Experts explain how wireless IoT technology is shaping the future of automotive production.

Wireless IoT technologies are paving the way to Automotive Factory 4.0. Sensors are being used to monitor the status of an increasing number of components, plants and machines, and to perform predictive maintenance. Data is transmitted via LPWAN, Mioty or OPC UA.

Digital twins simulate production based on real data, results are transferred to the control system and achieve real improvements. Machine learning and AI optimize order processing. RFID-tagged components can be identified and tracked. 5G enables reliable, low-latency data connections in automation.

Experts explain how wireless IoT technology is making the supply chain more transparent and efficient.

Wireless IoT technologies are increasingly used at all stages of the supply chain. Goods are tagged with RFID tags during production. Pallets, crates and load carriers are tagged and can be identified. With RFID and RTLS systems, containers in warehouses, at ports and at airports are accurately located and tracked in real time.

BLE, AI, and cloud applications are used to prove the authenticity of tagged products, and sensors are used to monitor cold chains. RFID is used on forklifts and via RFID gates to optimize intralogistics, production and for the optimal planing of goods transport.

Experts explain how wireless IoT technology improves security in healthcare and reduces the workload of medical staff.

Medical products and containers are tagged with RFID and BLE. Sterile goods, medical equipment and medication can be effectively tracked. UHF RFID-enabled patient wristbands increase patient safety. Access control systems with NFC prevent unauthorized persons from entering secure areas.

Digitization reduces the workload of staff and simplifies processes. WIoT technology controls automatic medication dispensing and transport systems in medical facilities. Laundry management is optimized with RFID.

Experts dive deeper into the world of wireless IoT technologies with experience, know-how and expertise.

Discover how different wireless IoT technologies are being used in unique applications across all sectors of the industry.

Technologies covered include: RFID, NFC, 4G/5G, Cloud services, RTLS, UWB, LPWAN, NBIoT, WiFi, BLE, OPC UA and Sensor Technologies.

Experts explain how wireless IoT technology is shaping the smart city of the future.

An increasing number of cities are using LPWAN networks. Sensors monitor soil moisture near city trees and green zones. Traffic and parking management is optimized with RFID, and traffic lights are adapted to the flow of traffic with WIoT technology.

Building management uses BLE, WiFi and sensor technology. Public transport uses BLE and NFC for mobile ticketing solutions. Lighting and waste management systems are controlled with LPWAN transmitted data. Recycling machines with RFID and NFC are placed next to conventional waste containers.

Experts explain how wireless IoT technology will secure the future of retail.

An increasing number of objects – such as clothing, medicine and food – are being networked in the IoT. Source tagging is making objects visible throughout the supply chain, AI is optimizing the control of all processes. Inventory tracking and management in the DC and in the store become transparent. Inventory accuracies of over 99 percent are a reality. Digital platforms and NFC performance strengthen customer experience and loyalty.

Experts explain the latest trends in wireless IoT technologies for Industry 4.0.

Augmented reality and data glasses are being increasingly used in a growing number of industries. RFID is being integrated into additively manufactured components. Manufacturers and suppliers use OPC UA interfaces for uniform data transmission and usability. Simulations are generated from real data and transferred to the controller to achieve real improvements in production.

AI and cloud applications optimize order planning and reduce overproduction. Systems are monitored with sensors, and malfunctions can be directly identified or anticipated in order to carry out predictive maintenance operations. Data analytics demonstrate progress of digitalization measures. 5G enables fast data connections without latency in automation.