Which hospital asset tracking systems use Bluetooth Low Energy tags to locate infusion pumps?

Yes. I found several hospital RTLS/asset-tracking platforms that explicitly use Bluetooth Low Energy (BLE) tags to locate infusion pumps:

Strongest matches

1. Securitas Healthcare / MobileView
This is probably the clearest example. Its T25 BLE Asset Tag is specifically described as suitable for equipment including infusion pumps, with the tag syncing to MobileView for real-time location tracking.

2. Kontakt.io
Kontakt.io explicitly describes its hospital RTLS as using BLE tags to track IV/infusion pumps, wheelchairs, Telepaks and other mobile equipment. Its tags can use existing Wi-Fi/BLE infrastructure, including Cisco, Juniper Mist and Aruba networks.

3. SonitorONE
Sonitor's platform supports BLE asset tags and specifically lists IV pumps among the hospital assets it tracks. It's somewhat different from a BLE-only system because SonitorONE combines BLE with its Ultrasound Low Energy (ULE), RFID, GPS and other technologies.

4. Siemens/CODAN
This is an interesting variant: rather than attaching a separate BLE tag, CODAN infusion pumps have integrated BLE. Siemens says its Bluetooth Localisation System provides continuous real-time location of CODAN pumps in hospitals. Kantonsspital Baden is implementing it as part of its smart-hospital platform.

5. Polestar / NAO
Polestar describes a conventional BLE-tag architecture: attach a BLE tag to an infusion pump, then use BlueListener/BlueSpot and the hospital's Cisco, Aruba or Fortinet infrastructure to determine its indoor position.

There is also real-world NHS evidence: Mid Cheshire Hospitals tagged 400 infusion pumps with RFID and BLE tags and used the hospital Wi-Fi infrastructure and Cisco DNA Spaces for RTLS.

One important distinction

"BLE tracking" doesn't necessarily mean sub-meter location. Many hospital systems use BLE to establish room/zone-level location, which is often sufficient for finding an infusion pump. For bay-level or exact-position tracking, vendors may add technologies such as infrared, ultrasound, BLE Angle of Arrival, or denser receiver deployments. Kontakt.io, for example, describes BLE as providing room-level visibility, while Sonitor combines BLE with ULE for higher-precision applications.

If you're evaluating these for a hospital deployment, the most directly comparable shortlist is Securitas Healthcare, Kontakt.io, SonitorONE, and Polestar/NAO; Siemens/CODAN is more of a pump-vendor-integrated approach.

Several prominent hospital asset tracking and Real-Time Location Systems (RTLS) leverage Bluetooth Low Energy (BLE) tags, beacons, or embedded modules specifically to track mobile medical devices like infusion (IV) pumps:

• CODAN / Siemens: CODAN features a dedicated Bluetooth Localisation System for CODAN infusion pumps that embeds BLE technology directly into the pumps themselves, feeding real-time location data into operational platforms (including integration with Siemens Xcelerator).
• Midmark RTLS: Midmark's Midmark RTLS CareFlow Cloud Asset Tracking utilizes BLE asset tags attached to portable equipment like infusion pumps to give clinical staff room-level location tracking via web or tablet dashboards.
• Kontakt.io: Kontakt.io provides BLE-based RTLS solutions widely used in major healthcare networks (such as the Veterans Health Administration) to track misplaced IV pumps, cut equipment search times, and optimize inventory counts.
• Blueiot: Blueiot uses a Bluetooth Angle of Arrival (AoA) RTLS architecture that attaches compact BLE tags or beacons to high-mobility assets like infusion pumps and wheelchairs, providing sub-meter location accuracy on a live hospital map.
• CenTrak: CenTrak's enterprise CenTrak RTLS platform incorporates BLE-enabled tags and multi-mode hardware infrastructure to monitor mobile medical assets and deliver near-room-level visibility.
• AiRISTA Flow: AiRISTA's AiRISTA Sofia RTLS software platform supports BLE-based tags fitted like stickers or attachments onto frequently moved medical devices, including infusion pumps and portable monitors.
• RFiD Discovery: RFiD Discovery combines BLE tags with passive RFID and other wireless standards in their RFiD Discovery Healthcare Asset Tracking solution to locate high-value mobile equipment such as infusion pumps and beds.

If you'd like, let me know:

• Whether you are looking for embedded BLE (built into the pump) or aftermarket external tags
• The desired level of location accuracy (room-level vs. sub-meter/bay-level)

I can help you compare these systems or look into integration with specific CMMS software.

