Smart Factory: Super-fast data networks for future intralogistics scenarios – 5G technology & network – 5G SA campus network

STILL has set up its own 5G network at its Hamburg headquarters for future intralogistics scenarios.

🚀 The rapid development in intralogistics

Today, we are witnessing rapid developments in intralogistics. Largely autonomous transport vehicles are already commonplace in production halls and warehouses. These machines are undoubtedly impressive, but compared to human capabilities, they still have some limitations.

🏗️ The role of high-performance mobile networks

However, an expanded vision of autonomous transport vehicles requires extremely powerful mobile networks to transmit large amounts of data securely, quickly and efficiently.

🏭 STILL as an innovator in intralogistics

The renowned intralogistics provider STILL has been intensively engaged in developing innovative logistics and production solutions. In this context, the company has now taken a significant step towards shaping the future of intralogistics.

📡 Establishment of the 5G SA campus network

At its Hamburg headquarters, STILL has built its own 5G SA campus network. This groundbreaking measure underscores STILL's commitment to innovation, as 5G is not yet widespread in industry.

🌟 The advantages of the 5G network for intralogistics

The establishment of this 5G network offers numerous advantages and opens up new possibilities for intralogistics. A key objective is to elevate autonomous logistics processes to a new level.

📶 5G as a driver of Industry 4.0

STILL has been involved in numerous international research projects for many years, focusing on the concept of Industry 4.0. This 5G network will accelerate progress in this area.

🔌 Production optimization through 5G

Ansgar Bergmann, a data and networking expert at STILL, explains the main reasons for installing this company-owned 5G network. He emphasizes how 5G will optimize production.

🌐 5G and its role in intralogistics

The introduction of 5G in intralogistics promises a revolution in the way companies manage and streamline their processes.

📶 Low latency and real-time monitoring

A key feature of 5G is its low latency, which enables real-time data transmission. This is particularly crucial in intralogistics, where millimeter-precise movements of vehicles and machines are required.

🚗 Autonomous transport vehicles controlled in real time

The 5G network enables autonomous transport vehicles to be controlled and monitored in near real-time. They can exchange information with each other, thus avoiding collisions or optimizing their routes to avoid bottlenecks.

🌐 Mass connectivity and automation

Another crucial aspect of 5G is the possibility of mass connectivity. This means that a large number of devices and machines can be connected to the network simultaneously without any impact on performance.

🔄 Networked intralogistics systems

For example, intelligent shelving systems, warehouse robots, and sensors can communicate seamlessly with each other. This networking enables precise inventory management and automatic reordering of materials.

👓 AR and VR in intralogistics

The introduction of 5G in intralogistics also offers enormous opportunities for augmented reality (AR) and virtual reality (VR). AR and VR glasses, in combination with 5G networks, can deliver high-resolution images and data in real time.

🏭 Use in training and navigation

In a warehouse environment, for example, employees could easily find the right path to a specific product using AR glasses. They could also receive virtual training and instructions to improve their skills.

🔧 Maintenance and diagnostics of machines

The introduction of 5G in intralogistics also impacts machine maintenance and diagnostics. With 5G, machines can continuously transmit data about their condition. This data can be processed by intelligent analysis systems to detect potential problems early and plan maintenance measures accordingly.

🛒 Real-time tracking of products and orders

Another important area where 5G will make a difference in intralogistics is the real-time tracking of products and orders. With 5G, RFID tags and sensors can provide real-time information about the location of products.

💼 5G and the future of intralogistics

The advantages of 5G in intralogistics are manifold and influence many aspects of the industry. From increasing efficiency and security in warehouses to improving employee training and precise goods tracking – 5G has the potential to transform intralogistics in many ways.

🔍 STILL as a pioneer in intralogistics

STILL has recognized that the introduction of 5G in intralogistics is a significant step into the future. The company is investing in this technology to offer its customers innovative solutions and take the intralogistics industry to the next level.

🏗️ STILL's 5G SA Campus Network

STILL's 5G-SA campus network in Hamburg is an important milestone on this path. It will not only improve intralogistics at STILL itself, but also serve as a test environment for researching new technologies and applications.

