Structural Health Monitoring Market Size, Key Companies, Company Product Portfolio, Digital Transformation, Technology Investment, Adoption Rates, Customer Acquisition, Company Market Share, and Market Outlook

What is the Structural Health Monitoring Market Size?

The global structural health monitoring market size was USD 7.75 billion in 2025, calculated at USD 8.91 billion in 2026, and is expected to reach around USD 27.06 billion by 2034. The market is expanding at a solid CAGR of 14.9% over the forecast period 2024 to 2034. The structural health monitoring market is driven by aging infrastructure, the need for real-time monitoring, and rising smart infrastructure investments.

Market Highlights

• North America dominated the market with the highest market share of 34.13% in 2025.
• Asia Pacific is expected to expand at the fastest CAGR during the forecast period.
• By Solution, the hardware segment held the dominating share of the market in 2025.
• By Technology, the wired segment holds a significant share of the market, the segment is expected to maintain its growth at a notable rate.
• By Technology, the wireless segment is expected to dominate the market during the forecast period.
• By Application, the bridges and dams segment dominated the market in 2025.
• By Application, the building and stadium segment is expected to witness the most significant rate of growth during the forecast period.

Market Size and Forecast

• Market Size in 2025: USD 7.75 Billion
• Market Size in 2026: USD 8.91 Billion
• Forecasted Market Size by 2034: USD 27.06 Billion
• CAGR (2025-2034): 14.90%
• Largest Market in 2024: North America
• Fastest Growing Market: Asia Pacific

Market Overview

A structural health monitoring system is a technology that is utilized for monitoring purposes during the construction of infrastructure or even lifetime monitoring of the infrastructure, such as dams, bridges, stadiums, etc. The technology is used for the detection and characterization techniques for complex structures such as tunnels, bridges, and wind turbines. This technologically advanced system is embedded with several sensors that detect the safety and security issues of the structure. The structural health monitoring system includes processes like sensors, data acquisition, diagnostics, and data transfer for the safety, integrity, and monitoring performance of the structure.

Structural health monitoring is one of the important tools in civil engineering for ensuring and improving the safety and integrity of the structure. Structural health monitoring accesses the data from the sensors which are installed in the system for monitoring the activities. The data which is obtained by the sensors are analyzed for the detection of changes in structural degradation, damages, and hazards. Structural health monitoring is preferably used in aerospace engineering, civil engineering, and mechanical engineering applications to ensure the safety and trustworthiness of the structure.

Key AI Integration in the Structural Health Monitoring Market

The fusion of AI with structural health monitoring systems is improving anomaly detection and automation of data analysis. Machine learning enables early detection of structural faults or possible failure. AI-driven predictive analytics enables predictive maintenance and cost savings on inspections. Intelligent sensor networks provide the ability to monitor infrastructure in real time.

Structural Health Monitoring Market Outlook

• Industry Growth Overview: The structural health monitoring market is projected to grow rapidly between 2025 and 2034, driven by increasing global concerns over the safety, reliability, and longevity of aging infrastructure. Many bridges, tunnels, and dams built during the mid-20th century are now deteriorating, and the rising frequency of natural disasters has further highlighted their vulnerability. As a result, governments are adopting SHM technologies as proactive maintenance tools to prevent failures and extend structural lifespans. Additionally, post-pandemic infrastructure stimulus programs have accelerated SHM deployment, particularly in high-risk seismic and coastal regions.
• Technological Advancements: The market is undergoing a transformation, driven by rapid advancements in sensor technologies, edge computing, and artificial intelligence. Emerging solutions include fiber-optic sensing, distributed acoustic monitoring, piezoelectric transducers, and MEMS-based sensors that deliver ultra-high sensitivity while maintaining strong energy efficiency. At the same time, machine learning algorithms are increasingly being integrated into SHM systems, enabling them to analyze complex vibration and stress patterns to detect and even predict potential structural failures.
• Infrastructure Modernization Initiatives: Global infrastructure renewal programs are among the strongest drivers for SHM adoption. The U.S. has funded the implementation of SHM technologies as a key diagnostic tool through the Infrastructure Investment and Jobs Act (IIJA), which has allocated billions of dollars for bridge and tunnel safety. China's Belt and Road Initiative and Japan's Smart Infrastructure Strategy are both important policy efforts that support the adoption of SHM systems in large-scale projects across Asia.
• Major Investors and Collaborations: Investment and partnership activity in the market is accelerating as corporations, governments, and venture capital firms increasingly recognize technology's critical role in asset resilience and sustainability. Leaders such as Siemens, Mistras Group, and SGS are investing in advanced hybrid SHM systems that integrate sensors, cloud-based analytics, and digital twin modeling. In addition, growing global interest in climate adaptation and ESG reporting has positioned SHM as a strategic investment area for institutional investors seeking to strengthen their resilient infrastructure portfolios.
• Startup Ecosystem: The global SHM startup ecosystem is expanding rapidly, driven by technological disruption and sustainability-focused innovation. Emerging companies are developing advanced wireless sensors and drone-based inspection systems that deliver real-time imagery and structural data. Startups such as NerveSensors (Singapore), Invicara (Ireland), and Sensible Solutions (UK) are at the forefront, offering AI-powered platforms that are fully interoperable with Building Information Modeling (BIM) environments and IoT networks.