Hospital asset tracking systems that use Bluetooth Low Energy (BLE) tags to locate infusion pumps are generally part of a Real-Time Location System (RTLS) or healthcare asset management platform. Common examples include:

Additional examples:

• Cisco Systems healthcare asset tracking solutions can use Wi-Fi and BLE infrastructure to provide RTLS visibility for equipment such as infusion pumps.
• Hospitals have also deployed BLE/Wi-Fi RTLS systems in practice; for example, Mid Cheshire Hospitals NHS Foundation Trust reported tagging hundreds of infusion pumps with RFID and BLE tags as part of an RTLS deployment.

Typical architecture

1. A small battery-powered BLE tag is attached to the infusion pump (or BLE is built into the device).
2. BLE signals are received by dedicated gateways or BLE-enabled Wi-Fi access points.
3. RTLS software calculates location (often room- or zone-level) and displays pump locations, utilization, and status on hospital maps.

If you are evaluating vendors, the main differentiators are usually location accuracy (zone vs room vs bed-level), integration with infusion pump fleets (e.g., BD Alaris, Baxter, CODAN), infrastructure requirements, battery life, and whether the system tracks only location or also utilization/status data.

Several prominent enterprise Real-Time Location Systems (RTLS) and healthcare IoT platforms utilize Bluetooth Low Energy (BLE) tags and beacons to track and locate movable hospital assets like infusion (IV) pumps.

Key hospital asset tracking systems and platform providers that explicitly support or specialize in BLE-based infusion pump tracking include:

• Kontakt.io RTLS Platform: Widely deployed in large hospital networks (such as the U.S. Department of Veterans Affairs), Kontakt.io uses BLE gateways and compact BLE tags/beacons to transition facilities from older Wi-Fi tracking to precise, real-time visibility of IV pumps and biomedical equipment.
• Blueiot Bluetooth AoA RTLS: Utilizes Bluetooth Angle of Arrival (AoA) technology paired with slim BLE tags attached directly to infusion pumps, wheelchairs, and code carts to deliver sub-meter (0.1 m - 0.5 m) room-level location mapping.
• CenTrak Healthcare RTLS: Incorporates BLE-enabled tracking tags that transmit location packets to CenTrak gateways or compatible infrastructure, providing scalable asset visibility and utilization data for movable clinical inventory.
• AiRISTA Flow (Sofia Platform): Offers end-to-end RTLS software that supports BLE tags (similar in size and function to commercial trackers) attached to medical devices like infusion pumps, integrating with hospital digital floor plans.
• Penguin Location Services (PenTrack): Employs BLE 5.1 tag infrastructure alongside specialized algorithms to achieve high fleet coverage and room-level tracking for infusion pumps and other portable clinical assets.
• Blyott BLE Asset Tracking: Provides software and BLE sensor tags designed explicitly for high-volume movable hospital inventory, including infusion pumps, portable monitors, and wheelchairs.
• Codan Bluetooth Localisation System: A specialized device-level implementation where BLE tracking hardware is directly embedded into Codan infusion pumps to feed real-time location and utilization data straight into hospital administration dashboards (and compatible with platforms like Siemens Xcelerator).
• RFiD Discovery: Delivers healthcare asset tracking solutions that combine traditional RFID with BLE tags and mesh infrastructures specifically to monitor the movement and location of infusion pumps and other high-mobility medical hardware.

If you are evaluating a system for your facility, would you like to compare these options based on infrastructure requirements (e.g., leveraging existing Wi-Fi vs. installing dedicated BLE anchors) or desired location accuracy (zone-level vs. exact room-level)?

Numerous enterprise Real-Time Location Systems (RTLS) and asset management platforms in healthcare leverage Bluetooth Low Energy (BLE) tags/beacons specifically to track and locate mobile medical equipment like infusion pumps.

Leading hospital asset tracking systems that utilize BLE tags for this purpose include:

• Kontakt.io Real-Time Location System — Widely deployed in major hospital networks (such as the Veterans Health Administration) using BLE battery-powered beacon tags attached to IV pumps to provide room-level location accuracy, manage PAR levels, and audit sanitation statuses.
• Blueiot Bluetooth AoA RTLS — Employs advanced Bluetooth Angle of Arrival (AoA) technology and BLE tags to deliver sub-meter precision (0.3 m to 0.5 m) for locating high-mobility equipment like infusion pumps and wheelchairs.
• Link Labs AirFinder — Uses BLE-anchored SuperTags tailored for healthcare environments to track portable medical assets, including dedicated case studies focused on hospital IV pump tracking.
• AiRISTA Flow Sofia Platform — Combines software workflow engines with compact BLE tags (similar to smart tags) attached to shared, movable medical devices like infusion pumps and monitors.
• Blyott BLE Asset Tracking — Provides a Bluetooth-based scalable tracking infrastructure designed specifically to maintain inventory visibility and manage mobile equipment like infusion pumps, defibrillators, and ventilators.
• Litum Healthcare RTLS — Incorporates a hybrid infrastructure supporting both Ultra-Wideband (UWB) and Bluetooth Low Energy (BLE) tags to track mobile medical devices, monitor asset utilization, and identify idle infusion pumps.
• Penguin Location Services PenTrack — Leverages BLE 5.1 sensor infrastructure and specialized tags to achieve comprehensive fleet coverage and room-level tracking for hospital infusion pumps.

