Internet of Things (IoT) in Construction - Thematic Research
Summary
The global construction industry remains troubled, with key markets suffering a sharp slowdown in output growth in real terms (constant prices) or a contraction. Overall, the global construction industry is now expected to grow by 1.8% in 2023, but excluding China, the growth rate will stand at just 0.4%. The deceleration in global growth reflects the challenging conditions in most markets around the world in the form of high inflation and a tightening in monetary policy that has dampened investment.
The combination of labor shortages and cost-cutting measures has heightened the need for safety in the workplace, as fewer available workers must maintain productivity levels while adhering to stricter budgets, increasing the risk of onsite accidents. By deploying IoT sensors and devices throughout construction sites, companies can continuously monitor and gather data on various safety parameters. These sensors can detect potentially dangerous conditions, such as gas leaks, structural weaknesses, or hazardous temperature fluctuations, and instantly relay this information to workers and supervisors. Real-time alerts and notifications can be sent to workers' wearable devices, ensuring they are aware of any imminent threats.
Key Highlights
The construction industry is widely considered one of the least digitized industries and has been slower to adopt AI than other sectors. This is due to a number of unique challenges the industry faces. Historically, computers did not have the processing power necessary to crunch the data needed for BIM, as it is often vast and unstructured. Access to this data was also notably inconvenient. However, in 2023, due to developments in computer power, semiconductors, and cloud computing, which facilitates data sharing, AI implementation has grown considerably.
IoT technologies are key to digitalization in the construction industry. Sensors, asset monitors, wearables, and integration with BIM can all improve safety, productivity, and, therefore, profit margins. For an industry that has large sites to manage, strict project timelines, hazardous working conditions, and tight profit margins, IoT can create a manageable view of construction sites for project managers, streamline operations, and protect workers.
Scope
This report provides an overview of the IoT theme. The detailed value chain comprises of five layers: physical layer, connecitivity layer, data layer, app layer, services layer. Leading and challenging vendors are identified across both segments.
It identifies construction challenges, such as ESG, labor shortages, and safety, and an impact assessment of IoT on the construction industry, addressing these challenges.
It includes three case studies, outlining market-leading use cases of IoT in construction to enhance building monitoring capabilities, equipment maintenance, and develop a connected worker safety system.
It contains comprehensive industry analysis, including forecasts for IoT revenues to 2030, and insight from GlobalData’s Job Analytics and Patent Analytics databases.
The report has extensive coverage and analysis of relevant companies’ positions in the IoT theme. This includes leading adopters, vendors, and specialist IoT vendors in construction.
It includes GlobalData’s unique thematic scorecard that ranks construction companies according to their positioning in the ten themes most important to the industry, of which IoT is one.
Reasons to Buy
This report will help you to understand IoT and its potential impact on the construction sector.
Benchmark your company against your competitors, by comparing how prepared 46 companies in the construction sector are for IoT disruption.
Identify and differentiate between the leading IoT vendors and formulate an adoption plan for your company.
Position yourself for future success by investing in the right IoT technologies. Cut through the noise with GlobalData’s priority ratings for each IoT technology for each segment of the industry (conceptual design, feasibility studies, planning and permitting, financing, design and engineering, construction, and operations and maintenance).
Develop relevant and credible sales and marketing messages for construction companies by understanding key industry challenges and where IoT use cases are most useful.
Identify attractive investment targets by understanding which companies are most advanced in the themes that will determine future success in the construction industry.
Executive Summary
Players
Construction Challenges
The Impact of IoT on Construction
How IoT can help address the challenge of safety
How IoT can help address the challenge of cost control
How IoT can help address the challenge of supply chain management
How IoT can help address the challenge of labor shortages
Case Studies
Cisco and Sentiom have enhanced real-time building monitoring capabilities
ACECO launched smart crane technology to improve equipment maintenance
CAT uses smart wearable technology to develop a connected worker safety system.
Market Size and Growth Forecasts
IoT market size and growth forecasts
Signals
Patent trends
Hiring trends
IoT Value Chain
Physical layer
Connected things
Cameras and lenses
Sensors and microcontrollers
Microprocessors
Connectivity layer
Edge infrastructure
Cloud infrastructure
Networking equipment
Telecom networks
Data layer
Data integration
Data aggregation
Data processing
Data storage
Data validation
Data governance and security
App layer
Apps
Platforms
Services layer
Integration services
Consulting services
Companies
Leading IoT adopters in construction
Specialist IoT vendors in construction
Sector Scorecard
Construction sector scorecard
Who’s who
Thematic screen
Valuation screen
Risk screen
Glossary
Further Reading
GlobalData reports
Our Thematic Research Methodology
About GlobalData
Contact Us
List of Tables
Table 1: key challenges currently facing the construction sector.
Table 2 Leading IoT adopters in construction:
Table 3: Specialist IoT vendors in construction
Table 4: Glossary
Table 5: GlobalData reports
List of Figures
Figure 1: Key players in IoT
Figure 2: IoT-related keywords with the most mentions in the construction sector, last five years
Figure 3: IoT is highly applicable in construction and operations and maintenance
Figure 4: The Cisco smart building solution
Figure 5: ACECO smart crane system
Figure 6: CAT connected worker platform
Figure 7: The global IoT market in construction will reach $33.0 billion by 2027
Figure 8: In 2021, IoT-related patent activity in the construction sector peaked at 1,307 publications
Figure 9: IoT job postings rose 329% between January 2021 and January 2023, but has declined since March 2023
Figure 10: ADT has posted the most IoT-related jobs between September 2020 and September 2023
Figure 11: The IoT value chain
Figure 12: The IoT value chain - Physical layer: leaders and challengers
Figure 13: The IoT value chain - Connectivity layer: leaders and challengers
Figure 14: The IoT value chain - Data layer: leaders and challengers
Figure 15: The IoT value chain - App layer: leaders and challengers
Figure 16: The IoT value chain - Services layer: leaders and challengers
Figure 17: Who does what in the construction space?
Figure 18: Thematic screen
Figure 19: Valuation screen
Figure 20: Risk screen
Figure 21: Our five-step approach for generating a sector scorecard