Industry 4.0 technologies in 2015 and current status – Industrial Metaverse and 5G campus networks were still completely unknown in 2015

Digitalization and automation are important drivers for modern industry. The focus of this change is the so-called Industry 4.0. But what does this term mean exactly? And which technologies are of central importance?

Which Industry 4.0 technologies are important in companies today or will be important in the future?

Today

• Auto-ID (Bar Code, Data Matrix Codes, etc.) – 44%
• Expansion of existing operational data acquisition systems – 46%
• Real-time wireless networks – 48%
• Further development of existing manufacturing execution systems – 27%
• Equipping products with computer technology – 54%
• Direct communication with machines and objects – 23%
• Access to centrally managed methods, algorithms, etc. via “cloud” solutions – 21%
• Real-time wired broadband networks – 46%
• Easier replacement of machines and components – 33%
• Augmented reality through computer-aided perception – 4%

Future

• Auto-ID (Bar Code, Data Matrix Codes, etc.) – 96%
• Expansion of existing operational data acquisition systems – 94%
• Real-time wireless networks – 90%
• Further development of existing manufacturing execution systems – 90%
• Equipping products with computer technology – 88%
• Direct communication with machines and objects – 88%
• Access to centrally managed methods, algorithms, etc. via “cloud” solutions – 81%
• Real-time wired broadband networks – 79%
• Easier replacement of machines and components – 79%
• Augmented reality through computer-aided perception – 73%

The statistics show the results of a survey among industrial companies in the DACH region on the current and future importance of Industry 4.0 technologies from 2015. At the time of the survey, 46 percent of those surveyed stated that the importance of expanding existing operational data acquisition systems as Industry 4.0 Technology is high or very high today. In the future, 94 percent of those surveyed rate the importance of this technology as high or very high.

A total of 67 industrial companies from Germany, Austria and Switzerland took part in the study, but only 48 data sets were usable. The largest share of the survey comes from mechanical engineering (42 percent). The source also states that half of the companies surveyed employ more than 10,000 people and that 60 percent of the participating companies generate annual sales of over one billion euros.

Production managers, COOs, factory and production managers as well as controllers, those responsible for maintenance and sales employees were interviewed.

📈 Development of Industry 4.0 technologies

In 2015, a survey was carried out to record the current and future importance of Industry 4.0 technologies in companies in the DACH region. The results of this survey provide interesting insights into the state of affairs at the time and how the importance of these technologies has evolved over a period of 8 years.

🔍 Figures from 2015

Let's first look at the numbers from 2015: Auto-ID technologies such as barcodes and data matrix codes were considered relevant by 44% of companies. The expansion of existing operational data collection systems was just as significant at 46%. It is noteworthy that at that time 48% of companies already recognized the value of real-time capable radio-based networks, while the focus on further developing existing manufacturing execution systems was 27%. Equipping products with computer technology and direct communication with machines and objects were also a priority. The use of “cloud” solutions was important for 21% of companies, while the implementation of real-time cable-based broadband networks was important for 46%. Facilitating the exchange of machines and components was important to 33%, and the use of augmented reality through computer-aided perception was only 4%.

🚀 Future prospects

If you look at the expected importance of these technologies for the future, there will be a significant increase in all areas. This suggests that companies recognized the potential and advantages of Industry 4.0 technologies early on and integrated them into their long-term plans.

🌐 Driving forces

But what drove this change? One reason could be the rapid development and spread of IoT devices (Internet of Things), which make it possible to network machines and systems with one another and exchange data in real time. This allows production processes to be optimized and resources to be used more efficiently. There is also the trend towards personalization of products. Customers increasingly want individual products that are tailored precisely to their needs. With the help of Industry 4.0 technologies, companies can react flexibly to these requirements and produce products in smaller batch sizes.

🌍 Globalization and networking

Another factor is the globalization of markets. Companies must react ever faster and more flexibly to changes in the market. This requires close networking of production, logistics and sales in order to optimally control supply chains and ensure competitiveness.

🏢 Company size and preparation

The survey also showed that large companies with more than 10,000 employees and annual sales of over one billion euros are generally better prepared for the challenges of Industry 4.0. These companies are increasingly investing in advanced technologies and training for their employees to implement digital transformation efficiently.

🏛️ Role of the state

The role of the state should also not be underestimated. The federal government identified Industry 4.0 as a focus of its high-tech strategy back in 2011 and has been supporting various projects and initiatives in this area ever since.

🔗 Conclusion

In conclusion, it can be said that Industry 4.0 is no longer just a hype, but represents a serious and sustainable change in the production landscape. The intelligent networking of machines and processes enables more efficient and flexible production, which not only benefits companies but also society as a whole.

