Smart Solutions for the Digital Transformation of the Construction Industry Yan Qing Information Technology Co., Ltd., founded in 2017 and headquartered in Shanghai, is a leading high-tech enterprise specializing in smart construction, parks, factories, hospitals, and hotel management platforms. We provide integrated software development and sales for intelligent infrastructure management. We are committed to delivering high-quality digital solutions tailored to our clients’ needs. We follow a philosophy of Innovation, Expertise, Service, and Win-Win Collaboration, continuously enhance our products and services to create greater value and drive mutual growth for our clients.

MEDI-EYE-w is a wellness-focused eye care solution based on low-intensity photobiomodulation (PBM) technology, designed to support visual comfort, eye fatigue recovery, and daily eye wellness. With increasing screen exposure, aging populations, and lifestyle-related eye strain, there is growing demand for non-pharmacological, easy-to-use eye care solutions outside clinical settings. MEDI-EYE-w delivers safe, low-energy multi-wavelength light stimulation optimized for wellness use, helping promote cellular activity, circulation, and relaxation of periocular tissues. Unlike medical devices, MEDI-EYE-w is intended for preventive and lifestyle management, enabling regular use without invasive procedures or prescription dependency. The primary customers include consumers, wellness-focused users, corporate wellness programs, and digital health platforms. Its intellectual property integrates optical design, light control algorithms, and user-centered wellness protocols, addressing market needs for accessible, evidence-based eye wellness products. MEDI-EYE-w bridges scientific PBM technology with consumer usability, expanding eye care from treatment to daily wellness.

MEDI-EYE is a non-invasive ophthalmic medical device based on photobiomodulation (PBM) technology, designed to address unmet needs in chronic eye diseases such as dry eye disease (DED) and dry age-related macular degeneration (Dry AMD). Existing treatments often rely on long-term medication use or invasive procedures, leading to compliance issues and limited efficacy. MEDI-EYE applies simultaneous multi-wavelength PBM LED irradiation to stimulate mitochondrial activity, enhance cellular metabolism, and regulate inflammation-related pathways in ocular tissues. This approach enables therapeutic effects with short treatment time, low energy consumption, and high safety, making it suitable for repeated clinical or future home use. The primary customers include ophthalmology hospitals, clinics, and healthcare providers, with expansion potential toward home-care users through digital health platforms. The underlying intellectual property combines optical hardware design, embedded control algorithms, and treatment protocols, offering a scalable solution aligned with market demands for non-pharmacological, data-driven eye care. MEDI-EYE bridges clinical efficacy and usability, addressing growing needs driven by aging populations and increased screen exposure.

This technology is a real-time, non-intrusive carbon and air-pollutant monitoring platform designed for port environments. By integrating wind, weather, and AIS data with port-based sensors and AI cameras, the system analyzes vessel-specific emission impacts without requiring any onboard installation. Measured pollution concentrations are matched with ship-level information, including EU MRV data, to accurately assess emission responsibility and environmental impact. The results are visualized through an intuitive dashboard that enables port authorities and operators to monitor emissions in real time and make data-driven decisions. Based on the analysis, immediate response actions can be executed in a one-stop manner, such as requesting shore power (AMP) usage for high-emission vessels or deploying targeted drone inspections for further verification. This solution addresses the growing need for ESG compliance, regulatory reporting, and smart port operations by providing reliable, scalable, and easily deployable emission monitoring technology for ports and maritime stakeholders.

REHABILITY is an evidence-based digital rehabilitation system that turns therapy into engaging semi-virtual reality games for motor, cognitive, and functional recovery. Co-designed with clinicians and patients aged 60 to 95, it delivers personalised exercises that can be completed across various care settings, including private homes. It offers a scalable, connected care solution for hospitals and rehabilitation centres, that raises therapy intensity and mitigates the shortage of staff. Backed by 13 years of scientific research and proven as effective as traditional therapy, REHABILITY boosts adherence, enhances motivation, and significantly increases specialist productivity.

Given the importance of English as the international language of business, many Asian professionals and workforces still face a significant proficiency gap compared to their Western counterparts. They often encounter difficulties in three key areas: 1) understanding technical nuances, 2) drafting documents such as proposals and agreements, and 3) comprehending the diverse range of English accents found in regions like Korea, China, Japan, India, and Singapore. To address these challenges, our technology offers an e-learning platform that provides individuals and teams with a structured approach to complex business negotiations. It features standardized templates and conversational expressions to guide users effectively. This solution tackles common pain points, including inconsistent preparation, inadequate documentation, and a lack of analytical tools, which often result in suboptimal agreements.

This South Korea-based company has developed an AI-powered, smart wearable health monitoring system that continuously measures heart rate, heart rate variability (HRV), respiration, posture, and stress levels without requiring tight or invasive contact. It integrates advanced sensing technology into comfortable wearable forms such as smart garments and smart bands, offering both high accuracy and ease of use. At the core of the system is a ballistocardiograph (BCG) sensor, which detects subtle vibrations caused by the heartbeat and blood flow, enabling precise monitoring of cardiovascular and respiratory functions without direct skin contact. The smart garment functions simply by wearing it like regular clothing, while the smart band can be placed on any desired body part or worn over regular clothing like a belt, making it highly flexible for different users and situations. Optimized for seniors and caregivers, the system helps detect early signs of physical and emotional health risks through real-time alerts and actionable insights. Designed for use in homes, hospitals, and elderly-care facilities, it bridges the gap between preventive care and daily monitoring, empowering families and healthcare providers to improve the quality of life for aging populations.

German Company is seeking innovative, purely data-driven approaches to intelligently process existing position data and enable track-accurate positioning around the clock. The challenge focuses on: • Track-accurate positioning in areas where multiple tracks run close together or vehicles are parked • Real-time or near real-time processing (approx. 50 messages per second in production) • Scalable solutions that work transparently with access to source code (no black box) • Data quality improvement of existing location data using algorithms and data processing • Operational viability for 24/7 nationwide train positioning system • FzO-BO criteria validation for output data Target areas: • GPS data processing and enhancement • Machine learning algorithms for positioning • Real-time data analytics • Railway operations technology • Location intelligence solutions • Transportation technology • IoT and sensor data processing • Geospatial analytics • Railway infrastructure technology The solution should significantly increase accuracy of vehicle positions from existing systems without requiring costly vehicle retrofitting or additional hardware installations.

This is an innovative AI-driven rehabilitation management SaaS platform, ONZSOAP, engineered to transform real-world clinical data into global standards for rehabilitation. Built on advanced AI charting technology, the platform offers a "30-second note generation" feature that significantly reduces paperwork for healthcare professionals (PT, OT, etc.), allowing them to focus more on patient care. Trusted by a growing expert community with over 2,000 pre-registered users, this solution provides a seamless, evidence-based smart workflow from initial patient assessment to final documentation.