Innovation Economy | Information ＆ CommunicationsAfter uploading the operation data of the on-site equipment to the cloud database, 3DEXCITE can remotely retrieve the equipment data through the Web API and then transfer it to the embedded web page and 3D virtual system model. 3D virtual system model: According to actual monitoring needs, integrate various models in 3DEXCITE and accurately transfer cloud data to synchronize the operation of real and virtual machines. Build a 3D model of the equipment and combine it with a real-time information dashboard to create a 3D scene of the digital factory. Remote monitoring is achieved through cloud technology, and the equipment status is viewed through 3D scenes, making it convenient for managers to monitor factory operations at any time. Use AR technology to combine real-time equipment data with 3D models and scenes.
Innovation Economy | Materials ＆ Chemical Engineering ＆ NanotechThe All-in-One Drug Generator is an AI-driven technology capable of precisely generating candidate small-molecule drugs based on specific therapeutic requirements. Developed by Graphen Drugomics Inc. and integrated into the Atom Platform, this technology is trained on both small- and large-molecule structures as well as experimental language, enabling it to perform accurate conditional generation and internal optimization in iterative cycles. Leveraging multimodal features, we integrate advanced drug design to support complex multi-target, multi-drug scenarios, improving the success rate of drug development. Utilizing precision small molecule generation technology, we design novel and effective drugs for a variety of diseases, shortening the early drug development process from the traditional 2-4 years to just 6-12 months.
Innovation Economy | Biotechnology ＆ Medical careTechnology Introduction: Buddycom is a seamless, scalable communication tool available worldwide. It offers real-time voice sharing, translation, and transcription. Beyond traditional walkie talkies, Buddycom features speech-to-text and instant translation for clear, visible conversations. It supports group calls, live situation sharing, and lets you track users' locations on a map while communicating. Industry Applicability: Buddycom is ideal for both on-site and remote communication across various industries. Key clients include airlines, railways, transportation, logistics, retail, security, healthcare, and manufacturing.
Innovation Economy | Information ＆ CommunicationsTechnology Introduction: ULVAC has developed an advanced system for processing silicon carbide (SiC) materials. It enhances wafer stability, increases throughput, and reduces contamination, ensuring faster and cleaner production of high-quality SiC wafers. These wafers are ideal for high-temperature, high-frequency, and high-voltage applications, including EV chargers, industrial motors, and renewable energy systems. Industry Applicability: ULVAC’s high-energy ion implantation equipment for compound semiconductors is designed for industries needing advanced materials for high-performance devices. It supports mass production and prototyping, enabling devices with higher efficiency, reliability, and performance. Applications include automotive electronics, renewable energy, telecommunications, and industrial systems.
Innovation Economy | Electronics ＆ OptoelectronicsTechnology Introduction: • Technological Innovation – A monolithic chip integrates interface circuits to enable eGaN HEMTs to exhibit drive characteristics similar to those of MOSFETs, while retaining the fast switching performance and thermal advantages of enhancement-mode GaN. • Competitive or Intellectual Property Advantages – Simplified gate driving—no need for external gate driver circuits or custom driver ICs. The monolithic structure improves packaging yield and significantly reduces component count in power modules. • Important Achievements / Awards – 2024 EE Awards Asia, 2024 WEAA Award Industry Applicability: ICeGaN integrates a gate interface circuit and e-mode GaN HEMT into a single chip, making it easy to use like a MOSFET while keeping the benefits of GaN—high speed, low loss, and good thermal performance. It is ideal for fast chargers, server power, EV onboard chargers, motor drives, and solar inverters. With simpler design and fewer components, it helps reduce size, cost, and improve power density. ICeGaN is well-suited for next-generation efficient power systems.
Innovation Economy | Green Energy ＆ EnvironmentAs demand for cooling in modern data centers continues to rise, there is a growing need for next-generation technologies beyond conventional Direct Liquid Cooling (DLC). While current DLC systems require increasingly complex structures to achieve adequate thermal performance, our proprietary immersion cooling technology offers a more efficient and simplified solution. By enabling data centers to achieve a Power Usage Effectiveness (PUE) as low as 1.05, our system not only delivers superior energy efficiency but also reduces equipment footprint. This contributes significantly to lowering both the initial capital expenditures and ongoing operational costs, offering a compelling value proposition for next-generation data center infrastructure.
Innovation Economy | Machinery ＆ SystemIndustry 4.0 emphasizes the elasticity of production lines and rapid independent learning. Mejiro Genossen is committed to the integration of AOI and AI, combining the advantages of both to provide key technologies for automation upgrade. Image capture quality is the key driver of machine vision in smart products. 1: FA lens design and manufacturing 2: Fresnel lens module (patented) design and manufacturing 3: Exposure equipment optical module design and manufacturing for excimer laser processing 4: Can handle everything from lens polishing to lens assembly
Innovation Economy | Machinery ＆ SystemTechnology Introduction: Development of mobile manipulators using AGVs, AMRs and articulated robots.Proposal of a rack that can accommodate facility layouts that change daily based on production plans. 1. Mobile production cells with freely configurable layouts. 2. AGVs and AMRs (multiple manufacturers) can be used to sneak in and move production cells. 3. High-precision connection to existing equipment is possible. Industry Applicability: Applicable to FA manufacturing.
