For any industry, workers safety is a must! Afterall, a regular day in the life of frontline workers can be like an island where no people live. Usually, these people don’t have fortunes of getting any kind of assistance on-site. For them, running frontline operations is their only bread and butter. However, these operations also bring along their own set of challenges like:
But here’s a catch: like all people, even frontline workers can be digitally connected and empowered. By transforming your frontline workers into connected workers, you can transform your operations and grow revenue exponentially.
In this guide, we’ve put together everything you need to know about the connected workers, including how you can transform your frontline workers and digitally connect them throughout your operations. Let’s dive in!
A connected worker is a front-line worker who utilizes digital technologies or smart wearables to stay interconnected & collaborate efficiently with colleagues, access real-time information, & perform tasks efficiently. The entire concept of the connected worker involves the integration of digital solutions like smartphones, wearable devices, and cloud based software platforms. The Connected worker solution mainly focuses on worker safety and minimizing risk. This solution offers better remote connectivity, task optimization checklists, and training programs.
According to Adroit Market Research, the global connected market is expected to reach US$ 21.73 billion by 2029 at a CAGR of 23.2% during the prediction period. This is a very huge rise in the global market from US$ 3.19 billion in 2022.
No wonder it’s true that connected workers are transforming towards the digital world by adopting advanced gadgets to operate remotely. There was a positive impact on market growth after the global outbreak of the COVID-19 pandemic. The massive increase in connectivity and flexible work requirements has mostly led to the emergence of new technical solutions. These solutions enable more intense, seamless, and remote access to the real world.
Industries have started adopting connected worker solutions, which allow the workforce to work more effectively and accurately. Connected wearables also allow workers to solve errors by connecting remotely, increasing the demand for connected workers’ solutions.
There are rapid changes in the manufacturing industries. And in this digital era, it is necessary to adopt digital technologies for those workers who are thinking of succeeding in their field. This is a step towards a successful career. Connected worker solutions empower workers to make real-time decisions and improve the process. However, there are many benefits of connected workers
With end-to-end connected worker technology, workplace risks and accidents are prevented and reduced, improving worker safety. It also addresses unsafe conditions.
Many manufacturers offer data based on cycle times which mainly refers to the hours or days between placing an order and delivery. But what happens in the middle of the process? This is really a mystery! Nevertheless, with the help of a connected worker platform, you can get complete insights and detailed information into the frontline work.
What’s more important than the manufacturing industry is to have the necessary information at the worker’s fingertips. Connected worker technologies provide all the essential information to the workers by linking them to central knowledge bases and support staff.
We all make mistakes, for it is an inevitable part of being human. Not even technology can change human behavior. However, connected worker solutions can provide real-time assistance and prevent frontline workers from making unwanted errors.
It enhances the efficiency of connected workers and can even work collaboratively. As a result, this will increase productivity and save costs.
Emerging technologies have made connected workers possible. Now without wasting time, let’s explore some connected worker technologies to digitally transform operations:
Platforms play a crucial role in connecting workers to their processes. Systems like IIoT platforms allows to connect with shop floor processes with the help of back-end systems. Hence, they serve as a crucial tool for connecting workers. With platforms, engineers can develop applications to address specific issues. A new connection is formed between machines, devices, and applications, hence controlling manufacturing processes.
A device that collects particular information from a physical environment with wireless communication & programming is referred to as a smart sensor. And after that, it passes the data from connected networks to the gateway. Nowadays, industrial sensors can transfer data in real time, offering them a complete picture of industrial operations and workers. In a nutshell, these sensors play a significant role in existing IIoT networks.
Gone are the days when only traditional on-machine HMIs were used. Now in many industries, tablets and mobile devices are being used. Modern HMIs can operate in advanced industrial applications. Hence, these allow workers to share data and connect with the environment more effectively.
The adoption of AR in industry 4.0 has increased the productivity of frontline workers. It renders contextual information to the workforce with the help of smart devices such as RealWear wearables. Now, sensors have become more adaptable and smaller, which can be fitted easily. This hands-free instruction not only boosts productivity but promotes safety too.
It’s becoming more and more common to access industrial applications through smartphones, much as we do with mobile applications. Whether you want to know the machine status or digital work instructions will be available on mobile devices whenever needed.
Augmented Reality (AR) and Virtual Reality (VR) are connected worker technologies that leverage digital simulations and overlays to enhance the work experience. AR supplements the real-world environment with digital information and visuals. Connected workers can use AR to access real-time data, instructions, and visual cues overlaid on their physical surroundings, aiding in tasks like maintenance, remote assistance, and training. VR creates immersive, computer-generated environments. In a connected worker context, VR allows employees to engage in virtual training sessions, simulations, and remote collaboration as if they were physically present in a different location, fostering more effective and efficient communication and learning.
Elevate Factory Efficiency with Augmented Reality! Discover Game-Changing Applications of AR on the Factory Floor!
Download EbookFor a majority of people, connected workers maybe field technicians or manufacturing workers. However, there’s more to that.
Connecting workers not only empowers the whole business, but also your entire ecosystem of workers, machines, and stakeholders. Following are the different types of Connected workers:
Connected operators get support from the working systems that respond to their actions in real-time. This support can be in any form of digital work instructions, or it can be in a communication tool that allows the machine operator to send a notification when they face any issues. It provides you with automated error-proofing and computer vision systems that provide solutions to an operator’s actions effectively. Here you will get end numbers of options, and the option should be selected based on the needs of your operations.
