IoT in Construction

MOKOSmart is a certified manufacturing company devoted to studying and developing smart appliances. We specialize in designing and manufacturing Internet of things hardware for various sectors, including the construction industry. Our construction IoT products are top quality and reliable, e.g., the M3 Beacon.

Devices For IoT Construction






Benefits of IoT in Construction

Saves cost

IoT gadgets assist construction administrators in being aware of everyday expenditure and tracking asset efficacy by tracking construction material usage. This facilitates the convenient and prompt distribution of assets.

Improves productivity

IoT in Construction facilitates proper coordination of workers and appliances, ensuring that all participants are at the right place at the right time. All operations are based on factual data rather than assumptions by providing real-time inform-ation. This leaves less room for errors, boosting productivity.

Improves safety and security

Wearables and other IoT appliances monitor employees' health conditions and the surrounding in which they work. This keeps them safe by identifying risky situations and giving prompt warnings on hazardous substances in the environment.

Predictive maintenance

Predictive maintenance aims to aid in checking the situation of heavy machinery. By installing detectors to monitor power usage or temperature of equipment, contractors can detect operation concerns sooner and make repairs before it crashes and leads to a project halt.

Facilitated project management

IoT in Construction aids in informing employees, ascertaining that the staff can access information independently, without asking the supervisor. This promotes an uninterrupted and coordinated work environment for all employees.

How IoT in Construction is applied

Monitoring atmospheric conditions

In storage, certain equipment and building materials require specific levels of atmospheric conditions. In some cases, proper storage will increase the durability of the items, but failing to do so would completely damage the materials or equipment in other situations. Therefore, it is necessary to monitor these conditions closely for each component individually and constantly. IoT in Construction makes this feasible. By using pressure, temperature, and humidity sensors, construction personnel can get timely alerts on dangerous levels of atmospheric conditions. Therefore, company personnel can take proper actions on time.

Predictive maintenance of machine

IoT in Construction equipment enables quick detail transfer on the condition of equipment and timely service prompts. This makes it possible for someone to make preventive maintenance and punctual rectifications if the need arises. In addition, automated chronological records can accurately predict equipment failures. This can substantially lower the cost of equipment breakdowns and work delays.

Tagging construction materials

Tagging is essential to keep track of construction materials to safeguard them from thievery or mismanagement. In large building projects, tagging makes it less difficult to find and keep tabs on each component instead of posting workers to inspect each instance.

Tracking fuel consumption

Expenditure on fuel takes a considerable share of the overall production cost. This is due to the large amounts of fuel consumed by construction vehicles and machinery per day. Installing fuel sensors facilitates the management of these expenses, close supervision of refilling, well-timed maintenance, and modification of equipment that consumes excess fuel. This brings a substantial decrease in the total expenditure and the Construction.

Inspecting concrete

IoT concrete curing sensors check concrete maturity by transmitting temperature reports to the network in actual time. This speeds up the construction process by giving constructors the go-ahead to move to the next stage of Construction.

Making a real-time view of the construction site

Construction is quite a dangerous occupation. Therefore, noticing safety concerns and rectifying them on time is critical and can determine life or death. Real-time project site maps can be created using construction detectors and beacons integrated with IoT. An overview of the construction site can be made, showing every operation in progress. This helps detect potential dangers, alarming the workers before tragedy strikes.

Monitoring workers conditions

Many construction equipment requires alertness, sobriety, and good health while handling them. After working for long hours, a worker may get tired and weary, losing focus, leading to costly or even fatal accidents. Construction wearables can help prevent this by tracking workers’ physiological conditions and alerting supervisors of any alarming state of a worker.

Access management

There is a constant flow of people in and out of the construction site, so it is important to keep track of who is in and when, especially in such a dangerous place. With H7 beacon, check-in management has become more intelligent, saving manpower and improving accuracy

Monitoring the supply process

In Construction, carrying out an impeccable supply operation of building material is crucial for compliance with the time limits and objectives of the project. This is commonly hindered by bad administration and inaccurate planning. By using supply sensors, the supply process can be fully automated. This makes it feasible to automatically make orders, note the number of building materials, and receive timely

What is IoT in Construction?

