SpanSet Australia has launched a solution that allows customers to inspect the slings, lifts and safety gear they purchase via automatic RFID tag reads, and to retrofit work equipment by applying labels and tracking them with the same readers, using a solution from CoreRFID.
The joint liaison agreement is aimed at promoting more open standards for UWB and RTLS technologies, as well as easing regulatory demands for UWB power and outdoor use in industrial and other settings.
RFID technology is helping providers tackle problems to improve patient outcomes.
With increased memory and sensitivity, the company’s latest tags are intended to offer a low-cost solution to the aviation, logistics and manufacturing markets, in which the need for RFID sometimes outpaces supply.
NFC Forum publishes eID for mobility-as-a-service document; XO2Tech intros RFID data-as-a-service platform; ABI Research white paper highlights LoRa and LoRaWAN growth; FogHorn, IBM collaborate on edge-to-hybrid cloud solutions for IoT; IOTech Software supports computer vision, AI at IoT edge.
Reading Hospital is capturing the status of the vaccines it stores and injects into patients’ arms, expanding its use of the UHF RFID solution from Kit Check with which it already managed pharmaceuticals.
Such technology could benefit companies and consumers alike, but what issues would the industry face?
The company’s BLE-enabled microcontroller and system-on-chip are being built into millions of wireless sensor devices to capture, manage and transmit data from sensors at low power, enabling greater functionality in healthcare wearables, industrial equipment trackers and other IoT-based solutions.
View the PDFs and recordings from RFID Journal’s recent online event.
Research shows that retailers which have not invested in radio frequency identification have been unable to execute ship-from-store or curbside or in-store pickup consistently.
The next phase in the evolution of telecommunications presents a world of new opportunities for connected devices.
The company’s EPIC system includes an encoding method for EPC UHF tags to ensure tag IDs can be read and errors flagged, along with correction algorithms in a SensThys reader, or add-on software for existing readers, to capture tag reads in difficult environments.