Field workers have different needs as compared to other connected workers. Their work is really difficult and it is carried out in a challenging situation. AR in field service provide necessary support and information to connect field workers. They use mobile-accessible schematics or communication devices and collaboration platforms to get information. As a result, this can improve workflows and reduce dependencies.
Today’s modern manufacturing systems are quite adaptable. Due to this, as per the requirements, engineers can make necessary changes in software, hardware, and even work cell arrangements. Connected engineers will also have real-time access to the most important KPIs for production, maintenance, and prevention.
Here information is collected by connected processes. This information is usually used to create efficiency, drive strategy creation, and, most importantly, can make more inbound decisions.
“No matter what position a connected person holds, it is the future of digital transformation.”
The main motto of the Connected Worker Platform is to assist businesses in going paperless or taking the next digital steps for frontline workers. Also, while organizing and standardizing their information to be available during analysis, it also provides real-time information when needed. Following are some challenges that can be solved with the Connected worker platform:
Nowadays, technology can transform the working environment and how workers perform their work. The connected workers are already adopting this remote inspection and remaining a step ahead in this digital era.
Connected worker solutions can alert potential hazards or even show emergency exit routes. With strong visual assistance, they are able to see the safety measures in their real environment. It can assist workers to act more quickly and efficiently during an emergency.
There can be errors in the development process in any industry. However, a connected worker platform can help improve product development by analyzing the production process, identifying errors at an early stage, and taking the necessary steps for the same.
Many times, engineers need on sight guidance during maintenance and production. With a connected worker solution, one can provide support remotely and instantly. It makes it possible for technical staff to be in more than one place at the same time.
For many industries, connected worker solutions are essential. There has been an increase in the adoption of Connected worker solutions after the pandemic. It plays a vital role in many industries, including oil and gas, healthcare, automotive, and many more.
Let’s see how the Connected workers solution is useful in different industries:
The connected workers in manufacturing industry maintain quality by conducting audits and enhancing the maintenance process. Moreover, it provides digital work instructions to empower your frontline workers. This makes your workflow seamless with digitized guides and reduces factory downtime.
Medical centers globally are now turning towards the connected workers solution. It can be used in the remote inspection and augment resources to run operations smoothly. With remote assistance, connected workers can reduce cost and enhance productivity.
With the adoption of augmented reality and digital work instructions, connected workers can upskill the frontline workforce. It troubleshoots all repair issues by providing quick solutions in limited time, in turn increasing customer satisfaction.
The Construction industry has a more serious risk compared to other industries. It is essential to have wearable solutions to eliminate mechanical failure that risks the safety of the frontline worker or stops construction activity.
In the Oil & Gas industries, frontline workers safety is increased by adopting wearables for hands free operation, reducing distractions too. Workers will get visual assistance for essential information, including repair & operation instruction, process steps, etc.
Before it is too late, it is better to go with a connected worker platform. Let’s see the three reasons behind starting it now!
With remote assistance, workers can visually showcase complex features.
At one point, it becomes necessary for some co-located workers to meet customers’ requirements while also maintaining social distancing.
For organizations, it is necessary to thrive in the new normal, as mobility restrictions would be essential for workers safety.
The difficulty of filling open positions in the manufacturing industry has increased. This is due to the skill gap and misalignment between the workforce’s skills and the training required to carry out the work.
Hence, with connected worker solutions, less time will be spent on training and in turn, getting better outcomes.
Today, frontline workers are becoming an important part of digitalization in the industry field. Smart AR-powered tools like remote visual assistance, digital work instructions, and AR training help the organization in increasing quality. Not only that, but it also gives insights into the development and suggests ideas for continuous growth.
Adopting Plutomen’s connected worker solutions can make your workforce thrive in the new norms. Plutomen facilitate organizations with improved first-time fix rates, decreased downtimes, and better impartation of knowledge.
If you too wish to empower your workforce and perform the task more efficiently with a connected worker solution, then Book a Free Demo now!
With 10+ years' experience of Hiren Kanani has helped Plutomen ensure smooth communication between the company and the client for swift project delivery with fewer iterations. He is CTO & founder at Plutomen.
Check out our latest blogs and news on all-things in Emerging Technology.
There is no denying that the global pandemic has impacted how workers operate and perform their tasks, but it has also highlighted the need for investment in industrial frontline workforces, including manufacturing, field service, automotive, and many more. As a result, this lack of investment continued relying on old traditional ways of communication, paper-based instructions, […]
According to the study of ‘Internet Live stats’, there are approximately 1.5 billion websites that are available on the internet in the world. This number however is not surprising by seeing the current trend of digitalization. Everybody wants his/her content or ideas or business or views to get tremendous reach that too in very much […]
![What is the difference between AR, VR and MR? [+Use Cases]](https://pluto-men.com/wp-content/uploads/2019/04/Difference-between-AR-VR-MR.png)
Human imaginations are always awesome. Starting from the invention of the Computer in 1822 to 21st century, life is becoming easier, faster and technological. Various inventions proved to be revolutionary. For instance, Uttama Lahiri and her team at the Indian Institute of Technology in Gandhinagar, and their collaborators at AIIMS in New Delhi and AMRI […]
