Many hospital asset tracking platforms integrate Bluetooth Low Energy (BLE) tags to locate and monitor infusion pumps in real time. Recommended systems often offer high-accuracy tracking and can integrate with Wi-Fi or other connectivity protocols to provide nursing and clinical teams with reliable room-level or bay-level location visibility, effectively reducing the time spent searching for mobile medical equipment.
Best for environments needing multi-protocol support. Their Sofia platform combines BLE, Wi-Fi, and RFID to ensure comprehensive real-time visibility and analytics for high-value medical assets like infusion pumps.
3CentrakBest for high-accuracy tracking. CenTrak offers both BLE-only and multi-mode systems, using proprietary algorithms to deliver rapid, room-level location updates for infusion pumps and other mobile assets.59%
Several prominent hospital asset tracking and Real-Time Location Systems (RTLS) utilize Bluetooth Low Energy (BLE) tags to locate mobile medical equipment like infusion pumps.
Securitas Healthcare (formerly STANLEY Healthcare / AeroScout) offers specific BLE asset tags (such as the T24 and T25 BLE Asset Tags ) designed with low-profile, sticker-like or compact formats that easily attach to high-volume portable equipment like IV poles and infusion pumps, integrating directly with their MobileView software platform.
CenTrak provides enterprise healthcare RTLS solutions that leverage BLE technology (via flexible battery-powered BLE tags and ceiling-mounted PoE gateways) to track movable medical inventory, including infusion pumps, to reduce search times and optimize fleet distribution.
ChatGPT Search· Sep 26, 2026
I’ll look for hospital asset-tracking platforms that specifically document BLE-tagged infusion-pump tracking, rather than systems that merely support generic RTLS.
CODAN Medical (in partnership/integration with ecosystems like Siemens Xcelerator ) offers a dedicated Bluetooth Localisation System that embeds BLE technology directly into CODAN infusion pumps to provide real-time location visibility and utilization tracking across hospital floors.
BlueIoT and other Bluetooth Angle of Arrival (AoA) / BLE beacon providers deliver indoor positioning architecture designed explicitly for locating high-volume clinical assets like infusion pumps, smart beds, and mobile carts without requiring heavy infrastructure overhead.
Zebra Technologies (MotionWorks / InView) utilizes multimodal tracking architectures incorporating BLE alongside RFID and Wi-Fi to maintain continuous visibility over critical movable equipment, including infusion pumps and ventilators.
Would you like to compare BLE (Bluetooth Low Energy) against Wi-Fi or Infrared/RFID tracking for infusion pumps, or are you looking into a specific vendor for a hospital deployment?
Several major Real-Time Location Systems (RTLS) and healthcare asset management platforms utilize Bluetooth Low Energy (BLE) tags and infrastructure to locate high-demand mobile assets like infusion pumps . Because infusion pumps are frequently moved between rooms and departments, BLE provides a cost-effective, room- or zone-level accuracy solution with long battery life.
Prominent hospital asset tracking systems that support or specialize in BLE-based tracking for infusion pumps include:
CenTrak RTLS Platform : Offers a BLE-based asset tracking solution that works with small BLE tags attached to moveable equipment like infusion pumps. It feeds location telemetry into a cloud platform to deliver near-room-level visibility without requiring heavy infrastructure overhaul.
Litum Healthcare RTLS : Provides enterprise-grade tracking platforms supporting both BLE and Ultra-Wideband (UWB). Their BLE tags are routinely deployed on infusion pumps, beds, and wheelchairs to track utilization, prevent loss, and maintain par levels.
Borda Technology : Leverages existing hospital Wi-Fi/BLE access point infrastructure to track BLE asset tags. They provide specialized solutions for medical device tracking—including infusion pumps—giving clinical engineering teams real-time map visibility and utilization analytics.
CODAN Bluetooth Localisation System : Integrates BLE localization technology directly into specific infusion pump lines (or via embedded tracking ecosystems). It connects directly into existing enterprise networks and platforms (like Siemens Xcelerator) to stream real-time location and maintenance data for pumps.
