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Top 12 Important Features of Industry 5.0 You Need to Know

by | Apr 15, 2022 | Industry, Utopia

Last Updated on August 23, 2022

We are living in an era where factories are becoming smart. We are in the fourth Industrial Revolution where transformative technologies are changing industries with connected machines and intelligent robots.

Industry 4.0 is the idea of working with software, hardware, and data in a connected fashion to improve manufacturing efficiency and increase production. Sometimes refers to as manufacturing 4.0, these intelligent factories connect and computerize every aspect to form a whole network.

The intelligent factory uses underlying technology like the Internet of Things, smart machines, and sensors to connect everything. This way the factory can diagnose and exchange data about manufacturing operations.

Factories are known for using a lot of machinery which means a lot of data are exchanged and generated regularly. Analyzing this data gives a wealth of information about operations and gives insight into how processes can be optimized.

Artificial intelligence and machine learning are used to make sense of the data to provide predictive analysis. A lot of industries are already adopting industry 4.0 to improve the efficiency of their operations, increase productivity, and decrease cost.

However, the problem with industry 4.0 is that it is more focused on automation and mass production to maximize profit. It is also focused on minimizing human involvement in production processes.

While Industry 4.0 is about automating processes to improve efficiency, it somehow affects society and how workers keep up with the changes. And now with digitalization, companies are faced with unprecedented levels of competition and consumer demands.

Hence, smart factories will have to get even smarter. A lot of things have changed since the beginning of the 4th industrial revolution, now we are talking about the fifth industrial revolution. So what is industry 5.0?

What is industry 5.0?

The fifth industrial revolution or industry 5.0 is a digital transformation of manufacturing that is more digitalized and automated. But industry 5.0 is not just about automating production lines to increase outcomes, it is also about digitalizing machines, people, and processes to increase coordination and efficiency.

Industry 5.0 is also about digitizing the entire supply chain. It uses data analytics to optimize production processes and bring factories closer to customers. It is a transition from mass production and economy of scale to mass customization and personalization.

While industry 4.0 aims at automating processes and minimizing human involvement, the introduction of industry 5.0 technologies brings a balance between human creativity and machine efficiency.

Each industrial revolution was fueled by new technological breakthroughs like water-powered, steam engines, assembly lines, and computers. The 5th industrial revolution is a natural progression of the fourth.

The fifth industrial revolution seeks to strike a balance between humans and automation to create more personalized products. In industry 5.0, humans will have more responsibility, allowing them to express their preferences earlier in the design process.

Importance of industry 5.0

Industry 5.0 is interpreted as “Business Intelligence” and “Operational Intelligence.” The aim is to bring human creativity and craftsmanship back into manufacturing.

Humans will work alongside universal robots and manufacturing executives will implement KPIs to ensure that production processes run smoothly.

The fourth Industrial Revolution is heavily dependent on machine learning, artificial intelligence (AI), real-time data, the internet of things, cloud computing, and connectivity thus reducing human involvement in the production process. This has led to mass production.

But industry 4.0 has also led to homogenous and standardized products. And mass production means increased demand for resources and energy to power factories which puts a lot of pressure on the planet.

The manufacturing and production sector consume more than half of the world’s energy sources and account for one-fifth of the global carbon emission. With the world population expected to reach 10 billion by 2050 and the pressing effects of global warming, something has to change.

The future of manufacturing will depend on the integration of advanced technologies with human intellect, resourcefulness, and collaborative operations. Human creativity and machine intelligence will complement one another.

Intelligent machines and big data will help human workers perform better and faster. This will improve the quality of products and increase productivity.

With industrial 5.0 concepts, the production line will adapt to meet customer preferences with minimal additional costs. As a result, customer satisfaction will improve.

Automation is a crucial element of new industries nowadays, but it also has its limitations. For instance, highly automated solutions are not flexible and cannot adapt to the changing needs of the workforce.

Hence, Industrial revolution 5.0 emphasizes collaboration between humans and machines to make processes run smoothly. It is the merging of technology and people to enable a more robust and competitive environment.

One of the core elements of the coming industrial revolution is the combination of human brains and robotics. The companies of Industry 5.0 will focus more on the integration of human beings working with robots.

Cobots or collaborative robots imply that humans will be part of the factory’s intelligent work process, enabling it to improve productivity, reduce waste and attain sustainable goals.

