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1. Overview
   1. Topic 1: read more
   2. Topic 2: read more
   3. Topic 3: read more
   4. Topic 4: read more
   5. Topic 5: read more
2. Industry
   1. Security surveillance: Continuous monitoring of plant facilities to ensure safety.
   2. Automated control: Remote control and monitoring of robots and machines in real time to optimize production processes.
   3. Augmented reality (AR) for training: Use of AR to train employees directly at the machine without interrupting production.
   4. Real-time data analysis: 5G enables the analysis of machine data in real time to increase efficiency and minimize downtime.
   5. Real-time monitoring: Location of products to optimize processes and reduce downtimes
   6. Predictive maintenance: Predictive maintenance by constant monitoring of equipment and prediction of failures.
   7. Digital labels/digital twin: Track products even after production
3. Production and logistics
   1. Fleet management: Monitoring and coordination of transport vehicles in real time for efficient logistics operations.
   2. Intelligent warehousing: Automation of warehouse management and optimization through real-time tracking of inventories.
   3. Asset tracking: Seamless tracking of goods along the supply chain to minimize losses.
   4. Automated supply chains: Integration of supply chain processes for smooth operations and inventory management.
   5. Human resources: Use personnel efficiently
   6. Building integration: Extend existing plant with digital monitors and displays
   7. Remote operation: Remote control of warehouse and transport equipment to increase operational efficiency.
4. Offshore
   1. Crew communication: High-speed communication networks for crews on offshore facilities to improve safety and coordination.
   2. Environmental monitoring: Use of sensors to monitor environmental conditions and early detection of risks.
   3. Remote maintenance: Monitoring and maintenance of offshore facilities by specialists from the mainland.
   4. Data management: Efficient collection and analysis of operational data to optimize performance.
   5. Infrastructure: Monitoring of existing infrastructure by outdoor-capable sensors
   6. 5G as a standard: 5G can also be used outside the campus network as a uniform standard.
   7. Automated navigation: Improvement of navigation and safety of ship fleets through precise real-time data.
5. Ports
   1. Smart port operations: Optimization of port operations through real-time management of resources and equipment.
   2. Traffic flow management: Smoothing of traffic flow through dynamic control of container movements and vehicles.
   3. Security surveillance: Advanced surveillance systems for the security of cargo and personnel.
   4. Automated customs clearance: Acceleration of customs processes through automated data processing and exchange.
   5. Sustainability management: Monitoring and control of the environmental impact of port activities.
   6. Digital logistics platforms: Integration of various logistics services into one platform for efficient processes.
6. Research
   1. Virtual conferences: Enables the conduct of interactive, virtual conferences with high reliability and low latency.
   2. Emergency management: Rapid response capabilities in emergencies through improved communication channels.
   3. High-speed data transfer: Fast exchange of large research data sets between institutions worldwide.
   4. Collaborative research networks: Building networks for sharing resources and research results.
   5. Real-time data collection: Collection of large amounts of scientific data in real time for accelerated research.
   6. Advanced field studies: Use of mobile devices to conduct field studies in remote or hard-to-reach areas.
   7. Remote experiments: Conducting and monitoring experiments remotely, facilitating collaboration between global teams.