作者 | 黄昱 编辑 | 王小娟 2025年临近收官之际，追觅在香港开设了首个线下门店。这是追觅全球化布局的关键落子，也是追觅要继续保持高速增长的重要策略。 12月20日，追觅科技扫地机事业部总裁孟佳在与华尔街见闻的深度对话中指出，追觅今年海外布局有非常大的进展，海外门店数已经突破了6500家，并且在 全球多地区开设了第一家旗舰店，比如在北美、欧洲、韩国等地区。 在此背景下，追觅连续六年年复合增长率超过100%。孟佳透露，明年扫地机产品线仍然会把100%的增长作为目标，重点发力北美和新兴国家，未来目标是 要在全球都做到市占率第一。 香港，历来是国际品牌进入亚太市场的桥头堡，也是中国品牌走向世界的试金石，。但自成立以立来就将全球化作为主要战略的追觅为何到现在才在香港开 设首店？ 对此，孟佳表示，追觅起初洞察到海外用户对于新科技接受度较高，所以在全球化发展之初会优先布局像欧美等大体量市场。发展到现在这一阶段，追觅也 要布局香港这一非常重要的全球化的区域，它将成为辐射亚太地区、展示追觅高端品牌形象是一个重要窗口。 IDC数据显示，今年前三季度，追觅扫地机以12.4%的出货量市占率位居全球第三，在欧洲市场排名第一。 ...

Core Viewpoint - The article outlines the Shanghai Municipal Science and Technology Commission's 2025 high-quality development plan for the technology industry, specifically focusing on the "Elderly Care Technology Support" project application guidelines aimed at enhancing innovation in elderly care technology [1]. Group 1: Application Scope - The application scope includes various categories of products aimed at assisting the elderly, such as life assistance and health service products [2]. Group 2: Product Directions - **Direction 1: Smart Tracking Wheelchair** - The goal is to develop a smart tracking wheelchair with independent intellectual property rights to assist elderly individuals with mobility impairments [3]. - Key performance indicators include multiple human-computer interaction modes, obstacle detection capabilities, and a minimum range of 25 km for battery life [3]. - **Direction 2: Stair-Climbing Robot** - The aim is to create an adaptive stair-climbing robot that does not require environmental modifications, assisting semi-disabled elderly individuals in safely navigating stairs [6]. - Performance metrics include load capacity, response times, and safety features [6]. - **Direction 3: Portable Bathing Machine** - The project focuses on developing a portable bathing machine that integrates negative oxygen ions and nano-water particles for elderly care [10]. - Key indicators include cleaning effectiveness, safety features, and ease of use [10]. - **Direction 4: Wearable Heart Failure Monitoring Device** - The goal is to create a wearable device for real-time lung fluid measurement to aid in chronic disease management for the elderly [14]. - Performance metrics include measurement accuracy and data transmission capabilities [14]. - **Direction 5: Multi-System Monitoring Wearable Device** - This involves developing a wearable device for monitoring respiratory, digestive, and urinary systems to provide early warnings for elderly patients [17]. - Key indicators include the ability to monitor various health parameters and the accuracy of disease warnings [17]. Group 3: Rehabilitation and Safety Monitoring Products - **Direction 1: Exoskeleton Robot for Lower Limb Rehabilitation** - The project aims to develop a lightweight exoskeleton robot to assist elderly individuals with lower limb disabilities in regaining mobility [21]. - Performance metrics include adaptability to various terrains and improvement in walking metrics [21]. - **Direction 2: Facial Nerve Rehabilitation Device** - The focus is on creating a wearable device for elderly individuals with facial paralysis to enhance rehabilitation outcomes [25]. - Key indicators include signal accuracy and device reliability [25]. - **Direction 3: Smart Assessment and Rehabilitation Device** - This involves developing a smart device for assessing and rehabilitating elderly individuals' mobility at home [28]. - Performance metrics include accuracy in balance assessment and the effectiveness of rehabilitation interventions [28]. Group 4: Care Services and Emotional Support Products - **Direction 1: Humanoid Care Robot** - The goal is to develop a humanoid robot for home care services, providing safety and comfort to elderly individuals [36]. - Key performance indicators include mobility, operational capabilities, and remote service features [36]. - **Direction 2: Integrated Smart Nursing Bed** - The project aims to create a smart nursing bed that facilitates various care services for the elderly [40]. - Performance metrics include automatic switching functions and monitoring capabilities [40]. - **Direction 3: AI Digital Medical Service Device** - The focus is on developing an AI-based device for home medical services, enabling elderly individuals to self-diagnose and receive care recommendations [44]. - Key indicators include connectivity with healthcare systems and diagnostic accuracy [44]. - **Direction 4: Cognitive Assessment and Intervention Robot** - The aim is to create a robot for assessing and intervening in cognitive health for elderly individuals [47]. - Performance metrics include assessment accuracy and the effectiveness of intervention strategies [47].