Construction is a constantly ongoing operation that, in addition to generating employment, acts as a foundation for industrialization. The importance of establishing modern and advanced architectural craftsmanship has become widely acknowledged worldwide. IoT in Construction entails the utilization of integrated and automated appliances alongside advanced computer programs in the construction operation to optimize its effectiveness.

There are different types of IoT technologies involved in the construction sector that we offer. Among these are:
1.LoRa- Our customers utilize our wireless LoRa RF connectivity solutions to overcome IoT deployment drawbacks in smart buildings. LoRa signals have the impeccable ability to penetrate compact building materials, hence facilitates signal transmission to track assets and send info even in basements and underground places up to 10km.

2.BLE Technology- Bluetooth Low Energy tech is utilized for indoor or outdoor construction equipment tracking. Our customers always rest assured that they valuables are safe.

3.NB-IOT- Our customers deploy Narrowband IoT technology to make their construction process and infrastructures smarter, more sustainable and safer. This technology offers modern-day monitoring solutions for buildings and other infrastructure like bridges to detect signs of possible damage and counter it before it happens.

The market of IoT in Construction

The commercial-scale of IoT in Construction is anticipated to be about 19 billion in 2027 from $8.1 Billion in 2019, a 14% CAGR. The integration of IoT equipment in Construction has profited the sector by lowering functional expenses, improving productivity, and increasing effectiveness in construction administration.
This has caused a major increase in construction companies that employ the Internet of things. A growing number of companies now purchase numerous amounts of IoT products. As a result, more producer corporations of construction IoT products such as Mokosmart have risen in the market, increasing their supply chain.
The market share of IoT in Construction is distributed throughout the world, with Asia-Pacific anticipated to have the greatest percentage. Meanwhile, the Middle East, Latin America, and Africa are foreseen to scale with the highest Compound annual growth rate.

Barriers of IoT in constructions and their remedies

Although IoT has proven convenient and reliable in the construction industry, several barriers lower its efficiency. These barriers include:

1.Security issues
Construction companies that have employed IoT, benefit from automated machine integration. This helps construction equipment work together and simultaneously transfer data in real-time. While this may aid in an efficient machine and worker coordination, it may pose a great risk.
Organized criminals with advanced skills and equipment may figure out a way to hack into the IoT systems and acquire classified information, which could aid them in carrying out a heist on the company. This can be prevented by installing a firewall and applying layers of encryption on company data for better protection.

2.Some constructors don’t see the necessity of IoT
IoT in Construction is popular worldwide, and its benefits are renowned. However, some constructors, especially ones working on small-scale projects, don’t see the necessity of purchasing them since they can carry out all their operations without them.
This perception can be eliminated by convincing the constructors that even with the possibility of completing the project without IoT use, IoT can hasten their whole operation, increasing their time worth.

3.Inadequate knowledge of IoT Equipment usage
IoT in construction Equipment is a diverse and complicated area. The IoT appliances come in different varieties with different functionalities. Knowing about every piece of equipment, their function, and how to operate them requires special expertise which may not be universally available. This deficiency of knowledge may make some contractors go for manual approaches. The solution to this is including detailed user manuals on every piece of equipment and providing training for more complex appliances.

Future of IoT in Construction Industry

IoT in Construction is precedented to have a promising future as corporations such as Mokosmart are innovating IoT appliances and unveiling them globally. By this, stakeholders in the construction industry are motivated to invest in IoT in pursuit of the tremendous benefits it offers.
The construction company, over the past, has been known to be reluctant to embrace emerging innovations. This has made the sector miss out on the huge advantages that Artificial Intelligence Internet of things and other technological aspects present.
However, construction industries are now conscious of the necessity and opportunities of digitization. A Klynveld-Peat-Marwick-Goerdeler research indicates that 95% of building companies acknowledge developing technologies such as IoT and have confidence that they can boost their productivity.
This increasing confidence of construction companies in IoT has led more stakeholders in construction companies to incorporate IoT in their future long-term schemes.