They are robots that are capable of learning multiple tasks and working hand-in-hand with employees. This makes working easier for humans by removing repetitive and monotonous tasks which in turn allows them to focus and apply cognitive skills.

Cobots are highly automated machines designed to work in harmony with human workers, increasing the value of each employee. These machines are equipped with sensors, actuators, and artificial intelligence to perform tasks seamlessly.

Industry 5.0 is mostly about worker well-being and it also takes sustainability and resiliency into account. This step involves taking a societal approach within industries. This approach is a shift away from manufacturing goods for-profit and towards a more human-centric approach.

Characteristics of industry 5.0

Autonomous manufacturing

Autonomous manufacturing is a concept that will become more popular in the coming years as more manufacturers strive to meet the demands of a constantly changing market.

There are many reasons to consider using autonomous manufacturing to improve operations. These include increasing efficiency throughout production facilities, creating new methods of production, and addressing the need for flexibility in production.

Additionally, autonomous systems are unconstrained by labor pools or skills. As such, they can transform any geographical location into a production center.

Automation and autonomous manufacturing are increasingly important for modern manufacturing. For instance, autonomous systems can increase profitability and efficiency by improving the proximity of production facilities to the raw materials, inputs, and final markets.

With the rise of industrial IoT and advanced digitalization, manufacturers can upgrade existing machines to newer models and forecast production. While these high-tech machines are becoming increasingly intelligent, humans are needed to keep them safe and productive.

The role of human workers will remain crucial throughout the evolution of Industry 5.0, as their expertise is vital for the development of new technologies and new processes. To achieve this, companies are developing production lines that are adaptive and flexible.

Focus on customer experience

Almost every aspect of a company’s offering can affect customers’ experiences, from the quality of customer service to the ease of use and reliability of a product. Yet few people give thought to the effect their decisions will have on the customer.

In many instances, the decisions aren’t even thought of before they are made, or even after the fact. As a result, decisions may not be based on a comprehensive customer experience analysis.

There is no doubt that a customer’s experience is crucial for a company’s bottom line. This is especially true for businesses that rely on their customers to make their decisions.

Industry 5 is also a reaction to the problems and solutions associated with the previous revolution. Industry 5.0 initiative aims to make businesses more competitive by leveraging the latest technologies and integrating them into their workflows.

Customer experience is a key component and one of the main areas of focus in this new industrial concept. The concept of industry 5.0 help companies keep up with their competitors while also improving customer satisfaction levels and retention rates.

Hyper customization

Future industry will change the nature of jobs. As consumers demand more customization, manufacturers will be forced to create products that are customized to each customer’s needs.

Hyper customization is a process in which organizations develop a method or approach to delivering customized information and service offerings. The benefits of such customization are numerous.

For example, users can get information that addresses their pain points, thus saving time and effort. At the same time, it enables companies to develop unique product features.

The concept of hyper-customization can also improve conversion rates, create a better customer experience, and build brand loyalty. In addition, it helps boost customer lifetime value, ensuring that customers continue to do business with the company.

Ultimately, the rise of Industry 5.0 will put the customer at the center of the manufacturing process. By offering a hyper-customizable product, companies will be able to maximize efficiency and performance throughout a product’s lifecycle.


Consumers are increasingly demanding customized goods and ultra-personalized services. And companies that fail to meet their needs will quickly fall behind their competitors.

Personalization in manufacturing is the creation of customized products and services for consumers. In today’s consumer-centric world, people want a unique consumer experience, as well as unique products that are created quickly.

The immediacy of social media has fueled consumer expectations and a growing impatience for personalized experiences. By tailoring products and services to the needs of individual customers, manufacturers can better serve their consumers and increase their bottom line.

The 5th industrial revolution embraced the need for a more personalized consumer experience. Today, manufacturers are embracing this trend by enabling customers to personalize products through digital platforms.

Personalization is now possible through technologies to enhance consumer experiences. This trend is not limited to luxury goods even low-tech products can be personalized. In the future, personalization will be the goal of every business, from luxury goods to consumer goods.

Responsive supply chain

A responsive supply chain is a system that adapts to changes in demand. This means that it can quickly adjust the number of products it produces or the amount of inventory it holds to meet the needs of customers.

A responsive supply chain is beneficial to businesses because it can help them to keep up with changing market conditions. The ultimate goal of a responsive supply chain is to meet consumer demand. This is accomplished by being sensitive to the consumer’s needs and changing production processes to achieve goals.