Structural Health Monitoring Market Growth Factors

The structural health monitoring system is responsible for the functionality and safety of the structure. The sensors are embedded during the process of construction that observe the structure's access and safety of the construction lifelong. Structural health monitoring evaluates the integrity of the structure after natural calamities like an earthquake. It reduces the time and maintenance cost of the construction by structural monitoring and assessment in real-time and cost-effectiveness. The structural health monitoring process collects data on the real-time performance of structures.

Increasing real-estate infrastructure across the world is driving the growth of the responsible and advanced system which can improve the solidity and safety of the structure. The structural health monitoring system is the best alternative for civil engineers to fulfill the requirements of the technology. The emergence of smart cities, the construction of dams, bridges, malls, and other complex construction infrastructure would highly contribute to the growth of the structural health monitoring market during the forecast period.

Strategic Growth Opportunities

• High Growth Commercial Opportunities: Rising demand for real-time monitoring of aging bridges, buildings, pipelines, and energy infrastructure represents great opportunities for Structural Health Monitoring (SHM) providers. Recurring service revenues can be generated by winning over AI for predictive maintenance and automated inspection.
• Emerging Technology Opportunities: Co-developments of new technologies and techniques such as artificial intelligence, wireless sensors, digital twins, fiber-optic sensors, and cloud-based analytics are creating opportunities for more intelligent and scalable SHM solutions. Advanced sensing coupled with predictive analytics can set a company apart.
• Geographic Expansion Opportunities: Emerging markets in Asia-Pacific, the Middle East, and Latin America will provide opportunities as a result of their infrastructure development and modernization programs. By going regional, partnerships and cooperation within the local community/addressing authorities can play their part.

Future Outlook and Strategic Recommendations

• Emerging Business Models: Subscription-based offerings, e.g., monitoring as a service, outcomes-based maintenance, etc., are emerging opportunities for recurring revenue for SHM providers. As services blend in cloud platforms, sensors, analytics, alerts, and asset management services will become more common and widely used.
• Strategic Recommendations for Stakeholders: Implementing AI, using interoperable sensor platforms, cybersecurity, and scalable cloud-based solutions are important factors for companies to consider. Strategic collaborations with infrastructure owners, government, engineering companies, and technology providers can further enable the uptake and market positioning.

Technology & Innovation

Sensors such as strain gauges, acceleration sensors, displacement sensors, fiber optics, and acoustic emission to obtain real-time structural data from the structure. New technologies like wireless sensor networks, IoT connectivity, cloud computing, and rich data-acquisition platforms have greatly expanded the potential for remote, continuous monitoring.

• Emerging Innovations: AI and machine learning open the door to anomaly detection, damage prediction, and predictive maintenance, a prospect tagged as emerging innovations. Key technologies for automatic structural assessment and decision-making include digital twins, edge computing, computer vision, and AI-based image analysis.
• R&D Trends: The technology is gaining ground on low-power and battery-free sensors, non-polluting monitoring devices, distributed fiber-optic sensing, and advanced composite material monitoring. The continued trend towards the development of multimodal sensing and the trend towards AI algorithms that can process vast quantities of disparate data is structural in nature.
• Technology Adoption: The shift towards real-time condition visibility is making technology adoption a priority for asset owners on bridges, buildings, aerospace, energy, transportation, and industrial infrastructures. The uptake is being helped by cloud-based platforms and wireless technologies, which help to minimize setup complexity and allow for scalability in monitoring.
• Enhancing Market Growth and Competitiveness: These technologies are cost-effective and risk-mitigating, reducing inspection costs, enhancing early failure detection, extending asset life, and improving asset security. The companies are exploiting an increasing suite of modern sensing, artificial intelligence analytics, and integrated monitoring platforms to deliver differentiated and more predictive SHM solutions and capabilities.

