Feature •Automatic Gain Control (AGC). •Backlight Compensation. •Automatic White Balance. •Wide Dynamic Range (WDR) function with 120dB at 30 FPS. •Night noise suppression function. •Nighttime shooting with automatic aperture adjustment. •Stable image quality during low-light shooting at night under stable external light conditions, ensuring no flicker or color rolling, and clear nighttime images. Specifications •Uses a CMOS 1/3” Image Sensor. •MAX Resolutions：2MP (1920×1080 pixels)，D1 (640x480 pixels) •Maximum Frame Rate：30 FPS @1920×1080，30 FPS @640x480 •Focal Length：2MP lens ： 2.8-12mm±5%，D1 lens ： Fixed •Minimum Illumination：Color： Below 0.06 Lux，Black：Below 0.02 Lux.

Digi-Green Compass – Linking Tech to a New Future Showcasing Taiwan’s Green Resilience Through Technological Leadership Centered on the core pillars of AI, DIGITAL and GREEN , Digi-Green Compass brings transformative capabilities of enterprises, cities, and industries to forge a comprehensive green ecosystem spanning Energy, Mobility, Governance, and Green Supply Chain. Through benchmark leadership and technical demonstrations, this pavilion illustrate the feasibility and scalability of the net-zero transition. Here, technology serves as a shared language for industrial decarbonization, urban optimization, and supply chain synergy, leveraging technical strength to advance together toward a net-zero future.

Jobdone's "Construction & Manufacturing" module is specifically designed for contractors specializing in system furniture, precast engineering, steel structures, and fencing. Addressing the characteristics of **"in-factory processing and on-site assembly"**, it provides a powerful digital dispatch center to coordinate personnel, equipment, materials, and vehicle dispatch. Through digital work order management, businesses can precisely control every step from shipment to each stage of construction, significantly improving delivery efficiency. Regarding net-zero solutions, this module reduces carbon emissions from redundant vehicle dispatches through precise resource scheduling and replaces paper processing and acceptance forms with digital forms. Combined with phased completion inspections, it effectively reduces material waste caused by construction errors, assisting subcontractors in practicing a circular economy from processing to assembly, and achieving the carbon reduction transformation goals in smart city construction.

In the era of automation and digital transformation, the challenge for managers is no longer just hardware installation, but how to integrate fragmented subsystems into a connected network with a “brain.” The SOYAL WEB PLC (AR-401-PLC-1616R) was created precisely for this purpose as a cross-domain integration core. It breaks through the limitations of traditional PLCs, with a built-in web management interface and powerful dual communication channels (CH1 / CH2), enabling simultaneous coverage of both “identity recognition” and “physical facility monitoring.” With full support for the Modbus TCP protocol, on-site data can seamlessly connect to cloud platforms or SCADA central monitoring systems, making remote control and data analysis easily accessible.

Strong and Wise Materials Technology offers a solution for transforming textile waste into high-value products, promoting low-carbon sustainability and environmental protection. Not only does this solution address the pollution caused by textile waste in urban areas, but it also aids brands and the textile industry in managing over 90% of their textile waste. Through patented technology, we convert textile waste into high-quality recycled plastic (R-PET) particles for various recyclable plastic products. Additionally, we produce environmentally friendly green building materials (EF Wood) suitable for different environments, resolving issues associated with solid wood and plastic wood while creating a variety of wood-like furniture. All our products are 100% recyclable. Strong and Wise provides truly sustainable and circular solutions, generating renewed value from textile waste.

Qualcomm Terrestrial Positioning Service (TPS) provides high-accuracy geolocation and wayfinding capabilities for mobile and industrial devices by leveraging nearby Wi-Fi, cellular base stations, and terrestrial signals such as Bluetooth® Low Energy (BLE), enabling precise positioning virtually anywhere. It offers flexible integration options through software packages and APIs that can be easily incorporated across diverse hardware and platforms. Designed with battery efficiency in mind, intelligent algorithms support always-on or periodic cloud-based location updates, optimizing power consumption for different usage scenarios. TPS also supports offline positioning through token and caching technologies, allowing devices to determine location even without network connectivity. * Qualcomm branded products are products of Qualcomm Technologies, Inc. and/or its subsidiaries. Qualcomm is a trademark or registered trademark of Qualcomm Incorporated.

Taiwan AI Cloud provides industry-specific AI application integration services, including custom LLM model fine-tuning, AI deployment planning, and AI training and inference platform development. Built on the Formosa Foundation Model (FFM) — an enterprise-grade large language model optimized for local languages and industries — or other high-performance open-source models, our solutions enable organizations to systematically integrate AI into real-world operations. Through expert consulting and tailored implementation, we help enterprises enhance operational efficiency, optimize customer experience, innovate business models, and build sustainable AI capabilities that drive long-term digital growth.

We are committed to creating a convenient and safe smart community living experience. Our services integrate the Wofu Community APP for residents, the installation of surveillance cameras in public areas of the community, and advanced lane management and license plate recognition systems to achieve technologically advanced community access and security management.

Extreme rainfall events have increased the frequency of flooding, creating an urgent need for timely and reliable monitoring of urban drainage systems. The Smart Water Monitoring solution deploys water-level sensors and communication devices within stormwater drainage networks to ensure continuous data transmission. Through a centralized platform with real-time visual indicators, authorities can quickly identify abnormal conditions. This solution strengthens urban disaster resilience, reduces manual inspections, and improves overall operational efficiency.

-) Prognostics and Health Management -) AIR & Expert Assist -) AIR Design Builder -) AIR Quality Check -) AIR APPs in Cloud

Smart Multifunctional Periodontal Pathology Quick Screening System (SMPPQSS) is the first product able to automatically identify the position of teeth and then to calculate the distribution area of dental plaque simultaneously. The system also provides a new painless gingivitis examination method that could relief examining discomfort. Neither the need of the plaque disclosing tablet nor a probe to penetrate into the patient’s periodontal pocket to determine the degree of periodontitis. Once all tooth-related data is automatically filled into the periodontal digits, the medical record sheet is uploaded to the system directly. It shortens the process to less than 10 minutes, greatly reducing the discomfort of patients during the examination as well as shortening the time doctors need to diagnose and record. SMPPQSS is easy to operate and portable. Dentists or dental assistants can check periodontal health quickly with no restriction of facilities, patients can receive a more convenient medical care even in remote rural areas or at home, or with limited mobility.

Due to the terrain of Taiwan, how to save water resources become one of the main topics that has attracted the public’s attention. Through the following water facilities, the public could get real-time query of water information. In the future, water alarms will be provided for the public to prevent water disaster. At the same time, it also makes water resources management more intelligent, which can not only save resources but also effectively control them.