🚗 Support for autonomous vehicles

A crucial aspect is the support for autonomous vehicles. STILL plans to equip its fleet of autonomous transport vehicles with 5G. This will enable the vehicles to exchange information in real time and navigate precisely.

🏭 Production optimization through 5G

Furthermore, 5G will play a crucial role in STILL's production. The fast data transmission enables seamless communication between wireless production robots and human employees.

👓 Integration of AR and VR technologies

STILL also plans to integrate AR and VR technologies into its intralogistics processes. Employees will be equipped with AR glasses that display real-time information about the location of products and orders.

📊 Precise inventory management through 5G

STILL's 5G network also enables precise inventory management. Sensors and RFID tags can provide real-time information about stock levels.

🔧 Remote maintenance and diagnostics of machines

Another crucial advantage of 5G in intralogistics is the possibility of remote maintenance and diagnostics of machines. With 5G, machines can continuously transmit data about their condition.

💼 5G as a comprehensive solution

Overall, STILL's 5G network offers a comprehensive solution for the challenges and requirements of modern intralogistics. It enables seamless networking of machines, vehicles, and employees, contributing to increased efficiency and productivity.

🌐 The future of intralogistics with 5G

However, the use of 5G in intralogistics is not limited to STILL. The entire industry faces an exciting future in which 5G technology will fundamentally change the way intralogistics processes are designed and optimized.

🚀 STILL as a pioneer of the 5G revolution

It is clear that 5G plays a key role in intralogistics and is triggering a revolution in the industry. Companies like STILL are leading the way and setting new standards for the future of intralogistics.

🌟 Innovation and progress

Innovation and progress are the driving forces behind the success of companies like STILL. They recognize the opportunities presented by 5G and are ready to seize them.

🌐 The future of intralogistics with 5G

The future of intralogistics will undoubtedly be shaped by 5G, and companies like STILL will be at the forefront of this revolution.

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• 🚀 The future of intralogistics: How 5G is transforming the industry
• 🌐 5G networks in industry: STILL as a pioneer
• 🔧 5G and the optimization of intralogistics processes
• 👓 Augmented Reality and Virtual Reality in intralogistics with 5G
• 🌟 STILL: Innovation leader in intralogistics thanks to 5G

#️⃣ Hashtags: #Intralogistics #5G #Innovation #STILL #Industry4.0

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5G opens up a multitude of technological possibilities and promises impressive performance and reliability. This is primarily due to the fact that it is a user-licensed frequency spectrum, enabling a wide range of applications. In this article, we will take a closer look at the fascinating aspects of 5G and how it impacts various industries and use cases.

🚀 5G performance

One of the outstanding features of 5G, emphasized by experts like Ansgar Bergmann, is its performance. Compared to previous mobile generations, 5G offers significantly higher bandwidth and speed. This is crucial for applications requiring fast data transmission, such as driverless transport systems in indoor logistics.

🚗 5G and the future of indoor logistics

The integration of automated guided vehicles (AGVs) into indoor logistics is an exciting application area for 5G. With 5G, entire fleets of AGVs can be coordinated in real time. These AGVs are autonomous and can transport goods in warehouses and production facilities. The control and route data of these vehicles can be managed in the company's edge cloud, enabling precise control and monitoring. This advancement represents a significant leap forward compared to using Wi-Fi, which is often less reliable and has lower performance.

🤖 5G and robotics

Another promising application area for 5G lies in robotics. 5G enables robots to communicate and exchange information in real time with high precision. This is particularly important in environments where robots work alongside humans, as fast and reliable communication is essential to prevent accidents and ensure efficient workflows.

🤝 Collaboration between machines and humans

Human-machine collaboration is a burgeoning field driven by 5G. In industrial manufacturing, for example, robots and human workers can collaborate more efficiently because they can exchange information in real time. This increases the flexibility of production lines and allows companies to respond quickly to changes in production.

🌆 5G and environmental sensing

Another area where 5G has a significant impact is in environmental imaging. This is particularly important for autonomous vehicles, which need to perceive their surroundings precisely to navigate safely. 5G enables the transmission of large amounts of sensor data in real time, which significantly improves the capabilities of autonomous vehicles. This could represent a major step towards self-driving cars.