Market Scope

Market Attractiveness

• Growth Potential: Structural Health Monitoring is ready for growth due to investments in predictive maintenance, investments in smart cities, and the aging of infrastructure. The technology of continuous SHM has been used for years with some uptake and will be further supported by the development of real-time monitoring programs for bridges.
• Market demand: Market demand for continuous condition assessment in the critical infrastructure areas of “bridges and buildings," aerospace, energy, and rail is increasing. The diversity of applications is increasing in the fields of bridges, railways, and power plants.
• Competition: The awareness of SHM technology is spreading to engineering companies, sensor manufacturers, software companies, and specialist companies, so the number of technologies available is also increasing. The level of sophistication in both sensing and AI analytics and several solutions to collect and integrate data information are the secrets to company differentiation.
• Barriers: These are entry barriers that include high technology requirements, high installation costs, certification requirements, challenges with data integration, and demonstrated field performance. Highly reliable and accurate monitoring technologies are needed in the aerospace industry, where bridges and other critical infrastructure are required.
• Risks: Market participants face the high initial cost, sensitivity to cybersecurity threats, vast differences in standards, heavy data-related concerns, and repeated technology changes. In addition to these data-security and integration challenges is the statistical trend to shift to wireless and cloud-based SHM systems.
• Investment Potential: There's an emerging field of investment opportunities in artificial intelligence analytical platforms, wireless sensors, sensing with fibers, digital twins, and predictive-maintenance platforms. This shows investors' interest in next-generation SHM solutions from the advanced sensing technology funding and strategic investments.
• New Opportunities: Opportunities come with the advances made in infrastructure digitization, remote monitoring, damage forecasting through artificial intelligence techniques, and extending the infrastructure market customers to the developed areas. As the scale of technology-based inspection systems grows with system use, there are additional opportunities for technology-based solutions to be scalable and intelligent.

Market Dynamics

Drivers

Technological advancements in sensor technology

An array of sensors measuring stress, strain, vibration, tilt, humidity, and temperature, among other factors are critical to the condition of the structure and its surroundings, makes up a standard health monitoring system. Following recent advances in sensor technology for structural health monitoring, a variety of structural health monitoring sensors have been developed. Technological advancements in sensor technology are observed to act as a potential driver for the market's growth during the forecast period. One of the most prominent technological advancements in the field is the development and integration of smart sensors for structure health monitoring purpose. These sensors are prominently designed by aiming energy efficiency and sustainability while offering the benefit of wireless technology. Such smart sensors are intended to collect data more accurately than traditional sensors.

Restraint

Variability in data

Due to a number of practical prerequisites and underlying assumptions, implementing structural health monitoring (SHM) approaches with a high Technology Readiness Level (TRL) is still a difficult task. The linearity hypothesis and robustness to the inherent unpredictability of data are two of the challenges that deserve particular attention. Moreover, the precision degradation may be caused due to sensor's fault which can offer bias monitoring outcomes. All these concerns are associated with the variability of data which is observed to act as a restraint for the market.

Opportunity

Rising number of smart city projects

Smart cities often undergo extensive infrastructural development, including buildings, roads and even other utilities. Structural health monitoring is crucial in ensuring the safety and longevity of these assets, creating a substantial demand for monitoring systems. Smart cities prioritize the safety and reliability of their infrastructure, structural health monitoring systems help identify potential issues and hazards early, allowing for timely maintenance and minimizing the risk of accidents or failures. The rising number of smart city projects underscores the importance of structural health monitoring systems ensuring safety and efficiency. Thus, the factor is expected to present multiple opportunities for the market.

Segments Insights

Solution Insights

The hardware component segment dominated the market in 2024, the segment will continue to grow at a significant rate during the forecast period. The growth of the segment is attributed to the rising adoption of hardware components in construction infrastructure like buildings, dams, stadiums, etc., there are several types of hardware components such as sensors, data acquisition hardware, structural health monitoring system, data interpretation models, response protocol, etc. The sensors are one of the most important factors in the structural health monitoring system. The sensors record and convert in digital values various physical parameters that can create structural changes. The sensors include strain sensors, temperature sensors, inclinometers, accelerometers, humidity sensors and etc. Retrofitting existing structures with sensors and monitoring equipment often requires specialized hardware solutions, further driving the demand in the hardware segment.