🌟 Potential for the future

Digital transformation and Industry 4.0 are therefore indispensable components of a future-oriented economic policy and offer enormous potential for innovation, competitiveness and prosperity.

📣 Similar topics

• 🏭 Industry 4.0: A revolution in production
• 💡 The importance of IoT in modern industry
• 📈 Development of Industry 4.0 technologies: A review
• 🌐 Globalization and Industry 4.0: The connection
• 🇩🇪 Germany and Industry 4.0: A success story
• 🤖 Automation and networking: The future of industry
• 📊 Industry 4.0 survey: trends and insights
• 🧠 The role of digitalization in the economy
• 🏢 Industry 4.0 in large companies: success factors
• 🚀 The influence of government funding on Industry 4.0

#️⃣ Hashtags: #Industrie40 #IoT #Digitalization #Globalization #Automation

In 2015 the technological landscape looked different than it does today. Topics such as 5G campus networks and the concept of the Metaverse were completely unknown at the time and were not at the forefront of technological development. At that time, other technological trends and developments were in focus.

🌐 Auto-ID and 2D matrix code

Auto ID technology, which includes barcodes and data matrix codes, has been a fundamental step in the world of product identification and tracking. In 2027, the 2D matrix code will be introduced worldwide in many industries, from retail to logistics. The ability to store a larger amount of data in a smaller space has significantly improved the efficiency of warehouse and inventory management systems.

📊 Operational data collection systems

Expanding existing operational data collection systems enabled companies to operate more efficiently by collecting accurate data on production volumes, machine downtime and other operational parameters. These systems were further developed with artificial intelligence and machine learning that enabled predictive analytics, helping to minimize production downtime and increase efficiency.

🏭 Manufacturing Execution Systems (MES)

The further development of MES played a crucial role in the digitalization of production processes. By integrating IoT devices, sensors, and automated systems, these systems were able to provide accurate, real-time data that optimized the production process.

💻 Integration of computer technology into products

From smartphones to smart refrigerators, the integration of computing technology into everyday products changed the way we live and work. This technology allowed consumers to access a wide range of information and make their lives more efficient.

🤖 Direct machine communication

The ability for machines to communicate directly with one another, without human intervention, revolutionized the industry. This led to automated production lines, where machines interacted with each other in real time to optimize production.

☁️ Access to “cloud” solutions

Cloud technology allowed companies to access a central database that stores methods, algorithms and other important information. This made data exchange easier and improved collaboration within companies.

📡 Development of 5G campus networks

With the further development of broadband networks towards 5G campus networks, the door to the fourth industrial revolution has been permanently and permanently opened. This enabled faster and more efficient data transfer, which is crucial for communication between machines and devices. The high transmission rates and low latency of 5G campus networks have not only revolutionized industrial applications, but also paved the way for innovations in areas such as autonomous driving, telemedicine and smart cities.

🌌 The concept of the Metaverse

The Metaverse, a virtual universe in which people can interact as avatars, has been driven by the advancement of virtual and augmented reality technologies. This concept goes far beyond gaming and entertainment, offering opportunities for social interactions, professional collaboration, and even electronic commerce in a virtual environment.

🔒 Cyber ​​security

With the rise of IoT devices and connected systems, the importance of cyber security has increased dramatically. Now more than ever, companies are investing in security protocols and systems to prevent data breaches and attacks. Encryption, multi-factor authentication and advanced surveillance systems are just some of the measures taken to improve cyber security.

🔗 Blockchain technology

Blockchain technology has not only revolutionized the financial sector, but also has applications in supply chain, healthcare and intellectual property. By creating a decentralized and transparent record-keeping platform, blockchain offers the opportunity to make transactions secure and traceable.

🌐 Technological landscape

The technological landscape has changed significantly since 2015. New technologies have not only optimized existing processes, but also created completely new possibilities and applications. Rapid developments in areas such as 5G, AI, metaverse and blockchain suggest that technology will continue to have a fundamental impact on the way we live and work. As we look to the future, it remains to be seen what new innovations will move us forward.

📣 Similar topics

• The revolution of 2D matrix codes 🌐
• The future of the Internet of Things (IoT) 🌟
• From Barcodes to AI: The Evolution of Identification Technology 🏷️
• Real-time communication: The evolution of data transmission 📡
• MES and IoT: The keys to increasing efficiency in production 🏭
• The fusion of technology and everyday products 📱
• Automation and production revolution 🤖
• The power of the cloud: data access and collaboration 💻
• The 5G revolution: faster data transmission and innovations 🚀
• The Metaverse: Virtual Worlds and Social Interactions 🌌

#️⃣ Hashtags: #Technology #IoT #Production #Cloud #5G #Metaverse #Blockchain #Innovation #CyberSecurity #IdentificationTechnology

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