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市场调查报告书
商品编码
1348580
物联网新创公司追踪：智慧建筑Internet of Things Start-up Tracker: Smart Buildings |
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物联网解决方案的成长潜力使建筑物更安全、更有效率、永续性
Frost & Sullivan 将智慧建筑定义为配备连网装置的建筑，可为居住者提供安全、高效且舒适的环境，同时优化营运和能源效能。智慧建筑行业的相关人员，包括新兴企业、新创公司和新创企业，正在创新，以实现建筑脱碳和数数位化，并改善居住者的社会福利。
新兴企业在智慧建筑产品领域势头强劲，例如能源管理、门禁、电梯、智慧建筑管理、施工管理以及消防安全和保全。本研究探讨了智慧建筑生态系统，并考察了影响成长的要素，并专注于新兴企业。
近年来，客户对数位转型技术的采用不断加速，并有望改变建筑技术产业，使建筑更加互联、永续和认知。智慧建筑解决方案利用物联网 (IoT)、人工智慧 (AI) 和机器学习 (ML) 等数位转型技术来推动建筑营运和维护，从被动式维护转向预测性维护。物联网彻底改变了建筑物的管理和运作方式。透过物整合，智慧建筑变得更加智慧、节能、安全和永续。
Frost & Sullivan 提供此新创企业追踪器作为生态系统参与者的资源，以识别提供符合产业挑战的解决方案的供应商。该追踪器提供了丰富的新兴企业和利基参与者资料库，能够改变智慧建筑流程并为最终用户提供付加。为了选择这些公司，Frost & Sullivan 使用了最佳实践资料库和二次研究，对全球智慧建筑技术生态系统进行绘图和排名。
本研究提供了 66 家专注于智慧建筑物联网的新创新兴企业的名单，显示了公司总公司、成立年份、提供的解决方案和目标最终用户。 Frost & Sullivan 对每个地区的新兴企业进行了深入的初步访谈，以了解其竞争概况并了解相关发展、策略和价值提案。 Frost & Sullivan 分析师筛选并分析了每位候选人，并根据本研究中概述的标准为每家新兴企业製定了总体评分。要符合物联网元件的资格，任何产品、应用程式或服务都必须是结构四个元素的更大解决方案的一部分：
- 具有资料检测功能的虚拟对象
- 能够为实体和虚拟物件分配 ID
- 这些物件之间的互连用于监视和交互
- 能够从资料中产生即时见解并将其合併到现有业务流程中
物联网领域仍在不断变化。与更成熟的资讯和通讯技术 (ICT) 市场不同，物联网领域与汽车、能源和交通等其他行业有很大的重迭。为了准确观察和检测物联网相关的经济活动，Frost & Sullivan 使用上述定义来确定技术产品、应用程式或服务是否属于物联网的一部分。
目录
战略问题
- 为什么成长如此困难？
- The Strategic Imperative 8（TM）
- 三大策略对智慧建筑业的影响
- 推动Growth Pipeline Engine（TM） 的成长机会
市场定义与调查方法
- 物联网 (IoT)
- 调查范围
- 研究过程与调查方法
成长环境
- 智慧建筑概述
- 智慧建筑的演变
- 智慧建筑特点
- 预测假设
- 全球智慧建筑业销售额
- 智慧建筑中的物联网
- 2022 年亮点
- 智慧建筑市场趋势
- 预言
- 建筑类型
- 市场区隔
- 能源管理
- 能源管理低压配电中的物联网
- 能源管理中的物联网 IAQ
- 能源管理暖通空调
- 能源管理：暖通空调系统的变革性技术
- 能源管理 HVAC 设备和应用中的物联网
- 能源管理照明
- 能源管理：照明中的物联网
- 门禁和电梯
- 物联网在门禁和电梯门禁的应用
- 门禁与电梯物联网
- 智慧楼宇管理
- 智慧楼宇管理：BAS
- 智慧建筑管理 BAS 中的物联网应用与设备
- 智慧建筑管理 BEMS 中的物联网
- 消防安全和安保
- 物联网在消防安全与保全的应用 电子安全
- 消防安全与安防物联网在消防安全的应用
- 施工管理
- 施工管理数位孪生
- 物联网在施工管理的应用 施工管理软体
- 物联网在施工管理中的建筑资讯建模
主要竞争
- 物联网智慧建筑新兴企业
- 竞争概况调查方法
- 竞争概况 创新目标
公司简介
- Kontakt.io
- 米特里库斯
- 认识
- 麦特龙
成长机会宇宙
- 成长机会1：永续创新的先进物联网解决方案
- 成长机会 2：数位孪生
- 成长机会 3：加强智慧仓库的物联网设备和数数位孪生
- 成长机会4：加强智慧资料中心的物联网设备
- 成长机会5：智慧医院的先进物联网解决方案
- 成长机会六：策略伙伴关係
- 成长机会7：利基市场
- 图表列表
- 免责声明
Growth Potential for IoT Solutions that Make Buildings Safer, More Efficient, and Sustainable
Frost & Sullivan defines a smart building as one equipped with networked devices that help provide a safe, productive, and comfortable environment for its occupants while optimizing operational and energy performance. Smart building industry participants, including leading, emerging, and start-up companies, innovate to achieve building decarbonization and digitalization and improve occupant well-being.