The software segment is expected to grow at a notable rate. The growth of the segment is attributed due to the rising need for monitoring system software at construction sites. The software segment provides the visual presentation of data and gives the structure behavioral insights to the monitoring team for the analysis of the data by the team and to prevent the system from damage and safeguard the structure from failure. The rising number of infrastructure projects worldwide is expected to expand the growth of the software segment.

Technology Insights

The wired segment had a significant share of the market in 2024. The structural health monitoring system has been adopted by several sectors with wired technology in structural health monitoring for the continuous monitoring of several types of structures. In wired technology for monitoring, there are no limitations for accessibility or data transfer also they provide better connectivity. The wired structural health monitoring system is already installed by various structures like buildings, dams, and bridges in several countries. The wired system allowed the continuous transfer of data in real-time.

The wireless segment is expected to dominate the market during the forecast period. Structural health monitoring is the most advanced monitoring method and has been gaining popularity in recent times, with the wireless technology in SHM increasing gradually in the past 10 years. Wireless networks are also known as smart sensors, these sensors are affordable when applied in the monitoring of big structures with high structure and safety requirements. The energy efficiency and cost-effectiveness offered by wireless structural health monitoring technology will continue to fuel the segment's expansion.

Application Insights

The bridges and dams segment has dominated the market with a significant share in 2024. The dominance of the segment is attributed to the presence of strict regulatory framework from regulatory bodies to manage and monitor the real-time condition of dams and bridges. The pattern of construction of bridges and dams is evolving significantly. The structural health monitoring system provides valuable information about the internal structure and maintains safety, and continuous operation by undertaking hazard mitigation and timely risk. The growing number of bridges and dam construction globally is contributing to the growth of the segment.

The buildings and stadium segment is expected to grow at a significant rate during the forecast period. The rising sports events and increasing interest of the population in the entertainment and sports industry would be contributing to the development of stadiums across the world. As well as the rising residential and commercial infrastructure results in the development of the construction sector. All these factors contribute to the growth of the segment and result in the increasing adoption of the structural health monitoring market during the forecast period.

The vessels & platforms segment is expected to grow steadily due to rising requirements for the continuous monitoring of the structure of offshore assets. AI-based monitoring enables early identification of structural anomalies, corrosion, and fatigue. Highly advanced sensors and predictive analytics help to facilitate safer offshore activities. Regulation and requirements for asset safety and reliability are also helping to drive monitoring solutions.

The airframes & wind turbines segment is projected to witness stable growth during the forecast period, with the growing focus on asset safety, reliability, and predictive maintenance. Structural damage and component degradation can be identified early through an AI-based analysis. AI is used to detect damage, fatigue, and structural defects in blades, since this is a crucial aspect for wind turbines.

Regional Insights

North America accounting the Structural Health Monitoring Market

North America dominated the market with the highest market share in 2024, the region is expected to witness a significant growth rate during the predicted timeframe. The dominance of the region in the market is driven by substantial support from the governments of the nations. North American industries and institutions prioritize education and awareness about the benefits of structural health monitoring. Engineers and professionals are well-informed about the importance of monitoring infrastructure which drives the adoption in the region.

U.S. Structural Health Monitoring Market Size and Growth 2025 to 2034

U.S. dominates the market in North America due to extensive infrastructure revitalization initiatives and stringent structural safety regulations. Rehabilitation programs for bridges and tunnels led by the U.S. Department of Transportation under the Infrastructure Investment and Jobs Act have significantly increased demand for monitoring technologies. Federal agencies are also placing greater emphasis on predictive maintenance, driving the large-scale deployment of smart sensors across highways, airports, dams, and other critical assets.

The U.S. structural health monitoring market size is estimated at USD 1.87 billion in 2025 and is predicted to be worth around USD 6.90 billion by 2034, at a CAGR of 15.6% from 2025 to 2034.

What Makes Asia Pacific the Fastest-Growing Region?

Asia Pacific is expected to witness the highest CAGR during the forecast period. Many countries in the region, such as China and India are investing heavily in infrastructure projects, creating a substantial market for structural health monitoring technologies to ensure the safety and longevity of these investments. Awareness about the benefits of such monitoring systems in the region is increasing among stakeholders in the construction and civil engineering sectors.