💼 Economic impact of 5G

It is important to note that 5G not only expands technological possibilities but also has economic implications. Companies that successfully implement 5G technologies can benefit from increased efficiency and productivity. This can help strengthen their competitiveness in the market and create new business opportunities.

☁️ Edge Computing and 5G

Another interesting aspect of 5G is the ability to manage applications in a company's edge cloud. This means that data and applications can be located closer to users and their devices, reducing latency and enabling faster data transfer. This is particularly important for applications that require a fast response time, such as augmented reality (AR) and virtual reality (VR). With 5G, AR and VR applications can be delivered in real time, significantly improving the user experience.

🌍 Versatile applications of 5G

In addition to the applications already mentioned, many other industries can benefit from 5G. For example, in healthcare, remote monitoring and telemedicine can be improved thanks to 5G's high bandwidth. In agriculture, autonomous tractors and drones can increase efficiency. In education, immersive learning environments can be created that facilitate learning. These examples demonstrate the versatility of 5G and how it can transform the way we work, live, and learn.

🔒 Challenges and security

However, it's important to note that the rollout of 5G also presents challenges. Security and data protection are major concerns, given the enormous amount of data transmitted over 5G networks. Implementing robust security measures to protect data from unauthorized access is crucial.

🌿 Environmental impact of 5G

Furthermore, there are concerns regarding the environmental impact of 5G infrastructure. Building 5G networks requires a significant amount of energy and resources. It is important to pursue sustainable approaches to 5G implementation and to explore ways to reduce its environmental footprint.

🌟 A connected and efficient future with 5G

Overall, 5G offers an exciting future with a wide range of applications. It has the potential to fundamentally change the way we work, communicate, and perceive our environment. With a balanced approach to security, privacy, and sustainability, the benefits of 5G can be fully realized to create a more connected and efficient world.

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• 🚀 5G and the future of technology
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• 🚗 5G and autonomous driving: The importance of environmental perception
• 💼 Economic impact of 5G: Efficiency and productivity
• ☁️ 5G in the Edge Cloud: Faster data transfer for applications
• 🌐 5G and Augmented Reality (AR): The Future of Augmented Reality
• 👩‍⚕️ 5G in healthcare: remote monitoring and telemedicine
• 🌱 5G in agriculture: Autonomous tractors and drones
• 📚 5G in education: Immersive learning environments

#️⃣ Hashtags: #5G #Technology #Robotics #Collaboration #AutonomousDriving #Economy #EdgeCloud #AugmentedReality #Healthcare #Agriculture #Education

📦 Thanks to 5G technology, numerous new and exciting scenarios are opening up in intralogistics. The possibilities arising from the combination of intralogistics and 5G are extremely promising and offer significant advantages for companies that rely on efficient and innovative logistics solutions.

🌐 Integrating 5G into intralogistics is a crucial step towards realizing the vision of Industry 4.0. Industry 4.0 represents the fourth industrial revolution and is primarily based on data-driven processes that enable seamless communication and automation in industry. 5G significantly boosts these approaches, as the technology allows for reliable and fast real-time data transmission.

🤖 One of the most remarkable developments driven by the combination of intralogistics and 5G is the optimization of the transition from traditional manual systems to fully automated processes. This transformation is supported by the seamless connectivity of 5G, enabling machines and devices in intralogistics to communicate with each other in real time. This leads to a significant increase in efficiency and productivity in warehouses and production facilities.

📊 Another important aspect is the process transparency enabled by 5G. This technology allows companies to monitor the status of their intralogistics processes at any time and capture data in real time. This enables precise monitoring and control of processes, which in turn leads to faster decisions and better resource utilization.

💰 An interesting concept supported by 5G in intralogistics is the "pay per use" model. Companies can pay for logistics services and resources precisely according to their needs. This leads to an optimized cost structure and enables companies to react flexibly to changing requirements.

