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Internet of Things (IoT) Benefits and Applications in the Construction Industry


The concept of the internet of things (IoT) has been around for decades. Innovators have been waiting for technology to evolve far enough to put it into practice since its inception. 

Objects can be controlled remotely over a network. This also opens up the possibility of direct physical world integration with computer-based systems. This leads to increased efficiency, accuracy, and economic profit, as well as a reduction in human interference. Once the sensors and machines are installed, IoT becomes one of many different types of cyber-physical systems. Smart grids, virtual power plants, energy-efficient homes, smart transportation, and smart cities are all included.  

The term IoT in Construction has been recently developed so as the application, this simply speaks of the use of technological equipment or Internet of Things and modern-day internet software in the process of construction to be able to maximize the efficacy of the project.  

However, as the technology is new and has not been adopted by the majority of the industry, project managers and contractors are still unwilling to use it.  

What is the Internet of Things (IoT)? 

The Internet of Things, or IoT, refers to the abundance of physical objects that surround us that are integrated with technological software and devices such as sensors, trackers, storage, and other devices to be able to interchange, generate, and operate data that is thus received and delivered. 

Each object is uniquely identifiable thanks to its embedded computing system, but it can still work with the existing Internet infrastructure. Experts had earlier predicted that by 2021, there will be around 40 billion active endpoints on the market. More than 70 billion active IoT connections are expected by 2025.  The Internet of Things (IoT) is an evolution to transform industries, automate processes, and improve ROI. 

IoT in the Construction Industry 

The construction industry is currently undergoing critical adjustments that will improve efficiency, well-being, process improvement, and the introduction of new tools. In civil engineering, the Internet of Things (IoT) considers the incorporation of simple low-control sensors that can successfully transmit data at a cheap cost. 

As IoT solutions for the construction sector become more omnipresent, they are having a huge impact on how the construction industry pivots. IoT enables each partner to understand what is happening at each stage of the real-time development process, from planning to positive development, post-development, and how the structure functions during administration. 

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Low profitability, reduced margins, increased schedule overruns, and increased challenge are just a few of the compelling reasons why construction companies should consider embracing IoT technology and digitization. Data and Information have evolved into a vital company asset, and hence only data-driven decisions should be taken into consideration. 

Here’s how the Internet of Things (IoT) works and what it can do for the construction industry now and in the future.

IoT Benefits and Applications in the Construction Industry 

1. Safety

Security and safety are two of the most challenging issues to deal with on a construction site. Any material or item theft can be readily rectified with IoT-enabled tags because these sensors will notify the current location of the materials or object. It is no longer essential to dispatch a human agent to conduct a thorough inspection. IoT enables the production of a digital real-time job site map, complete with updated dangers associated with the activity, and alerts every worker when they are approaching a risk or entering a dangerous environment. 

IoT technologies will not only protect employees from risky situations, but they will also be able to detect those situations before or as they occur. Workers can be more proactive about job-site difficulties and avoid scenarios that could result in a safety incident and lost time using real-time IoT data. Workers may become fatigued as a result of handling equipment and machinery for an extended period, which disrupts their focus and productivity. The Internet of Things allows for the monitoring of signals of distress such as aberrant pulse rates, elevations, and user position.  

Drones may be used to collect accurate survey maps and aerial photos of a job site as well as track progress remotely which saves time and money on a project. Aerial photographs can also provide project managers with a distinct viewpoint on the project, allowing them to notice possible issues that might not have been seen from the ground. Construction organizations may prevent theft, enhance efficiency, and control expenses by using real-time tracking and cloud-based data sets. 

2. Performance

Deadlines and targets govern the building industry. Backlogs must be avoided at all costs because they result in budget rises. IoT can improve production by increasing readiness and efficiency. To ensure the smooth running of the project, it is necessary to have an adequate supply of materials. 

However, due to poor scheduling caused by human error, materials are frequently delivered late to the job site. If the supply unit is equipped with an appropriate sensor, it is feasible to determine the quantity automatically, place automatic orders, or raise alarms using IoT. IoT enables stakeholders with more time to connect with project owners and each other, producing new ideas to increase project delivery and customer satisfaction. 