China Structural Health Monitoring Market Analysis

China leads the market in Asia Pacific due to its vast infrastructure and smart city development programs. The country's Belt and Road Initiative is driving demand for long-term monitoring systems for bridges, tunnels, and rail corridors. China is expected to maintain its leadership position due to its capacity for large-scale implementation, strong policy support, and increasing use of data-driven approaches to manage urban infrastructure.

What Makes Europe a Notably Growing Area?

Europe is expected to grow at a notable rate in the coming years, supported by coordinated regional initiatives aimed at enhancing structural integrity and sustainability. Germany and the UK are poised to drive much of this growth, bolstered by programs such as the European Union's Horizon Europe and CEF Transport, which emphasize smart and sustainable infrastructure development. Additionally, the rising adoption of predictive maintenance technologies in the rail and energy sectors is likely to create long-term market opportunities.

Germany Structural Health Monitoring Market Analysis

Germany leads the market in Europe thanks to its stringent engineering standards and long-term infrastructure renewal initiatives. The German Federal Ministry of Transport has prioritized bridge rehabilitation and railway modernization projects that incorporate permanent structural surveillance systems. Germany's advanced manufacturing sector and supportive policy framework are expected to sustain its leading position in the regional market in the coming years.

What Potentiates the Growth of the Structural Health Monitoring Market in Latin America?

Latin America is expected to experience steady growth, supported by infrastructure modernization efforts and a growing focus on public safety and disaster mitigation. Chile and Mexico are also increasing their structural surveillance of seismic zones and adopting digital solutions to improve early warning systems and risk assessment. Furthermore, the ongoing expansion of urban areas and climate resilience initiatives are likely to transform Latin America into an emerging market in the coming years.

Brazil Structural Health Monitoring Market Analysis

Brazil leads the Latin American market, driven by efforts to modernize civil and industrial infrastructure to improve safety, performance, and sustainability. Federal transportation and energy agencies are deploying SHM systems to enable continuous monitoring of bridges, dams, and hydroelectric facilities. Recent investments in smart infrastructure, particularly in São Paulo and Rio de Janeiro, are expected to create new opportunities for both local and international solution providers.

What Opportunities Exist in the Middle East and Africa for the Structural Health Monitoring Market?

The Middle East and Africa (MEA) region presents significant opportunities in the market, as countries in the region prioritize resilient and smart infrastructure aligned with long-term urban development plans. The UAE and Saudi Arabia are leading adoption, incorporating SHM technologies into smart city initiatives and major construction projects such as NEOM and Etihad Rail under their Vision 2030 programs. The increasing emphasis on sustainability, safety, and predictive maintenance is positioning the region as a strategic hub for SHM integration across the civil, industrial, and energy sectors.

UAE Structural Health Monitoring Market Analysis

The UAE leads the market in the Middle East and Africa, driven by national transformation programs that emphasize intelligent infrastructure and sustainability. The UAE is on the forefront of adopting SHM technologies in major projects like NEOM, the Etihad Rail network, and high-rise developments in Dubai. Additionally, the UAE continues to set the standard for ecosystem and infrastructure resilience through data and lifecycle management across the region.

Structural Health Monitoring Market – Value Chain Analysis

Sensor and Material Sourcing
The foundation of SHM systems lies in the procurement and development of advanced sensing materials, including fiber optics, piezoelectric transducers, strain gauges, and accelerometers. These materials enable real-time detection of stress, vibration, strain, and displacement in structures.

• Key Players: HBK (Hottinger Brüel & Kjær), Geokon, Tokyo Measuring Instruments Laboratory (TML), Omega Engineering.

Hardware Design and Integration
At this stage, sensors are engineered into hardware modules, such as data loggers, signal conditioners, and wireless sensor networks, optimized for field deployment across civil, aerospace, and energy infrastructure.

• Key Players: National Instruments Corporation, Digitexx Data Systems, Advitam, Dewesoft, Campbell Scientific.

Software and Data Analytics Development
Collected sensor data is analyzed using specialized software platforms incorporating AI, machine learning, and predictive algorithms to detect anomalies, assess damage progression, and predict maintenance needs.

