Latefoss - Smart wearable micro-SME : Pre-industrial design stage

** 新型可穿戴设备 ** 我们正在围绕我们的分析可穿戴设备开发一个平台商业模式，旨在观察核心运动和稳定性，通过引入对“运动质量”的问责制来提供影响行为变化的数据集。该设备将利用陀螺仪技术和臀部和颈部的四个焦点来建立初始控制点-由于独特的硬件和传感器布局，焦点之间的张力将模拟脊柱运动，优化核心偏差的覆盖范围，并通过传感器模块整理定性数据。有关偏差的数据，无论是过度拉伸，屈曲或弯曲，都将通过我们定制的移动的应用程序进行绘图，分析和翻译成可理解的格式。这些数据可以由用户直接使用，也可以通过我们的平台生态系统由各种合作伙伴（例如患者与临床医生的连接）使用。这种能力可以带来新的机会，超越负担得起和方便的生物力学评估，并将产生长期积极的社会和经济影响，包括在移动的App服务中的是一个系统，该系统可以生成真实的时间动画化身，该化身使用从可穿戴设备收集的数据来反映用户的运动。这使得任何未经训练的个人都可以快速而全面地接收复杂的生物力学数据。**目标 ** 我们的生物力学分析设备的主要愿景是在广泛的部门合作伙伴中发展“运动问责制”，实现自我诊断和社会长寿。有了这个项目的资助，Latefoss希望通过采取“以证据为基础”的方法来指导关键决策和业务目标，将其业务定位于更高的商业化水平。表明我们成功的长期指标和结果包括：* 改善生物力学，独立性和整个人口的健康平等。纳入新的行业指标并释放采用我们平台驱动的生物力学技术的新机会 * 降低生物力学损伤和健康问题的医疗保健成本。改善老龄化人口的身体活动，减轻医疗保健服务的负担。

**Novel wearable device**We are developing a platform business model around our analytic wearable, designed for the observation core movement and stability, provisioning datasets that influence behavioural changes by introducing accountability on "movement quality".The device will utilise gyroscopic technology and four focal points, on the hips and the neck, to establish an initial control point -- Due to unique hardware and sensor layout, tension between focal points will mimic spinal movement, optimising coverage of core deviation and collating qualitive data via sensor modules.Data regarding deviation, whether that be overextension, flexion, or bending, will be graphed, analysed, and translated into an understandable format via our bespoke mobile application. This data could be utilised directly by the user or by a diverse range of partners (e.g. patient to clinician connection) through our platform ecosystem. Such capabilities could unlock new opportunities that go beyond affordable and convenient biomechanics assessments and will have long term positive social and economical impacts, ensuring longevity and independent lifestyles across all demographics.Included within the mobile App service is a system that can generate real time animated avatar that mirrors the user's movement using data collected from the wearable -- this allows any untrained individuals to receive complicated biomechanics data in a fast and comprehensive format.**Objectives**The primary vision for our biomechanics analytic device would be development of 'movement accountability' across wide sector partners, enabling self-diagnosis and social longevity.With this project funding, Latefoss is looking to position its business to higher levels of commercialisation by taking an "evidence-based" approach to navigate key decisions and objectives of the business.The long-term indicators and outcomes which would demonstrate our success would include:* Improved biomechanics, independence, and health equality throughout the population.* The incorporation of new sector metrics and unlock new opportunities which adopt biomechanical techniques driven by our platform* Reduction within healthcare costs regarding biomechanical injuries and health issues.* Improved physical activity within an aging population and a lower burden on healthcare services.