🔧 Predictive maintenance is another area that benefits from 5G in intralogistics. Thanks to real-time data transmission, machines and systems can be continuously monitored to detect potential failures or problems early on. This makes it possible to carry out targeted maintenance work before unexpected downtime occurs, resulting in significant cost savings.

📞 Consulting services in intralogistics are also supported by 5G. Experts can virtually access data and processes within companies and offer valuable advice and support. This allows companies to access expertise and know-how without having experts physically present on-site.

📈 The benefits of 5G in intralogistics also extend to inventory management. With 5G, inventory levels can be monitored and updated in real time. This leads to better inventory control and reduces the risk of over- or under-stocking.

🤖 One exciting application of 5G in intralogistics is robotics. Autonomous robots and driverless transport systems can be controlled and monitored in real time. This enables seamless collaboration between human workers and robots, leading to a more efficient and safer working environment.

🛡️ 5G also improves safety in intralogistics. Real-time communication allows hazardous situations to be detected immediately and appropriate measures to be taken. This helps to prevent accidents and increase workplace safety.

👓 Another significant advancement made possible by 5G is the ability to implement Augmented Reality (AR) and Virtual Reality (VR) in intralogistics. These technologies enable the optimization of workflows and more effective training. Employees can receive instructions and handle complex tasks more easily using AR and VR.

🌟 Overall, the combination of intralogistics and 5G opens up a world of innovative possibilities. Companies that utilize this technology will benefit from improved efficiency, transparency, and flexibility in their logistics processes. However, it is crucial to ensure that the implementation of 5G in intralogistics is secure and compliant with data protection regulations in order to fully leverage the advantages of these exciting developments.

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• 📊 Process transparency and real-time data: 5G in logistics
• 💰 “Pay per Use” in intralogistics: Flexible and cost-efficient
• 🔧 Predictive maintenance with 5G: Prevent failures, save costs
• 📞 Virtual experts in intralogistics: 5G-based consulting services
• 📈 Real-time inventory control: Warehouse management with 5G
• 🤖 Robotics and 5G: Efficient collaboration in intralogistics
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#️⃣ Hashtags: #Intralogistics #5G #Industry40 #Efficiency #ProcessTransparency

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The world of logistics is constantly evolving, and technological advancements continually open up new opportunities for more efficient and optimized processes. A key aspect driving these developments is machine learning. Companies like STILL from Hamburg have recognized the crucial role of data transfer in this regard and are investing in innovative research projects to turn their visions for the future of logistics into reality.

🌐 The ARIBIC project and the use of FTF data

One of these pioneering projects in which STILL is involved is the ARIBIC project. This international research project focuses on making more effective use of the data collected by automated guided vehicles (AGVs) as they navigate through warehouses. These vehicles are equipped with a variety of sensors and cameras that continuously gather information about their surroundings. The goal is to process this data in real time, thereby increasing the efficiency and safety of warehouse processes.

📡 The importance of the 5G data network

One of the key components that enables the real-time processing of this data is the 5G data network. Ansgar Bergmann, an expert from STILL, emphasizes the importance of this new network: “These processes generate enormous amounts of data that must be transmitted at very high speeds. Some approaches simply wouldn't be possible without our new 5G data network. Previous technologies are generally quite susceptible to interference, which makes our work more difficult.”

🌐 The digital twin of the warehouse environment

The 5G data network opens up new horizons for the Internet of Things (IoT) and machine learning. It offers extremely high bandwidth and low latency, meaning that data can be transmitted and processed in real time. This is crucial for applications in the field of autonomous vehicles, as they need to react to changing conditions and obstacles in real time.

👥 The advantages of the digital twin

A key aspect of the ARIBIC project is the creation of a digital twin of the warehouse environment. This digital twin is a virtual replica of the real-world environment in which the AGVs operate. It is created through the continuous collection and processing of data from the vehicles' sensors and cameras. This virtual environment offers a multitude of advantages.

✅ Real-time monitoring and adjustment

Firstly, it allows logistics managers to monitor warehouse operations in real time and make immediate adjustments as needed. For example, they can react to bottlenecks or unexpected obstacles to ensure the smooth operation of warehouse processes.