• Key Players: Acellent Technologies, Siemens Digital Industries Software, Bentley Systems, Altair Engineering

System Integration and Deployment
Integrated SHM systems combine sensors, hardware, and analytics tools for installation on bridges, tunnels, buildings, aircraft, and offshore platforms. Integration firms ensure compatibility with existing infrastructure and long-term reliability in harsh conditions.

• Key Players: Geocomp Corporation, Structural Monitoring Systems, Mistras Group, SGS SA.

Data Management and Cloud Connectivity
In modern SHM ecosystems, IoT-enabled platforms transmit real-time data to centralized dashboards or cloud servers for continuous monitoring and remote diagnostics. Cybersecurity and data validation are critical at this stage.

• Key Players: HCLTech, IBM, Honeywell, Schneider Electric.

End-User Application and Maintenance Services
Finally, infrastructure owners, transportation authorities, and construction firms use SHM data for condition-based maintenance, asset life extension, and regulatory compliance. Continuous calibration and post-deployment services ensure system accuracy and uptime.

• Key End Users: Departments of Transportation (US DOT, Highways England, Japan MLIT), infrastructure operators (Network Rail, Transurban, Aéroports de Paris), and engineering firms (AECOM, Arup, Jacobs).

Structural Health Monitoring Market Companies

• National Instruments Corporation: Provides modular data-acquisition and signal-conditioning platforms (e.g., CompactRIO/NI LabVIEW) used for real-time structural health monitoring systems.
• Digitexx Data Systems, Inc.: Offers “Sentry System” real-time SHM hardware and software suites tailored to buildings, bridges, dams, and mines, enabling distributed or centralized monitoring.
• Acellent Technologies, Inc.: Develops end-to-end SHM solutions including SMART Layer sensors, diagnostic hardware, and analytics software for composite and metal structures.
• Advitam, Inc.: Delivers integrated SHM systems (hardware + analytics) for infrastructure assets, emphasizing full-lifecycle monitoring and structural integrity diagnostics.
• Geokon, Inc.: Manufactures instrumentation (strain gauges, displacement sensors, fiber-optic sensors, dataloggers) for geotechnical and structural monitoring of bridges, dams, tunnels, and mines.
• Geocomp Corporation: Provides consulting services and custom SHM solutions (hardware + software + monitoring) focusing on risk assessment, instrumentation, and structural behavior monitoring.
• Pure Technologies Ltd.: Specializes in condition assessment, monitoring, and diagnostics for critical infrastructure (especially pipelines) via technologies such as SoundPrint and remote monitoring platforms.
• Structural Monitoring Systems

Recent Developments

• In October 2025, The MISTRAS Group and Villari have committed to delivering wireless sensors and advanced solutions for high-technology crack detection to SHM solutions for the first time. Villari's passive magnetic flux leakage technology is used in conjunction with MISTRAS' ongoing monitoring and data analytics. (Source: https://www.mistrasgroup.com)
• In September 2025, Airbus Defence and Space entered into an investment agreement with IPR Innovative Products Resources Inc., a Quebec-based company, to accelerate the development and deployment of advanced sensing technology and SHM technologies. The extension of the field of application of SHM will be taken beyond the aerospace sector, and extended to bridges, railways and power plants, with an emphasis on improving safety and maintenance planning. (Source: https://www.airbus.com)
• In August 2023, the NHAI formed a Design Division to develop an IT-based monitoring system for the recognition of distressed bridges, bridge inventory drawing, and also works for preparing their annual plan for construction and repair. It also works on the policy guidelines for designing, planning, construction, and maintenance of the bridges.
• In October 2022, a smart tunnel monitoring concept was launched by “Worldsensing” a wireless Internet of Things (IoT) company. In which the pre-installed remote monitoring sensors in the concrete segments. at the World Tunnel Congress 2022 in Copenhagen, Denmark, they revealed their new tunnel-lining solution.
• In May 2023, Solar-Powered Wireless Sensors were developed by researchers at Drexel University's College of Engineering the sensors are responsible for the continuing monitoring of the deformation of the bridges and give alerts when the performance of the bridges is declining.

Segments Covered in the Report

By Solution

• Hardware
• Software & Services

By Application

• Bridges & Dams
• Building & Stadiums
• Vessels & Platforms
• Airframes & Wind Turbines
• Large Machines & Equipment

By Technology

• Wired
• Wireless

By Region

• North America
• Europe
• Asia-Pacific
• Latin America
• Middle East and Africa