The product landscape for smart buildings is seeing significant start-up activity in some segments, including energy management, access control and elevators, smart building management, construction management, and fire safety and security. This study surveys the smart building ecosystem and considers factors impacting growth, with a focus on start-ups.
Customer adoption of digital transformation technologies has accelerated in the last few years and is poised to transform the building technology industry, making buildings more connected, sustainable, and cognitive. Intelligent building solutions using digital transformation technologies, including Internet of Things (IoT), artificial intelligence (AI), and machine learning (ML), are advancing building operations and maintenance, moving from reactive to predictive maintenance. IoT has revolutionized the way buildings are managed and operated-smart buildings are more intelligent, energy-efficient, safe, and sustainable with the integration of IoT.
Frost & Sullivan offers this Start-Up Tracker as a resource to help ecosystem participants identify solution providers with offerings that match industry challenges. The tracker provides a rich database of start-up and niche players that have the capabilities to transform processes in smart buildings and add value for end users. To select these companies, Frost & Sullivan uses its best practices database and secondary research on smart building technology ecosystem mappings and rankings worldwide.
The study offers a list of 66 start-ups focused on IoT for smart buildings, displaying company headquarters, founding year, solution offered, and the target end user. Frost & Sullivan conducted detailed primary interviews with start-ups that stand out in different regions to generate a competitive profile and understand relevant developments, strategies, and value propositions. A Frost & Sullivan analyst has screened and analyzed each short-listed company and established an overall score for each start-up based on the criteria described in this study. To qualify as a component of the IoT, any product, application, or service must be part of a larger solution that comprises the following 4 elements.
- Objects that are virtualized and imbued with data measurement capabilities
- The ability to grant identities to physical and virtual objects
- Interconnections between these objects for monitoring and interaction
- The ability to generate real-time insights from data and incorporate them into existing business processes
The IoT space is still in flux. Unlike more mature information and communications technology (ICT) markets, the IoT space has significant overlap with other industries such as automotive, energy, and transportation. To accurately observe and measure IoT-related economic activity, Frost & Sullivan uses the definition above to determine if a technology product, application, or service is part of the IoT.
Table of Contents
Strategic Imperatives
- Why Is It Increasingly Difficult to Grow?
- The Strategic Imperative 8™
- The Impact of the Top 3 Strategic Imperatives on the Smart Building Industry
- Growth Opportunities Fuel the Growth Pipeline Engine™
Market Definitions and Methodology
- The Internet of Things (IoT)
- Scope of the Study
- Research Process and Methodology
Growth Environment
- Smart Buildings: An Overview
- Evolution of Smart Buildings
- Smart Building Functionalities
- Forecast Assumptions
- Global Smart Buildings Industry Revenue
- IoT in Smart Buildings
- Highlights of 2022
- Trends in the Smart Building Market
- Predictions
- Types of Buildings
- Market Segmentation
- Energy Management
- Energy Management: IoT in Low-voltage Power Distribution
- Energy Management: IoT in IAQ
- Energy Management: HVAC
- Energy Management: Transforming Technologies in HVAC Systems
- Energy Management: IoT in HVAC Devices and Applications
- Energy Management: Lighting
- Energy Management: IoT in Lighting
- Access Control and Elevators
- Access Control and Elevators: IoT in Access Control
- Access Control and Elevators: IoT in Elevators
- Smart Building Management
- Smart Building Management: BAS
- Smart Building Management: IoT in BAS-Applications and Devices
- Smart Building Management: IoT in BEMS
- Fire Safety and Security
- Fire Safety and Security: IoT in Electronic Security
- Fire Safety and Security: IoT in Fire Safety
- Construction Management
- Construction Management: Digital Twins
- Construction Management: IoT in Construction Management Software
- Construction Management: IoT in Building Information Modeling
Key Competitors
- IoT Smart Buildings Start-ups
- Scoring Methodology for Competitive Profiles
- Innovation Target for Competitive Profiles
Company Profiles
- Kontakt.io
- Metrikus
- Kognition
- Metron
Growth Opportunity Universe
- Growth Opportunity 1: Advanced IoT Solutions for Sustainable Innovation
- Growth Opportunity 2: Digital Twinning
- Growth Opportunity 3: Enhanced IoT Devices and Digital Twins for Smart Warehouses
- Growth Opportunity 4: Enhanced IoT Devices for Smart Data Centers
- Growth Opportunity 5: Advanced IoT Solutions for Smart Hospitals
- Growth Opportunity 6: Strategic Partnerships
- Growth Opportunity 7: Niche Markets
- List of Exhibits
- Legal Disclaimer
