5G is a unified network, which is used by industries for meeting the communication demand between industrial applications. In addition, it provides next-generation user experiences, empowers new deployment models, and delivers new services of communication channels for industries. Furthermore, it collects huge amount of data to accurately predict when a machine will fail and reduce unplanned downtime, which enhances the growth of the market. Furthermore, many industries are using 5G technology in a way to replace traditional networking channels and to provide high-speed network connectivity between two machines. This is particularly beneficial for those manufacturers in countries with limited fixed infrastructure but relatively mature mobile network infrastructure, which is driving the growth of the market.

The global data center colocation market size was valued at $46.08 billion in 2020, and is projected to reach at $202.71 billion by 2030, growing at a CAGR of 15% from 2021 to 2030. The data center colocation market shows increasing trend with the rapid adoption of data center across all industry verticals. With the availability of solutions such as retail colocation and wholesale colocation, the market offers flexibility in terms of fulfilling the capacity requirement of individual organization. Data center colocation is a process of renting of large physical space, internet bandwidth and network by service provider within an existing data center to deploy its own data center to store huge data and manage server operation of large companies. It allows sharing of the existing infrastructure of data center resources for data center colocation.

Use of artificial intelligence (AI) technologies such as machine learning, natural language processing, computer vision, and context awareness computing improves efficiency of several activities that fall under the aerospace domain such as flight operations, better customer service, predictive aircraft maintenance, and manufacturing of aircraft components. The aerospace industry is in its initial phase of adoption of AI. The aerospace sector is witnessing increase in number of applications and more disruptive AI models are expected to be developed over years. Artificial intelligence is anticipated to play an important role in minimizing design process duration, prototyping, manufacturing, cutting costs, and is projected to result in numerous enhancements in the aerospace industry in the future.

随着“互联网+”模式在各个领域的深入发展，在国内“就医难”问题尚未解决及国家医疗改革利好政策刺激的背景下，2016年互联网健康医疗行业投融资规模再创新高，其中不乏规模达上亿美元的融资案例出现，互联网健康医疗企业已经在在线问诊、医疗信息及挂号服务、基因检测、移动医疗、健康管理等领域改变着人们的生活。

分级诊疗体系正在改变我国整体医疗服务现状。实现分级诊疗的核心在于加强基层家庭医生服务。在互联网时代，以“互联网+”为手段，提升基层医疗机构的服务能力是必然趋势。家庭医生集成平台整合互联网技术和工具、整合智能设备及诊断手段，加强基层信息化建设，实现医院、居民、医生信息互联互通。家庭医生集成平台的业务深入药品配送、健康体检等医疗服务环节，有助于提升医生工作效率及改善居民就医体验。

国家对中医药产业的大力扶持和对医疗体制改革的不断深入，推动了互联网中医迅速发展。在治未病、预防疾病、慢病管理等方面，中医药产业具有优势，发挥了显著的作用。《中医药法》的出台，彰显了国家有意将中医药产业作为未来医药产业和医疗服务体系重要一环予以大力推动的明确态度。2016年8月，《中医药发展“十三五”规划》正式出台，首次将中医药行业提升至“国民经济重要支柱性行业”的地位。国家中医药管理局制定的《中医药信息化发展“十三五”规划》发布，提出到2020年，基本建成统一高效、互联互通、惠民便民的中医药信息业务平台，创新健康大数据应用，发展“互联网+中医药”，适应深化医改和中医药健康服务快速发展的需求。

本报告通过对中医健康管理理论基础和理论内涵的讨论，进一步认识中医健康管理，提出现阶段中医健康管理的发展模式。通过对“互联网+”和医疗服务以及移动互联网健康医疗服务的分析，提出“互联网+”和中医健康管理数据库平台、中医健康咨询、精准中医健康管理、慢病中医健康管理、社区中医健康管理、“治未病”健康管理的发展思路。

互联网背景下，得益于学术与产业跷跷板式的互动发展模式，中医亚健康新学科在短短不到十年的时间里迅速成长，中医亚健康医师被列入新的职业分类大典。“互联网+”的模式使这一学科更好地为健康产业的有序发展做出贡献。

随着移动互联网的发展，中医药知识保护与发展在新时期面临新的机遇与挑战。对于中医名医临床经验和学术思想的传承与保护，以及中医临证处方的应用、开发与保护在移动互联网时代需要进一步完善顶层设计，建立适宜的服务平台与惠益分享机制，促进中医药知识的传承和发展。