The rising demand for connected worker solutions worldwide
June 7, 2021
June 7, 2021 |
The rising demand for connected worker solutions worldwide
Globally, the market for connected worker solutions is predicted to expand at a high pace, owing to growing concerns about employee safety and increased throughput. Connected worker solutions are used in a wide variety of industry verticals, with manufacturing serving as a specialization.
Digitalization, productivity enhancement, and industry 4.0 have all been vital growth indicators.
The digitalization of the supply chain and the integration of connected worker solutions within the plant are ensuring the market’s potential growth. IIoT (Industrial Internet of Things) deployment for the purpose of enhancing plant productivity and ensuring employee well-being is expected to fuel market expansion over the forecast period.
The global market for connected worker solutions is expected to expand at a CAGR of around 23% between 2020 and 2030.
What Are the Advantages of Using Smart Wearables in Manufacturing?
Smart wearables consist of intelligent headgear that delivers intelligent solutions, such as determining when to replace the helmet and its state of repair. Additionally, smart glasses that enhance visibility and enable real-time troubleshooting are just a few of the advantages of smart wearables over conventional ones.
For example, the healthcare industry makes extensive use of wearables such as the Fit Bit to record and track patients’ chronic diseases, alerting both the patient and caregiver to concerning trends.
Similarly, CBT’s wearable computing headset can be worn with conventional headgear such as a ball cap or a basic headband. This device is intelligent due to its IoT capabilities; it does not have any extra attachments. Additionally, this device responds to basic voice instructions, making it more user-friendly. These elements contribute significantly to the enormous benefits of smart wearables in connected workforce solutions.
What Role Do Connected Worker Solutions Play in the Evolution of Smart Manufacturing Practices?
The implementation of computer-integrated manufacturing with rapid design modifications and higher adaptability, as well as the digitalization of the manufacturing process with more agile personnel training, constitutes smart manufacturing practice. To summarise, the smart manufacturing environment is comprised of automation, real-time monitoring, and networked, and real-time data & analytics.
These manufacturing methods lay the groundwork for the integration of connected worker solutions into industrial processes. Industrial activities benefit from connected worker solutions that provide a consistent experience of competency and floor management in real-time, leveraging critical statistical data from business software.
Smart manufacturing methods are already being implemented in a variety of industries, and the combination of smart manufacturing practices and connected worker solutions is positioned to generate significant growth potential for the market in the future years.
What Impact Will IT/OT Convergence Have on Demand for Connected Worker Solutions?
IT is an acronym for information technology, while OT is an acronym for operational technology. The next section discusses how the convergence of these two technologies would affect demand for connected worker solutions.
The integration of manufacturing processes, regulating processes, and physical occurrences with back-end software and hardware for processing and evaluating the acquired data is referred to as IT/OT convergence. Due to widespread wireless Internet connectivity, the convergence point between these two technologies has gotten very near over the years. Convergence of IT and operations technology creates an enormous opportunity for manufacturing processes by combining IT capabilities with operational technology components and by structuring direct machine-to-machine learning with centralized servers, which has altered the overall dynamics of manufacturing processes.
Convergence has now created value for connected worker solutions that provide unmatched real-time visibility and a complete understanding of production processes, affecting the overall market. As a result of enhanced convergence, connected worker solutions are expected to grow at an exponential rate during the projection period.
What Impact Will Efficient IIoT Deployment Have on Connected Worker Solutions?
The Industrial Internet of Things is accelerating the adoption of modern technology in manufacturing processes. The Industrial Internet of Things is wreaking havoc throughout manufacturing industries and changing current industrial processes. This, in turn, is certain to restructure nearly every area of manufacturing, from the way items are researched, planned, fabricated, produced, disseminated, and consumed to the way manufacturing supply chains, and factory floors operate.
The IIoT enables the convergence of IT and OT, which is a critical part of connected worker solutions. Consumers have long desired this implementation, which enables the user to leverage an IIoT platform to accumulate massive data via machine-worker interactions. This mobilization aids in the prevention of safety issues by predictive analytics, ultimately increasing staff productivity and safety.
Additionally, IIoT provides consumers with intelligent computing. Cognitive computing is the process of using computer models to simulate human thought processes in puzzling situations characterized by ambiguous and tentative responses. North Star Bluescope has teamed with IBM to develop a cognitive computing platform that integrates with IBM’s Watson Internet of Things platform to assist personnel in dangerous areas where their lives may be at risk.
Applicability of Connected Worker Solutions
The United States has a history of early technological acceptance and utilization, including digitalization of supply chains and mobilization of advanced technologies such as 5G and electric car infrastructure.
The extensive use of connected worker solutions in the automotive and oil & gas industries has been the primary driver of the market’s clear expansion in the country. Additionally, with a majority of firms such as Honeywell, Oracle, and Intel headquartered in the United States, the implementation of connected worker solutions across a variety of industrial applications is positioned to create enormous opportunities in the short-medium term.
Effects on a variety of industries
Mobile devices/tabs are configured to expand most of the hardware. This expansion is aided by the simplicity with which mobile devices can be used and their compatibility.
Mobile devices and tablets are also likely to see an increase in popularity as a result of BYOD (bring your own device) usage. Additionally, mobile devices assist in supplying an employee with up-to-date analytics, ensuring the employee’s safety.
The oil and gas business is undergoing transformational changes on a scale never seen before. With uncertainties over industrial output and opposition from environmentalists, the market faces significant headwinds. However, the oil and gas business has a greater adoption of connected worker solutions.
This industry requires workers to evaluate and harness available data in order to make timely and correct important judgments. These characteristics contribute to the efficient and comprehensive adoption of connected worker solutions.
Connected worker solutions are applicable to both small and large businesses. However, there is a sizable market for huge organizations. This is because major firms have ample finances available to invest in sophisticated technologies.
Small and medium-sized businesses account for a smaller portion of the market because deploying connected worker solutions inside the industry is not cost-effective. The cost of solution deployment may burn a hole in the company’s wallet, a factor limiting widespread adoption.
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