🚧 Route optimization and collision avoidance

Secondly, the digital twin can be used to optimize route planning and avoid collisions. AGVs can access the positions of other vehicles and objects in their environment in real time and adjust their movements accordingly. This contributes to increased efficiency and safety.

🔮 Simulations and tests in a virtual environment

Thirdly, the digital twin also enables simulations and tests to be carried out in a virtual environment. This is particularly useful for the development of new algorithms and control systems for AGVs. Before these are implemented in the real world, they can be tested and refined in the virtual environment.

🤖 Artificial intelligence and machine learning

Another exciting approach in the ARIBIC project is the application of artificial intelligence (AI) and machine learning to utilize the data from the AGVs even more effectively. By analyzing large datasets, patterns and trends can be identified that can help to further optimize warehouse processes.

🔧 Predictive maintenance and quality control

One example is predictive maintenance of AGVs. By analyzing data from the vehicles' sensors, AI algorithms can detect anomalies or signs of wear early on, indicating potential failures. This allows maintenance work to be planned before costly downtime occurs.

Another application of AI is automated quality control. In many warehouses, products must be checked for quality before being shipped. AI-controlled cameras can take over this task and detect errors or defects in real time. This not only saves time but also reduces rejects and waste.

📦 Warehouse space optimization through machine learning

Integrating machine learning into warehouse logistics also impacts warehouse space optimization. By analyzing historical data and real-time information, algorithms can calculate recommended storage locations for different products. This helps optimize AGV routes and increase storage efficiency.

🌿 Sustainability in logistics

Another interesting aspect is sustainability in logistics. STILL and other companies are working to develop more environmentally friendly solutions. The data collected by AGVs can help optimize energy consumption. For example, the vehicles can plan their routes to use less energy, or they can switch to renewable energy sources when available.

🌍 Improved resource utilization through real-time monitoring

Furthermore, real-time monitoring of warehouse processes enables better resource utilization. AGVs can react to changing requirements in real time and thus adapt to the current situation. This reduces the waste of resources such as time, energy, and materials.

🤝 Coordination of humans and machines

Another promising area of ​​research into the future of logistics processes is the coordination of humans and machines. In many warehouses, people and driverless transport vehicles work together. The challenge lies in making this collaboration as efficient and safe as possible.

This is where advanced algorithms and sensor technologies come into play. Real-time monitoring of the environment allows AGVs to detect when people are nearby and take appropriate safety measures. This can significantly reduce the risk of injury and optimize human-machine collaboration.

🚀 The future of logistics: Innovation and technology

Overall, the participation of companies like STILL in research projects such as ARIBIC demonstrates that the future of logistics processes is based on innovation and technology. Machine learning, the use of 5G data transmission, and the application of AI algorithms open up exciting opportunities for increasing efficiency, safety, and sustainability in warehouse logistics. This will not only benefit the participating companies but also contribute to transforming the logistics industry as a whole.

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• 🚀 Innovations in warehouse logistics: ARIBIC project in focus
• 📈 The role of 5G in the future of logistics processes
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• ♻️ Sustainable logistics: Energy efficiency and environmental protection
• 👥 Human-machine coordination in warehouse environments
• 🌐 IoT and the digital transformation of logistics
• 🧐 Real-time monitoring and optimization of warehouse processes
• 💡 Potential of virtual warehouse environments
• 📊 Data analysis for improving logistics processes
• ⚙️ Future trends in the logistics industry

#️⃣ Hashtags: #LogisticsInnovations #5GinLogistics #AIinLogistics #SustainableLogistics #HumanMachineCoordination

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In the first weeks of 2022, the promising flagship project CampusOS was launched, receiving generous funding of €18.1 million from the Federal Ministry for Economic Affairs and Energy over the next three years. This pioneering project has the ambitious goal of developing a modular ecosystem for open 5G campus networks based on open wireless technologies and interoperable network components. But what is the significance of CampusOS, and how will it change Germany's digital landscape? In this article, we will take a close look at this project and analyze its potential impact on businesses and the technology sector.