As manufacturing evolves into a more connected, automated, and personalized society, the importance of a responsive supply chain becomes ever more apparent. Industry 5.0 emphasizes the need for automation solutions that support and empower human labor.

In the current economy, climate crisis, pandemics,s and conflicts that are waving uncertainty levels, businesses need to be responsive to the needs of their customers. The fifth industrial revolution ensures that supply chains are as efficient as possible so that products can be delivered in a timely and cost-effective manner.

In the world of technology, responsiveness has become even more important. Companies that can quickly update their products and services to meet the needs of their customers are more likely to be successful in the current market.

The responsiveness of a company’s supply chain can have a significant impact on its overall success. When a company can quickly and easily update its products and services, it can keep its customers happy and engaged.

Interactive product

One of the key benefits of an interactive product is its ability to help customers feel the product before they purchase it. It can make the buying experience more fun and exciting for people.

The human mind processes images 60,000 times faster than text. As such, it can be a great tool for brands to highlight the difference between their products and those of their competitors. Industrial revolution 5.0 emphasizes collaborative production.

Smart machines work in tandem with humans to create products that are personalized and highly customizable, but they still require the human touch. As the world becomes increasingly automated, the role of humans will change. They will be freed up to focus on more creative and powerful strategies to deliver better experiences.

While many people believe that automation is the future of manufacturing, the importance of an interactive product can not be underestimated. It can help improve the efficiency of production processes by leveraging the strengths of human experts and smart, powerful machinery.


A human-centric approach to industrial 5.0 put people back at the center of the production process. While Industry 4.0 focused on interconnected machines, Industry 5.0 combine the human element with the benefits of automation and intelligent systems.

A human-centric approach is a design method that focuses on people. This design approach is iterative and puts the needs of people who will be using the product at the center. A human-centric approach means placing the needs of humans at the heart of everything we do.

Industry 5.0 focuses on the needs of its customers and employees first and put in place systems and processes that ensure everyone involved in the business is happy and able to achieve their goals. Human workers will work alongside machines to increase efficiency and productivity.


In its broadest sense, resilience is the ability to bounce back from difficult events and challenges. Resilience is essential for businesses in today’s economy. It enables them to bounce back from challenges and stay ahead of the competition.

According to the World Economic Forum, resilience “refers to the ability of an entity, system or network to absorb or adapt to stress, shocks, and fluctuations, and to continue performing its core functions.”

When you talk about the fifth industrial revolution, you’ll hear the terms resilience which means increasing the robustness of production systems and supply chains while also combining speed with accuracy and flexibility.

In short, resilience is about being able to weather tough times, which is important in today’s highly uncertain world. This concept is also closely related to sustainability, and it should be considered if you want to thrive in the face of a changing environment.


Sustainable practices in manufacturing reduce waste, improve efficiency, and protect the environment. By focusing on these goals, manufacturing companies can save money while improving the working environment.

This can be achieved through the efficient use of resources to reduce wastage and thus limit the impact on the environment. Additionally, it is about using renewable and environment-friendly resources.

The concept of Industry 5.0 is designed to improve manufacturing practices to place a greater focus on sustainable and resilient processes. Companies reduce their carbon footprints through the regulation of raw materials used, the proportion of the waste generated, and the environmental impact of manufacturing processes.

By identifying areas for improvement, companies can increase their efficiency while reducing their resource footprints. Hence companies can maintain constant production while limiting their environmental impact.

To achieve a sustainable future, businesses must examine their resource footprint, which includes the raw material sources and proportion of the waste generated in production. It may also include energy efficiency in processes.

Societal value

Value is the qualities or characteristics that we judge as good or bad. Values are generally expressed as positive or negative attributes that people place on others or themselves. In some cases, people may define their attributes as a means to achieve another value.

Societal value is an important factor in the 5th industrial revolution. It refers to the importance that society places on the production of goods and services. It is a measure of how important society considers the production of a particular good or service to be.

Societal value is important because it affects how much people are willing to pay for a product. If society values a product highly, people are likely to be willing to pay a high price for it.

Craftsmanship (human touch)

The upcoming era of Industrial revolution 5.0 is characterized by the increasing emphasis on resilience, sustainability, and the human touch in manufacturing. Mass-produced goods are often impersonal and lacking in detail and human touch.