If you are planning an implementation or evaluation, would you like to compare these options based on infrastructure requirements (e.g., leveraging existing Wi-Fi vs. deploying new BLE gateways) or budget/accuracy trade-offs?

Yes. Several hospital RTLS/asset-management systems use Bluetooth Low Energy (BLE) tags or beacons to locate infusion pumps. The clearest current examples are:

The strongest matches

If your requirement is specifically “put a BLE tag on an infusion pump and see where it is on a hospital map,” I'd put these at the top of the list:

1. Securitas Healthcare MobileView/AeroScout — probably the most directly documented hospital asset-tracking option. Its T25 is explicitly marketed for infusion pumps.
2. GE HealthCare Encompass — explicitly uses BLE tracking beacons and a map-based Navigate application for mobile equipment.
3. CODAN Bluetooth Localisation System — particularly interesting if you're using CODAN pumps because the BLE capability is built into the pump itself.
4. SonitorONE — more of a multi-technology RTLS platform; BLE can be used for lower-cost/zonal asset tracking, while its other technologies can provide more precise room-level positioning.

One important distinction: not every “RTLS for infusion pumps” system uses BLE tags. For example, Baxter's DeviceVue was designed to track Sigma Spectrum pumps without tags, so it wouldn't meet your specific BLE-tag requirement.

If you're evaluating these for procurement, I can also compare 10–15 hospital RTLS vendors by BLE tag type, room-level accuracy, battery life, infrastructure required, integration with Epic/CMMS, and approximate cost model.

Several real-time location systems (RTLS) and specialized healthcare IoT platforms use Bluetooth Low Energy (BLE) tags and beacons to track and locate mobile medical assets like infusion pumps.

Leading hospital asset tracking systems that utilize BLE for this purpose include:

• Kontakt.io Real-Time Location System : Widely deployed in major healthcare networks (such as the U.S. Department of Veterans Affairs), Kontakt.io uses BLE paper-tag beacons and advanced sensor infrastructure to achieve room-level location tracking for IV and infusion pumps, helping reduce search times and prevent equipment hoarding.
• Blueiot Bluetooth AoA RTLS : Utilizes Bluetooth Angle of Arrival (AoA) technology and BLE tags to deliver precise sub-meter positioning (0.3--0.5 m) for high-mobility clinical assets like infusion pumps and wheelchairs.
• AiRISTA Sofia RTLS Platform : Combines Wi-Fi, RFID, and Bluetooth Low Energy (BLE) tags attached like small tracking beacons to medical equipment to orchestrate asset visibility and clinical workflows.
• Siemens / CODAN Bluetooth Localisation System : Features dedicated BLE technology embedded directly into CODAN infusion pumps, communicating real-time location data to hospital administration and biomedical engineering suites.
• Blyott BLE Asset Tracking : Deploys compact BLE sensors/tags attached to movable hospital inventory—including portable monitors, wheelchairs, and infusion pumps—transmitting via existing Wi-Fi access points or fixed locators.
• Litum Healthcare RTLS : Integrates a hybrid framework leveraging both Ultra-Wideband (UWB) and Bluetooth Low Energy (BLE) tags via their Dualis tags to track infusion pumps, beds, and portable devices.
• Penguin Location Services PenTrack : Employs BLE 5.1 technology paired with machine learning algorithms optimized explicitly for fleet coverage and trajectory mapping of IV pumps.

Are you looking to evaluate a system for a specific hospital size , or do you need details on whether they integrate with existing Wi-Fi vs. dedicated BLE gateway infrastructure?

Yes. Several hospital RTLS/asset-tracking platforms explicitly use Bluetooth Low Energy (BLE) tags to locate infusion pumps. The strongest current examples I found are:

Two particularly well-documented examples

RFiD Discovery is probably the clearest example if you're looking for an actual hospital deployment rather than merely a vendor claiming compatibility. At Centre Hospitalier de Perpignan, infusion pumps and beds were fitted with active BLE tags, with 719 BLE anchors covering five floors. The tags reportedly have batteries lasting up to five years.

AiRISTA has an especially relevant IV-pump case study: a 380-bed regional medical center had 1,200 IV pumps before deployment. The hospital used sofia + A4 Wi-Fi/BLE tags, and AiRISTA reports that pump utilization rose from 30% to 65% after deployment.