3. Maintenance

If power and fuel usage are not proactively managed, waste will occur, increasing the project’s overall cost. It is now feasible to know the state of every asset, arrange maintenance pauses or refueling, and turn off idle equipment thanks to the availability of real-time data. Furthermore, field sensors aid in the prevention of problems, which lowers warranty claims, improves the bottom line and keeps customers happy. 

Sensors can be used to monitor materials’ condition, such as the suitability of the item, temperature, environment or humidity, handling issues, damage, and expiration, in addition to receiving stock-depletion warnings. Equipment suppliers have had to expand from simple vendors to partners who monitor and maintain equipment constantly, allowing clients to concentrate on their primary business. 

4. Resources Management and Budgeting

Most construction companies find it challenging to stick to the budget. Frequently, available resources are not handled in line with their true worth, workers are idle, and the true value of the use of rented equipment is not correctly assessed. 

IoT can assist real-time business owners in tracking and generating a clear plan of complex budgeting in a single step. Using the most widely used and effective techniques to reduce project costs by ensuring the timely delivery of new equipment and other resources. IoT also assists in making plans by keeping track of available resources and ensuring that their maximum benefit is realized without wasting them. 

5. Concrete Curing

The use of IoT in concrete curing is another fascinating technology that is shaking up the construction business. Sensors are inserted in concrete during the casting process and track concrete curing in real-time, allowing the construction management to keep track of and plan their schedules with confidence. 

A precise in-situ estimate of concrete’s compressive strength allows for the optimization of important construction processes such as formwork removal, bridge/road traffic opening, pre-stressed cable tensioning time, and concrete mix design optimization. Managing labor and formwork expenses is one of the most difficult aspects of construction. Knowing the maturity of concrete enables formwork scheduling and cycle, as well as labor optimization. 

6. Structural Health Monitoring

IoT is utilized in structural health monitoring to identify vibrations, cracks, and states of essential building members and civil structures. 

7. Waste Management

Waste management is a significant factor on a modern construction site, especially in light of the increased focus on the construction process’s carbon impact. To generate space and avoid hazards on a job site, it’s also critical to clean waste as soon as possible. Trash levels must be tracked and cleared within a specific amount of time. It is also necessary to enforce proper garbage disposal methods. IoT trackers may now be used to monitor garbage disposal bins or trucks cost-effectively. Authorities may impose penalties on the contractor if garbage is not handled appropriately. 

8. BIM Optimization and Digital Twins

The continuous flow of real-time data from IoT sensors combined with historical data from other projects can be used not only to monitor current job sites but also to provide an ever-growing dataset that can be combined with machine learning to perform predictive analytics, making construction even smarter. 

The true value comes from transitioning or adapting from a BIM model to a digital twin, ensuring that real-time data from sensors are incorporated into the model to create a realistic simulation. 

The Future of IoT in Construction  

The construction sector is incorporating new technology and communication strategies, but it should not be overlooked that this is still a somewhat slow process. Many builders and contractors are oblivious to the need for such devices and are unwilling to invest in them. However, if used correctly and with heedfulness, these tools can play a critical role in creating a location where everything is coordinated to a central area and everything is recorded. 

IoT applications can support keeping track of fresh and imminent construction-related expenses on and off the job site. They provide precise and accurate data that may be recorded and tracked. The ideal way for construction organizations to incorporate technology is to prioritize investments based on areas where IoT may have the biggest impact right away, as determined by their specific requirements. 

Construction is poised for digital transformation, and companies that fail to adapt quickly risk being left behind. The future of IoT in the construction industry appears bright. 

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About Indovance 

INDOVANCE Inc with its exclusive delivery hub in India is a global CAD outsourcing partner serving the needs of the AEC industry since 2003. At INDOVANCE we focus on the unique need of each project or client and believe in addressing the real challenges and guarantee that the process will be well-coordinated, smooth, efficient, and hassle-free. 

We collaborate with our customers around the world to develop bespoke business solutions using our enormous engineering talent pool and state-of-the-art technology. To deliver long-term engineering and business strategies, we align with your culture and processes to create an unbreakable partnership. With over 500 full-time employees and more than 600 customers in the US, Europe, India, and Asia, we are poised for the next level of success.  

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For more queries regarding any of the above-mentioned topics, feel free to connect with us on our website www.indovance.com or contact us on +1-919-238-4044 

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