We can all define craftsmanship differently. To define craftsmanship, we should consider the process behind the production of an object, including its design, materials, finishing, welds, bolts, etc… There are many reasons why craftsmanship is important.

Craftsmanship is often used in traditional industries. These industries have a long history and expertise developed through years of practice and traditional experiences. Craftsmanship is an important aspect of industry 5.0. It is the process of adding human’s unique creativity to products.

Collaborative robots

Collaborative robots or cobots are robots that work in teams to carry out tasks, either alone or in close proximity to humans. The primary difference between a collaborative robot and a traditional industrial robot is that they are designed for close human contact.

When it comes to manufacturing, the importance of collaborative robots in Industry 5.0 is not limited to increased productivity. Unlike traditional industrial automation solutions, collaborative robots are typically programmable and user-friendly.

That means they can be operated by human workers without the need for special training. Collaborative robots also bring lower costs, ease of use, and flexibility.

As they become increasingly sophisticated and capable of learning, the importance of collaborative robots in Industry 5.0 is expected to increase in the coming years.

What industry 5.0 will bring in the future

While the need for high-quality products will never change, there will be new ways to manufacture them. Technology will be more advanced than ever before and the human intellect will be used to apply new insights.

More than ever before, consumers are demanding products that are custom-made to fit their unique needs. While automation has become the norm in manufacturing, human craftsmanship is still very important.

In the highly digital world we are living, it is possible to design products from a customer’s feedback to meet their unique needs. Industry of the future will focus more on personalization products instead of mass production of identical items.

Industry 5.0 advocates the role of human beings in the manufacturing process and it affirms that the future of manufacturing will see mass-scale products that are customized to meet the unique needs of consumers.

Robots will work alongside humans on the factory floor and will take on menial, repetitive, and potentially dangerous tasks while humans use their intricate brains for higher-level decision-making. Robots may even design products and processes using a “digital twin” of the human worker.

Companies that incorporate Industry 5.0 practices will benefit from increased resiliency, efficiency, and agility against disruption. Companies will be able to better predict, adapt and respond to challenges in an increasingly competitive environment.

Moreover, Industry 5.0 will emphasize the need to maintain ecological and planetary boundaries. It highlights the importance of moving toward global environmental targets. As a result, future industries will focus on creating an industry with enhanced agility and resilience.

Sustainability means developing circular production models and technologies that are more efficient in the use of natural resources. Industry 5.0 will help make companies more resilient to external shocks, changes in society, and the uncertainty that come with climate change.

Unlike conventional factories, Industry 5.0 machines are versatile, safe, and intuitive to use. This new approach can help companies to improve their processes without sacrificing humans.

Industry of the future will empower workers, address changing skills, and increase competitiveness within companies. It will also help attract the best talent. The idea is to create an environment where production assets and human assets work together is an excellent approach.

Robotics will allow employees to be more human. Moreover, bureaucratic and administrative tasks will be replaced by robotic process automation allowing employees to concentrate on more important issues and problems.

Final words

While it’s too early to tell whether this transformation will help or hinder the future of industrial production. It aims to achieve the highest levels of efficiency and productivity by refining the collaborative interaction between humans and machines.

If properly implemented, Industrial 5.0 can make a huge impact on productivity and consumer experiences. As an extension of Industry 4.0, Industry 5.0 allows highly skilled workers to work side by side with collaborative robots.

By combining the two, the value of the worker increases. Ultimately, industrial revolution 5.0 will allow for greater efficiency and better automation of processes by leveraging the power of the human brain.

Picture this, robots performing a variety of complex roles and the production stations work autonomously, adjusting their actions based on what happened at earlier stages of the manufacturing process.

Cameras visually compare each component and trigger self-correction processes if any specifications aren’t met. QR code enables full traceability of every process within the factory. Every product is tested before leaving the factory to make sure of the highest quality.

Every process is based on data from all the prior tests within the facility and across the whole manufacturing network with self-learning algorithms to improve the precision of future tests.

Sensors provide predictive analytics and maintenance information to give an overview of stock and capacity which in turn leads to more accurate delivery times and better materials handling while maintaining the highest quality.

As a result, Industry 5.0 will bring more innovations across all industries because companies will have the ability to combine technology and human creativity. Companies that harness the best of technology and human creativity will thrive. In the end, it’s going to be the humans who make the difference.