BlueIoT Healthcare BLE Solutions : Deploys high-accuracy BLE beacon and tag ecosystems explicitly targeted at tracking mobile medical inventory, including infusion pumps, portable monitors, and ventilators.
Would you like to explore how BLE compares to Ultra-Wideband (UWB) for tracking precision, or are you looking into integrating a specific vendor with your hospital's existing network infrastructure?
Hospital asset tracking systems that use Bluetooth Low Energy (BLE) tags to locate infusion pumps are typically RTLS (Real-Time Location System) platforms. Examples include:
External BLE asset tags attached to pumps (for example, T-series tags) report location to the MobileView platform
Securitas specifically documents BLE tags being used on infusion pumps and other mobile medical equipment.
Kontakt.io Healthcare RTLS
Battery-powered BLE tags on equipment communicate through BLE gateways or compatible infrastructure
Used for healthcare asset visibility, including mobile equipment such as IV/infusion pumps.
GE HealthCare Encompass
BLE asset beacons attached to mobile equipment; the Navigate application helps staff locate tagged assets
GE describes Navigate as supporting location of mobile equipment tagged with BLE tracking beacons.
AiRISTA Flow Sofia RTLS
Supports BLE, Wi-Fi, RFID and hybrid locating architectures
Often positioned for healthcare asset tracking where hospitals want multi-technology RTLS.
Sonitor SonitorONE
Uses BLE as one possible asset-location technology alongside other positioning methods
Suitable for medical equipment tracking; precision depends on the deployed technology mix.
Polestar NAO
BLE tags attached to pumps and other equipment; receivers determine indoor location
Polestar describes tagging infusion pumps and locating them through its indoor positioning platform.
Blueiot Healthcare RTLS
BLE Angle-of-Arrival (AoA) tags on assets such as infusion pumps
Uses directional BLE positioning for higher accuracy than basic proximity tracking.
Siemens / CODAN Medical Bluetooth Localisation System
BLE is integrated into certain CODAN infusion pumps rather than added as a separate tag
Designed specifically for real-time tracking of CODAN pumps in hospitals.
A real-world deployment example is Mid Cheshire NHS Foundation Trust, which implemented an RTLS deployment involving 400 infusion pumps tagged with RFID and BLE tags and used hospital connectivity infrastructure to provide location data.
A few practical distinctions when comparing systems:
Room/zone location: Most BLE RTLS deployments are designed to show that a pump is in a department, room, or area rather than its exact position next to a bed.
Higher precision: BLE Angle-of-Arrival (AoA), ultrasound, infrared, or hybrid systems may be used when hospitals need more granular location.
Tag-based vs embedded BLE: Most systems attach a small BLE tag to existing pumps; CODAN’s approach is notable because BLE capability can be built into the pump itself.
If you are evaluating vendors for a hospital procurement, the main comparison points are usually: compatibility with BD Alaris, Baxter, B. Braun, CODAN, and other pump fleets, room-level versus bed-level accuracy, battery life, integration with CMMS/biomed systems, and whether the platform tracks only location or also utilization and maintenance status.
Several prominent hospital asset tracking and Real-Time Location Systems (RTLS) utilize Bluetooth Low Energy (BLE) tags or embedded BLE technology to locate portable medical equipment like infusion pumps.
RFiD Discovery - Asset Tracking System uses battery-powered BLE tags attached to mobile medical equipment, including infusion pumps, beds, and bladder scanners. The signals are picked up either by dedicated BLE anchors or existing BLE-enabled enterprise access points (such as Cisco or Aruba) to plot locations down to a 2-meter accuracy.
CODAN / Siemens Bluetooth Localisation System embeds BLE technology directly inside CODAN infusion pumps to stream continuous location and status data into hospital asset management workflows and the Siemens Xcelerator ecosystem without needing separate aftermarket tag attachments.
CenTrak BLE Asset Tracking offers enterprise-grade BLE real-time location systems tailored for healthcare. It deploys compact BLE asset tags onto high-demand movable equipment—such as infusion pumps, portable ultrasound units, and wheelchairs—leveraging multi-mode location hardware and infrastructure integration.