🚀 The vision of CampusOS

CampusOS was launched to strengthen the digital sovereignty of German companies. In an era of increasing reliance on digital infrastructure and connectivity, it is crucial that companies retain control over their data and networks. The €18.1 million in funding is a clear indication of the importance the German government places on developing technologies to strengthen digital sovereignty.

🌐 The basics of CampusOS

CampusOS is based on the idea of ​​creating an open and interoperable ecosystem for 5G campus networks. This means that different components and technologies can communicate seamlessly with each other, regardless of manufacturer or provider. Open wireless technologies play a crucial role here, as they form the basis for creating flexible and adaptable networks. This approach enables companies to develop tailored solutions for their specific requirements.

🏢 STILL's role in CampusOS

A key player in this groundbreaking project is the Hamburg-based technology company STILL. Here, various aspects of 5G technology are being researched and tested. In particular, the low-latency and resilient control of vehicles is being investigated. This is of great importance, as the ability to precisely control machines and vehicles is crucial in an increasingly interconnected world. The transmission of videos at very high data rates is also being intensively evaluated. This is especially important for applications such as augmented reality (AR) and virtual reality (VR).

🌍 The importance of 5G campus networks

5G campus networks have the potential to fundamentally change the way businesses operate. These networks not only offer faster and more reliable connectivity, but also enable new applications and business models. Here are some of the key areas where 5G campus networks can make a big difference:

1. Industry 4.0 and Automation

5G campus networks enable companies to make their production facilities and logistics processes more efficient. Real-time communication and precise machine control allow for seamless integration of IoT devices and robotics.

2. Augmented Reality (AR) and Virtual Reality (VR)

5G campus networks offer the high bandwidth and low latency required to deploy immersive AR and VR applications in industry, education, and healthcare. This opens up entirely new possibilities for training, simulations, and diagnostics.

3. Healthcare

In medicine, 5G campus networks can improve telemedicine and enable the real-time transmission of medical data. This is particularly beneficial in rural areas where access to specialized medical services is limited.

4. Education

Educational institutions can benefit from 5G campus networks to offer remote teaching and interactive learning platforms. Students can access high-quality educational content from anywhere.

5. Transport and Logistics

In the transportation sector, 5G campus networks can help make traffic safer and more efficient. Connecting vehicles and transportation infrastructure enables better traffic management and accident prevention.

🔒 The challenges of 5G campus networks

Although the potential of 5G campus networks is immense, they also face several challenges. One of these is security. With increasing connectivity and data transmission, robust security measures must be implemented to ensure data integrity and confidentiality.

💡 The future of 5G campus networks in Germany

CampusOS is a pioneering project that lays the foundation for the future of 5G campus networks in Germany. Collaboration between government, businesses, and research institutions is crucial to advancing the development and implementation of this technology.

The results and insights from CampusOS will not only strengthen the digital sovereignty of German companies, but also create new opportunities for innovation and growth. Companies like STILL, which are at the forefront of research and development, will play a key role in shaping this future.

Overall, the flagship project CampusOS demonstrates the importance of investing in the development and expansion of 5G campus networks. This technology will fundamentally change the way we work, learn, obtain supplies, and travel. Germany has the opportunity to play a leading role in this transformation and to make the most of the opportunities offered by 5G campus networks.

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• 🌐 CampusOS: The future of 5G campus networks in Germany
• 💡 CampusOS: Digital Sovereignty and Innovation
• 🚀 CampusOS and the evolution of 5G technology
• 🏭 5G campus networks: Revolution in Industry 4.0
• 🎓 Education in Transition: 5G Campus Networks and the Future of Learning
• 👩‍⚕️ 5G campus networks in healthcare: Telemedicine of the future
• 🚗 Transport and logistics: 5G campus networks for safe mobility
• 🔒 Security and 5G campus networks: Challenges and solutions
• 💰 CampusOS and the economic impact of 5G
• 🌟 CampusOS and STILL's role in 5G innovation

#️⃣ Hashtags: #5G #CampusOS #DigitalSovereignty #Innovation #Industry40 #AugmentedReality #VirtualReality #Healthcare #Education #Transportation #Security #Economy

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