Vendor directory
RTLS, RFID, and barcode systems all claim to find equipment faster and cut overbuying, but accuracy, cost, and infrastructure differ sharply by technology. Choosing wrong means paying for room-level precision you do not need or buying zone-level tracking that cannot answer the question you actually have. This category covers the platforms HTM and clinical engineering teams use for equipment location, utilization, and PAR-level management, and how each technology trades accuracy against cost.
Accutech Security provides RFID-based safety systems for healthcare, including its Cuddles infant protection system and ResidentGuard wander-management solution. The company reports thousands of hospital deployments.
RTLS platform (Sofia) using Wi-Fi and BLE for asset tracking, staff safety duress alerts, and environmental monitoring. ISO 9001/27001 certified.
Airpinpoint provides hospital-exclusive RTLS managed services using combined ultra-wideband (UWB) and Bluetooth Low Energy (BLE) tracking. The company publishes ROI benchmarks for its deployments.
AssetVue provides hospital RFID asset management with automated inventory auditing capabilities.
Blueiot provides a Bluetooth Low Energy (BLE) angle-of-arrival (AoA) real-time location system reporting sub-0.1-meter accuracy. The company was named a Niche Player in the 2024 Gartner Magic Quadrant.
Borda Technology is a real-time location system (RTLS) provider for healthcare, with deployments across more than 15 countries. The company reports more than 1 million assets tracked and coverage of 40,000 beds.
Clinical-grade RTLS using BLE, UHF, and IR technologies for real-time asset tracking, patient flow, and staff safety in healthcare facilities.
AI-powered RTLS that achieves room-level accuracy with ultra-lightweight infrastructure using machine learning instead of dense hardware deployments.
GuardRFID provides RTLS-based infant protection, staff duress, and asset tracking solutions for healthcare. The company was acquired by HID in 2023.
RFID tags and infrastructure for healthcare — tracks IV pumps, ventilators, wheelchairs, and surgical tools with hospital-grade durable tags.
Identiv (NASDAQ: INVE) provides RFID solutions for medical device tracking and patient safety applications in healthcare.
Intelligent Locations builds INTRAX, a cloud-based BLE (Bluetooth Low Energy) RTLS platform for hospitals that tracks assets, staff, and patients, monitors environmental conditions such as temperature, and analyzes operational workflows. The platform layers machine-learning analytics on top of real-time location data to surface bottlenecks and predict equipment needs. It is deployed at health systems including Houston Methodist.
RTLS-as-a-service platform combining real-time location with AI agents for patient flow, equipment supply chain, and care operations optimization.
Link Labs offers AirFinder, a Bluetooth Low Energy (BLE) real-time location system anchored by its SuperTag technology. The company has documented hospital IV pump tracking case studies, and its founders are alumni of the Johns Hopkins University Applied Physics Laboratory (JHU APL).
Litum is a real-time location system (RTLS) provider offering combined ultra-wideband (UWB) and Bluetooth Low Energy (BLE) tracking for healthcare facilities. The platform is used for asset tracking, staff safety, and patient safety, with deployments spanning more than 50 countries and Fortune 500 healthcare clients.
Lyngsoe Systems provides RFID-based tracking solutions used in healthcare, including medical device and linen tracking, with documented NHS deployments.
Hybrid IR/BLE RTLS with deep EMR integration for asset tracking, patient flow management, and clinical workflow optimization in healthcare facilities.
Penguin Location Services launched a hospital RTLS offering in December 2025 built on Bluetooth 5.1 angle-of-arrival (AoA) positioning. The company emphasizes deployment without proprietary infrastructure.
RTLS platform for asset tracking, patient safety (including infant security), and staff protection — formerly Stanley Healthcare, now part of Securitas.
Sonitor is a healthcare-focused real-time location system (RTLS) provider with more than 25 years of hospital-only deployments. The company merged with TAGNOS in 2025 and has deployed more than 1 million tags across hospital environments.
Tektelic Communications provides LoRaWAN-based real-time location systems built for long battery life, including its LOCUS asset tracking solution used in hospital environments.
Ubisense develops SmartSpace, an ultra-wideband (UWB) real-time location platform. The company reports more than 900 global customers and has NHS hospital references among its healthcare deployments.
Vizzia Technologies provides hardware-agnostic managed real-time location system (RTLS) services for healthcare facilities. The company was acquired by HID (ASSA ABLOY) in July 2024 and has been named to the Inc. 5000 list five times.
VUEMED provides RAIN RFID-based hospital supply chain solutions, reporting 99.5% inventory accuracy. The platform supports unique device identification (UDI) compliance for hospital inventory management.
Wiser Systems provides an ultra-wideband (UWB) real-time location system delivering sub-meter precision. The company was acquired by Qorvo.
Xerafy designs and manufactures autoclavable on-metal RFID tags. Its hardware is used in sterile processing department (SPD) and other healthcare use cases that require tags able to withstand autoclave sterilization and mount on metal surgical instruments.
RFID and barcode healthcare solutions for asset tracking, inventory management, and clinical workflow optimization with enterprise mobile devices.
ZulaFly makes Fuzion, vendor-neutral RTLS software that unifies data from multiple RFID, BLE, and RTLS hardware technologies into a single platform for asset management, staff and patient locating, staff duress, and environmental monitoring. University of Utah Health deployed Fuzion across more than 11,000 tagged devices, 5,000 staff badges, and 1,300 temperature monitors, integrating with Epic, CMMS, and Active Directory. The company was founded by Stephanie Andersen, formerly of Intelligent InSites.
Accuracy depends entirely on the technology. Ultra-wideband (UWB) reaches roughly 10 to 30 centimeters, Bluetooth Low Energy (BLE) lands around 0.3 to 5 meters, infrared confines a tag to a room by line of sight, and Wi-Fi typically gives only 5 to 15 meter zone-level location. Match the technology to the question: zone-level is enough to find a pump on a floor, but bed or bay-level workflows need UWB, BLE angle-of-arrival, or infrared.
They solve different problems. Barcode is cheapest but requires a human to scan, so it suits PM check-in and audits, not live location. RFID excels at checkpoint and cabinet-level tracking for supplies and high-volume movement. RTLS gives continuous, hands-free location and utilization data but needs infrastructure and ongoing tag and battery management. Many hospitals layer barcode for inventory control and RTLS for the equipment fleet that walks off.
It can, if you act on the utilization data, not just the location. RTLS reveals how many pumps or wheelchairs are actually in use versus hoarded, which supports right-sizing the fleet and setting PAR levels per unit. The savings come from rental reduction and avoided capital purchases, so confirm the platform reports utilization and dwell time, not only a map of dots.
Yes. Linking RTLS location to the CMMS device record lets technicians find equipment due for PM instead of hunting floor by floor, which directly lifts completion rates that Joint Commission surveys scrutinize. Integration also flags devices that have left a designated area or missed a recall. Confirm the vendor supports your CMMS before purchase; retrofitting the link later is costly.
It varies by technology and drives most of the cost. Wi-Fi RTLS can ride existing access points but gives only zone accuracy; BLE needs gateways or beacons; UWB and infrared need dedicated anchors or sensors, which raises install cost but delivers room or sub-room precision. Budget for tags, batteries, and ongoing maintenance, not just the initial install, and pilot in one high-value area before a facility-wide rollout.