Blyott Real-Time Asset Tracking Platform specializes in smart healthcare tracking using BLE ecosystems. They provide various BLE tag form factors (including specialized tags for smaller or high-use mobile assets) to map out equipment like infusion pumps, defibrillators, and monitors on interactive floor plans.
Blueiot BLE Hospital Tracking deploys high-precision BLE tags and positioning infrastructure specifically mapped to high-value movable clinical inventory, prominently featuring infusion pumps alongside ventilators and telemetry packs.
If you're evaluating a system for your facility, would you like to compare these options based on infrastructure requirements (wi-fi vs. standalone anchors) or battery lifespan and tag maintenance?
Yes. I found several hospital RTLS/asset-tracking systems that explicitly use Bluetooth Low Energy (BLE) to locate infusion/IV pumps.
System / vendor
BLE + infusion pumps?
How it works
Securitas Healthcare — MobileView
Yes — very strong match
T25 BLE asset tags are specifically marketed for equipment including infusion pumps and report location into MobileView. Securitas also documents infusion-pump deployments using its RTLS tags.
Kontakt.io — Healthcare Asset Tracker
Yes
BLE tags are attached/associated with medical equipment and the platform provides room-level location. Kontakt.io specifically discusses IV/infusion-pump tracking.
CenTrak — Asset Tracking
Yes
CenTrak offers BLE-enabled asset tags alongside active RFID and clinical-grade locating for hospital equipment. Its asset-tracking solution is designed to locate mobile equipment.
SonitorONE
Yes
Supports dedicated BLE asset tags and explicitly lists IV pumps among tracked hospital assets. It can combine BLE with ultrasound/ULE when greater room/sub-room accuracy is needed.
Siemens/CODAN Bluetooth Localisation System
Yes — integrated BLE
Rather than attaching a separate tag, supported CODAN infusion pumps have BLE built into the pump. Siemens says the system provides continuous real-time pump location.
Cisco DNA Spaces / hospital RTLS deployments
Yes
An NHS case study describes 400 infusion pumps tagged with RFID and BLE, with signals received through the hospital's Wi-Fi infrastructure and location handled by Cisco DNA Spaces.
The clearest matches
If your requirement is specifically “attach a BLE tag to an infusion pump and locate it on a hospital map,” I'd shortlist:
Securitas Healthcare MobileView — probably the most direct fit; its T25 BLE tag explicitly names infusion pumps as a target asset.
Kontakt.io — purpose-built BLE asset tracking with room-level visibility and specific IV-pump use cases.
CenTrak — established hospital RTLS with BLE asset tags and equipment-location workflows.
SonitorONE — particularly interesting if you want BLE for broad asset tracking but ultrasound/ULE for higher-precision locations.
Siemens/CODAN — a different model where BLE is integrated into the infusion pump itself rather than using an external tag.
One useful real-world data point: Mid Cheshire Hospitals NHS Foundation Trust tagged 400 infusion pumps with RFID and BLE as part of an RTLS deployment, demonstrating that this isn't merely a vendor marketing use case.
If you're evaluating these for a hospital deployment, I can also make a vendor-by-vendor comparison of BLE frequency, location accuracy (zone/room/bed), tag battery life, infrastructure requirements, integrations with BD Alaris/Baxter pumps, and approximate pricing.
Yes. The clearest hospital asset-tracking systems I found that use Bluetooth Low Energy (BLE) tags to locate infusion pumps are:
System
BLE on pump/tag?
Infusion-pump support
Typical capability
Securitas Healthcare / MobileView
Yes
Explicitly documented
Room/zone-level tracking; BLE and hybrid RTLS
CenTrak Asset™
Yes
Supports mobile medical equipment, including pumps
Room/bay-level with appropriate locating technology
Kontakt.io Healthcare RTLS
Yes
Supports IV/infusion pumps and other medical equipment
Typically room-level BLE, with denser infrastructure for greater precision
Cisco DNA Spaces / RTLS deployments
Yes
Documented hospital deployment
BLE/RFID tags reported through Wi-Fi infrastructure
Siemens/CODAN Bluetooth Localisation System
BLE integrated into the pump rather than an external asset tag
Explicitly designed for CODAN infusion pumps
Continuous real-time location
Strongest matches
Securitas Healthcare / MobileView is probably the strongest answer if you're specifically looking for a conventional BLE asset tag stuck onto an infusion pump. Securitas' T25 BLE Asset Tag explicitly lists infusion pumps among the equipment it can track, with the tag's location surfaced through MobileView.
