Internet of Things: IoT Solutions for Monitoring Workplace Conditions and Ensuring Rapid Response to Emerging Issues

Nowadays, as technology and communications evolve at a tremendous speed and digitalization encompasses all spheres of life, the "Internet of Things" (IoT) demonstrates high effectiveness in improving working conditions. This innovation represents the integration of various devices and apparatuses into a global network that can exchange data and collaborate with each other. To optimize management and improve working conditions, IoT can be implemented by integrating "smart" management systems into production processes. Continuing my series of articles on promising directions in the field of HSE, I would like to introduce blog readers to this area.

What is the "Internet of Things"?

The "Internet of Things" (hereinafter - IoT), also known as the Internet of Everything, is a new technological concept that unites various devices and mechanisms capable of exchanging data and interacting with each other into a single global network. Despite its relative youth, this promising technology is already recognized as one of the key areas for the development of information and communication technologies and is generating great interest in many industries.

The concept of IoT and its implementation at enterprises is also considered a risk management tool, including occupational risks. It makes sense to use IoT in the occupational risk management system and in HSE across various sectors, as every organization strives to increase its profitability and competitiveness in the labor market and attract qualified workers. One way to achieve this goal is to actively promote successes in the field of HSE. Organizations are interested in managing occupational risks and implementing various management systems to demonstrate their competence in this area. This helps attract the attention of potential employees and strengthens the organization's reputation as a responsible employer providing safe and healthy working conditions for its staff.

How does IoT work?

The operating principle of "smart" management systems based on IoT is that sensors and devices placed in various areas of the enterprise collect information about different aspects of work, such as equipment status, temperature, inventory levels, physiological parameters of workers, etc. This information is transmitted over the network and analyzed by a centralized management system, which may incorporate AI.

What data will work for you as part of IoT implementation?

• Measuring sensors for volume, temperature, smoke, vibration, pressure, transformers, parking sensors, etc.;
• Location sensors: external — GPS, indoor — BLE, UWB, iBeacon, LiDAR;
• Wearable devices: smartphones, radio tags, proximity cards, watches, smart mattresses, etc.;
• Tokens on objects: RFID, NFC, QR codes;
• Photo and video objects: satellite imagery, photographs, video sequences;
• Information systems: MES, SAP, SCADA, Kepware, web services, geographic maps.
  
  

How can it be used in the field of HSE?

• Monitoring load and activity levels: Using wearable devices and sensors (which can even include smartwatches and bracelets) connected to the IoT network, organizations can monitor physical activity indicators and the level of mental load on their employees. This makes it possible to more accurately determine moments when employees need rest or a break to prevent overload and fatigue. Automatic data collection and analysis allow for the detection of potentially dangerous situations and the taking of measures to reduce risks to the health and well-being of personnel.
• Automated scheduling: "Smart" management systems can create individual and optimal work schedules for employees, taking into account their preferences, physical capabilities, and job requirements. This prevents excessive load on employees and allows for more efficient use of human resources. Automatic schedule adjustment allows for factors such as peak loads to be considered, maintaining a balance between work and rest.
• "Intelligent" devices and process automation: IoT devices used to increase the efficiency of technical and production processes, such as enterprise management systems, can automate certain tasks, reducing the communication load on employees.
• Monitoring working conditions: Using IoT sensors embedded in traditional wearable electronic smart devices, they can be adapted to the production environment, taking into account specific requirements and the significance of information. The use of additional parameters will allow for a quick assessment of employee health.
• Data analysis and predictive analytics: Using machine learning algorithms, it is possible to detect important patterns and trends related to psychophysiological load. This allows for the prediction of possible risks and difficulties related to employee health and efficiency. Predictive analytics contributes to the optimization of work processes and personnel management based on the data obtained.

Advantages and Potential

The study conducted revealed great potential for using IoT technologies to improve employee working conditions and enhance the quality of service for end consumers. Monitoring the level of load and activity of employees using wearable devices and IoT sensors allows for the determination of moments when rest or a break is required, preventing overload and fatigue. Automatic scheduling using intelligent management systems takes into account the preferences and physical capabilities of employees, prevents excessive workload, and optimizes resource use.

In general, IoT technologies have the potential to become a tool for increasing the quality of service for end customers and ensuring comfortable and safe working conditions for employees. Given modern trends in changing perceptions of personnel formation and its role in the success and competitiveness of companies, it is necessary for the activities of enterprise managers to improve the quality of employees' working lives to become an integral part of the business strategy. The economic power of an enterprise is closely linked to the quality of the employees' working life, as there is a direct connection between them. The quality of working life is becoming a factor that largely determines the competitiveness of an enterprise. In light of these changes, the introduction of modern intelligent management systems aimed at improving working conditions and reducing psychophysiological loads becomes an inevitable step for organizations striving for stable success and development.

Advantages of using IoT solutions for monitoring working conditions:

• Increased productivity: By monitoring and optimizing various aspects of working conditions, workers can be more productive and efficient;
• Reduced risk of diseases: Monitoring and controlling parameters that affect employee health helps prevent the development of various illnesses and improve overall well-being;
• Rapid problem solving: The ability to quickly address issues related to working conditions allows for their prompt elimination and the avoidance of potential negative consequences;
• Resource saving: Improving working conditions contributes to reducing costs for electricity, heat, and light, as well as reducing emissions of carbon dioxide and other harmful substances.