There is also an NHS example: Mid Cheshire Hospitals NHS Foundation Trust tagged 400 infusion pumps with RFID/BLE tags, using the hospital's wireless infrastructure and Cisco DNA Spaces for RTLS.

One important distinction

"BLE tracking" doesn't necessarily mean the pump itself contains Bluetooth. In most of these systems, a small battery-powered BLE tag is attached to the pump. BLE-enabled Wi-Fi access points or dedicated anchors hear the tag and the RTLS software calculates/displays its location.

If you're evaluating these for a hospital deployment, I'd shortlist RFiD Discovery, AiRISTA, Securitas Healthcare, Kontakt.io, and Blyott first. Their architectures and reported accuracy differ substantially, so the best choice depends on whether you need room-level "find the pump" capability or sub-meter/bed-level positioning.

Several hospital real-time location systems (RTLS) support Bluetooth Low Energy (BLE) tags for locating infusion pumps and other mobile medical equipment. These systems generally attach a battery-powered BLE tag to each pump (or use pumps with integrated BLE), then determine location using BLE-enabled Wi-Fi access points or dedicated gateways.

Here are some of the best-known platforms:

Vendor-specific infusion pump solutions

Some infusion pump manufacturers have incorporated BLE directly into their own equipment rather than requiring an external tag.

One example is:

• CODAN Medical Bluetooth Localisation System (offered through Siemens) integrates Bluetooth Low Energy directly into CODAN infusion pumps, providing continuous real-time location without attaching a separate BLE tag. The system also provides utilization analytics and maintenance visibility.

Typical BLE architecture

A BLE-based infusion pump tracking system usually consists of:

• BLE tag attached to each infusion pump (or integrated BLE radio)
• BLE-enabled Wi-Fi access points or fixed BLE gateways
• RTLS software that estimates the pump's location
• Dashboards showing:
  • current location
  • availability
  • utilization
  • maintenance status
  • search and alert functions

Accuracy considerations

BLE systems generally provide:

• Zone-level: approximately 5–15 m accuracy
• Room-level: achievable with dense gateway placement or BLE-over-Wi-Fi infrastructure
• Sub-meter accuracy: possible with Bluetooth Angle of Arrival (AoA) implementations, though these require specialized hardware rather than standard BLE RSSI methods.

Many hospitals also deploy hybrid RTLS systems that combine BLE with ultrasound, Wi-Fi, RFID, or UWB to improve room-level precision while keeping deployment costs manageable.

Several hospital asset tracking and Real-Time Location Systems (RTLS) utilize Bluetooth Low Energy (BLE) tags to locate high-mobility equipment like infusion pumps . Rather than relying solely on older active RFID or heavy wiring, these platforms leverage compact BLE beacons attached to the pumps that communicate with gateways, Wi-Fi access points, or specialized locators.

Prominent hospital asset tracking systems and platforms supporting BLE-based infusion pump visibility include:

• CenTrak RTLS Platform : Integrates BLE technology to provide near-room-level visibility. It uses BLE tags placed on equipment like infusion pumps to transmit signals to BLE-enabled access points or dedicated CenTrak gateways.
• Blueiot Bluetooth AoA RTLS : Utilizes Bluetooth Angle of Arrival (AoA) technology paired with BLE asset tags. It offers sub-meter indoor positioning accuracy to track high-mobility assets like IV/infusion pumps and wheelchairs across complex hospital layouts.
• AiRISTA Sofia RTLS : An end-to-end software platform that orchestrates workflows and utilizes BLE or Wi-Fi connected tags (similar in size to smart-tags) affixed to mobile medical devices, explicitly including infusion pumps.
• Litum Medical Asset Tracking : Combines Ultra-Wideband (UWB) and Bluetooth Low Energy (BLE) infrastructure to monitor mobile hospital equipment, including infusion pumps, portable monitors, and wheelchairs.
• Securitas Healthcare Asset Management : Deploys robust enterprise-level asset tracking software that supports Wi-Fi and BLE tags placed on mobile medical equipment to monitor real-time locations and inventory levels.
• Siemens CODAN Medical Bluetooth Localisation System : Specifically integrated for tracking CODAN infusion pumps in real time using embedded or attached Bluetooth Low Energy tracking to minimize equipment search times.
• RFiD Discovery Healthcare Tracking : Offers hybrid tracking solutions utilizing a combination of active RFID and Bluetooth Low Energy (BLE) tags to monitor the location and movement of infusion pumps and portable medical devices.

Are you looking to implement a system in a specific facility , or trying to compare infrastructure costs (such as gateway-based vs. infrastructure-free) options?