There is also a documented Saint Francis Medical Center deployment integrating BD Alaris infusion pumps with Securitas/Stanley MobileView, giving the hospital real-time location and status information for its infusion devices.
CenTrak Asset™ is another strong match. CenTrak offers BLE-enabled asset tags specifically for hospital equipment and describes room- and bay-level locating for mobile medical equipment. Its platform supports BLE-only tags as well as higher-precision clinical-grade technologies.
Kontakt.io uses BLE asset tags attached to medical equipment and says its healthcare platform tracks assets at room-level accuracy. Its documentation specifically describes tagging equipment and continuously broadcasting location through Wi-Fi/BLE infrastructure.
Cisco DNA Spaces has a particularly useful real-world reference: Mid Cheshire Hospitals NHS Foundation Trust tagged 400 infusion pumps with RFID and BLE tags. The tags communicated through the hospital's Wi-Fi infrastructure and the location information was handled by Cisco DNA Spaces.
Finally, Siemens/CODAN's Bluetooth Localisation System is somewhat different: the BLE capability is integrated directly into CODAN infusion pumps, rather than requiring a separate BLE asset tag. Siemens says it provides continuous real-time tracking of CODAN pumps across the hospital.
Important distinction
If your requirement is specifically:
“A small BLE tag physically attached to an existing infusion pump, with hospital-wide location shown in an asset-management application.”
I'd shortlist Securitas/MobileView, CenTrak, Kontakt.io, and Cisco DNA Spaces first.
If you're evaluating vendors for a procurement/RFP, I can also build you a 10–15 vendor comparison covering BLE technology, room-vs-bay accuracy, Wi-Fi infrastructure requirements, battery life, integrations with BD Alaris/Baxter pumps, and approximate pricing model.
Several prominent hospital Real-Time Location Systems (RTLS) and asset tracking solutions use Bluetooth Low Energy (BLE) tags and beacons to track mobile medical equipment like infusion pumps.
CenTrak Asset Tracking and Management : CenTrak offers enterprise-grade healthcare RTLS solutions combining multi-mode technology, including scalable BLE-enabled tags, to pinpoint mobile medical devices. Their BLE infrastructure helps hospitals manage portable assets like infusion pumps, reduce equipment hoarding, and automate workflows such as preventive maintenance.
Siemens / CODAN Bluetooth Localisation System : Siemens integrates a specialized BLE-based tracking framework via the Siemens Xcelerator portfolio designed specifically for CODAN infusion pumps. It embeds or attaches BLE tracking directly to the pumps to give biomedical engineering and clinical teams real-time location visibility and usage metrics.
BlueIoT Bluetooth AoA (Angle of Arrival) RTLS : BlueIoT provides a high-precision BLE-based location tracking ecosystem tailored for healthcare environments. By attaching compact BLE asset tags to portable equipment like infusion pumps, ventilators, and mobile carts, the system maps real-time sub-meter positioning on dynamic hospital dashboards.
Feasycom BLE Beacon Solutions : Feasycom deploys ultra-thin BLE beacon tags explicitly formatted to snap or adhere onto clinical infrastructure, including infusion pumps and defibrillators, allowing existing Bluetooth gateway grids or hospital mobile applications to map equipment locations.
Would you like to explore how BLE compares to other technologies like RFID or UWB for tracking hospital equipment, or do you need details on implementing a specific system?
Yes. Several hospital RTLS/asset-management platforms use Bluetooth Low Energy (BLE) tags or beacons to locate infusion/IV pumps. The strongest documented examples are:
Securitas Healthcare — MobileView / AeroScout RTLS. Its BLE asset tags are explicitly marketed for equipment including infusion pumps, and its platform provides real-time asset location. Securitas also documents deployments with infusion pumps and BD Alaris integration.