Innovation Economy | Machinery ＆ SystemDevelops high-performance, ultra-thin metalenses for next-generation optical applications. These semiconductor lenses replace traditional bulky optics with nanostructured, flat-surface alternatives that offer reduced size and weight while maintaining or enhancing performance. Through strategic collaborations with A*STAR institutes, MetaOptics has developed scalable processes such as Direct Laser Writing and 300mm wafer-level metasurface fabrication. MetaOptics metalenses are applicable across multiple industries including consumer electronics (smartphones, AR/VR), IoT cameras, automotive LiDAR, biometric authentication, and compact projection systems. Our pico projectors and color cameras serve emerging markets in AI-powered imaging, while our scalable manufacturing enables cost-effective integration into high-volume products.
Innovation Economy | Electronics ＆ OptoelectronicsTechnology Introduction: MIIDEL is a document and CAD drawing comparison solution that detects differences across versions automatically. It streamlines document reviews, enhances accuracy, and reduces engineering change management time. Industry Applicability: Architecture, Engineering, Manufacturing, Legal, Software Development
Innovation Economy | Information ＆ CommunicationsTechnology Introduction: Ebanle to improve functionality (efficiency, optical properties, etc.) of products and materials by fine patterning using nanoimprinting.TEX series realizes high productivity and ease of use for R&D and volume production than the conventional photolithography method. It's a “Easy to use” nanoimprint system by integrating Master mold, soft mold, UV resin, and imprint equipment. Industry Applicability: AR/VR/XR devices, 3D sensor, Metalens, Flexible MEMS, LSPR (Localised surface plasmon resonance), 3D hologram, Improved light extraction efficiency (LED, laser), Cell medium (medical, Lifescience)
Innovation Economy | Electronics ＆ OptoelectronicsAs consumer expectations shift toward customization, speed, and sustainability, traditional lens manufacturing processes are struggling to keep pace. This is especially true in the emerging field of AR and XR glasses, where optical precision and form factor are critical to user adoption. NeoVision’s 3D prescription lens technology addresses these challenges with a revolutionary approach. In the ophthalmic sector, NeoVision’s solution offers a high degree of customization, producing lenses with 0.01 diopter precision tailored to each individual’s prescription. Unlike conventional lens grinding, our process eliminates inventory waste, reduces lead times, and delivers consistent optical quality. By removing the constraints of pre-cut lens blanks and batch production, eyewear providers can shift to a just-in-time model that responds directly to end-user needs.
Innovation Economy | Electronics ＆ OptoelectronicsGlobal telecom operators are committed to reducing network power consumption and actively promoting APN to reduce signal processing delay and energy consumption of photoelectric conversion. With world-class 1.2 Tbps per optical wave and 800 Gbps long-distance transmission, the entire system can reduce carbon emissions by 60% compared to traditional equipment using liquid cooling technology. In an era that requires a large number of AI data centers and a large amount of data transmission, the all-optical network system can reduce the power consumption of telecommunications networks to 1% of the current level, while increasing data transmission capacity by 125 times. If enterprises adopt ACB, only half the number of GPUs are needed to complete the same computing processing, reducing GPU purchase costs and power consumption.
Innovation Economy | Information ＆ CommunicationsTechnology Introduction: Lightsource bp is a leading developer and manager of global utility-scale onshore renewable and energy storage solutions. We deliver affordable and sustainable power for businesses and communities around the world. We provide full scope development for our projects, from initial site selection, financing and permitting through to long-term management of projects and power sales to our clients. Industry Applicability: Lightsource bp delievers safe, value-driven renewable projects to support the global energy transition. Our first project in Taiwan - a 115MWp fishery solar farm in Budai and Yizhu, Chiayi County - is under construction and set for completion in 2026. We're honored to bring world-class solar expertise to Taiwan and committed to building a long-term partnership with Taiwan and its communities.
Innovation Economy | Electronics ＆ OptoelectronicsTechnology Introduction: Technological Innovation Modular MPC software platform with browser-based UI, real-time insights, and seamless integration across control systems for process optimization. Competitive or Intellectual Property Advantages Scalable architecture, personalized user experience, reduced training costs, and easy integration with existing business infrastructure. Important Achievements / Awards Reduces quality variation 75%, cuts energy consumption 20%, maximizes throughput 25%. Industry Applicability: Primary Industries Served: Cement - Process optimization and energy efficiency Chemical - Advanced process control and quality consistency Pharmaceuticals - Quality control and regulatory compliance Polymers - Process variability reduction and consistency Water - Chemical Dosing, Water and Energy nexus
Innovation Economy | Electronics ＆ OptoelectronicsTechnology Introduction: Synqroa's phase polarizing technology PHASERAY® is a revolutionary lighting device that can illuminates previously invisible scratches and foreign matter on any object by controlling light distribution using a special phase polarizing filters and medical lighting technology. Industry Applicability: The technology is being introduced into foreign body inspection in the pharmaceutical and food industries, as well as into quality inspection processes in the automotive and semiconductor industries.
Innovation Economy | Machinery ＆ SystemTechnology Introduction: This single unit can easily solve time discrepancies in devices controlled by PLCs, etc. 1. Uses a highly accurate real-time clock. 2. Palm-sized. 3. No need for radio reception or internet connection. Industry Applicability: Applicable to a wide variety of industries, including FA manufacturing and the social infrastructure industry.
Innovation Economy | Machinery ＆ SystemComing soon!