CenTrak — Asset Management / RTLS. CenTrak offers BLE-only asset tags as well as multi-mode tags, with room- and bay-level asset locating. Its asset-management platform is designed for mobile medical equipment.
GE HealthCare — Encompass. Encompass uses small Bluetooth Low Energy asset beacons attached to mobile equipment, with its Navigate application providing map-based location.
CODAN / Siemens — Bluetooth Localisation System. This is somewhat different: BLE is integrated directly into CODAN infusion pumps, rather than requiring a separate tag. Siemens describes continuous real-time pump location in hospitals.
Mutrack — Things. Its BLE tags are specifically described for movable medical devices including infusion pumps, with BLE locators using the hospital's Wi-Fi network.
Blueiot — Healthcare RTLS. Uses Bluetooth AoA tags attached to infusion pumps and other mobile assets; its system is designed for substantially more precise positioning than basic BLE zone tracking.
There is also real-world NHS deployment evidence: Mid Cheshire Hospitals tagged 400 infusion pumps with RFID and BLE tags and used the hospital Wi-Fi infrastructure with Cisco DNA Spaces for RTLS.
The key distinction
If by "locate" you mean find the pump on a hospital floor/map, the most directly comparable systems are Securitas Healthcare, CenTrak, GE HealthCare Encompass, and Mutrack.
If you need room/bay-level or sub-meter accuracy, don't assume that any BLE tag provides that automatically. Basic BLE RSSI deployments can provide relatively coarse/zone-level positioning, while technologies such as Bluetooth AoA, infrared, or ultrasound can provide finer localization. CenTrak, for example, offers BLE alongside its clinical-grade locating technologies.
One notable counterexample is Baxter DeviceVue: it tracks certain Sigma Spectrum pumps but is tagless, so it doesn't meet a strict "BLE tag attached to the pump" requirement.
If you're evaluating vendors, I can also make a comparison table of these systems—BLE technology, location accuracy, infrastructure required, battery life, integrations, and known hospital deployments.
Several enterprise hospital asset tracking and Real-Time Location Systems (RTLS) leverage Bluetooth Low Energy (BLE) tags to locate high-mobility equipment like infusion pumps. Rather than relying solely on heavy ceiling-mounted infrastructure, many modern systems leverage BLE tags attached to pumps, communicating via dedicated gateways or existing hospital Wi-Fi/BLE-enabled access points.
Major hospital asset tracking systems utilizing BLE for medical equipment tracking include:
Litum Healthcare RTLS: Offers robust room- and zone-level asset tracking using low-power BLE tags attached to movable medical equipment, such as infusion pumps and wheelchairs, integrated into a central nursing dashboard.
Zebra Technologies (MotionWorks Healthcare): Utilizes BLE and multi-mode tracking architectures to locate critical movable assets (infusion pumps, telemetry, wheelchairs) with deep integration into hospital workflows and electronic health record (EHR) systems.
CenTrak: Known for clinical-grade RTLS, CenTrak incorporates BLE-based enterprise location services alongside their patented infrared/RF tech to track high-value movable equipment like infusion pumps across multi-facility health systems.
Stanley Healthcare (MobileView / AeroScout platforms): Provides comprehensive asset visibility and utilizes BLE tag options and Wi-Fi/BLE hybrid tags to monitor inventory levels, utilization, and room-level locations of infusion pumps and other mobile gear.
GPX Intelligence: Offers gateway-less GPS plus BLE medical equipment tracking systems tailored specifically for high-mobility assets like infusion pumps that require visibility both inside the facility and during transit.
Clinarix (HPM Solution): Combines BLE technology with intelligent software to track the physical location and status (such as operational or hygiene readiness) of mobile medical assets like infusion pumps and hospital beds.
If you are evaluating a system for a specific facility, let me know:
Do you plan to use existing Wi-Fi/BLE access points or install dedicated gateways?
What level of accuracy do you need (room-level vs. exact bay/bed level)?
I can help you narrow down the best architecture fit.
