---
title: "Remote Patient Monitoring Devices: Types & Uses | 1bios"
description: Compare remote patient monitoring devices, connectivity options, FDA terminology, and the setup and support practices need to run an RPM program.
---

[Blog: Expert Insights on RPM | 1bioshealth](https://www.1bioshealth.com/blog)

# [Remote Patient Monitoring Devices: Types & Uses | 1bios](https://www.1bioshealth.com/blog/remote-patient-monitoring-devices)

 Written by [Andy Scott](https://www.1bioshealth.com/blog/author/andy-scott) | Nov 10, 2025

Choosing a remote patient monitoring device starts with a practical question: What does your care team need to know about this patient between visits? A blood pressure reading, a change in weight, or a glucose measurement can each serve a different purpose. The right equipment must capture the information the clinician needs and fit into a routine the patient can maintain.

Remote patient monitoring (RPM) devices are connected medical devices that collect health measurements outside the clinic and transmit them to a care team. Common examples include blood pressure monitors, connected scales, glucose meters, and pulse oximeters. Selecting one requires attention to its clinical purpose, accuracy, connectivity, patient usability, and the process for reviewing and acting on readings.

At 1bios, our approach starts with a simple idea: **You already have the patients. We bring the operation.** For device selection, that means looking beyond the equipment to the work surrounding it. Delivery, activation, patient education, missing readings, and clinical follow-through all need clear ownership.

 

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## At a glance: What are remote patient monitoring devices?

Remote patient monitoring (RPM) devices collect health measurements outside the clinic and transmit them to a care team. Common examples include connected blood pressure monitors, scales, glucose meters, and pulse oximeters. The right device must fit the clinical purpose, the patient's routine, and the team's process for reviewing and acting on readings.

- **Match the device to the monitoring plan.** Select the measurement the clinician needs and equipment the patient can use appropriately.
- **Check the full connection path.** Cellular, Bluetooth, and Wi-Fi options have different setup and support requirements.
- **Verify the specific device.** Confirm its intended use and applicable regulatory status. FDA registration alone does not establish approval or clearance.
- **Assign ownership after delivery.** Identify who handles activation, education, missing readings, troubleshooting, and replacements.
- **Define clinical follow-through.** Automatic transmission does not mean continuous clinical observation. Review schedules and escalation responsibilities need to be established separately.

## What devices are used for remote patient monitoring?

Common remote health monitoring devices include connected blood pressure monitors, scales, glucose meters, and pulse oximeters. Each measures a different aspect of health, so a practice should select equipment around the clinician’s monitoring plan. Giving every patient the same device package can create unnecessary work without answering the relevant clinical question.

The comparison below provides a starting point for evaluating remote monitoring equipment. It distinguishes the measurement from its potential use and the practical considerations that affect participation. The examples describe device categories, not a recommendation that every patient with a particular diagnosis needs RPM.

| Device type | What it measures | Potential clinical use | Patient-use and operational considerations |
| --- | --- | --- | --- |
| Connected blood pressure monitor | Systolic and diastolic blood pressure; many models also report pulse rate. | Supports clinician-directed review of blood pressure outside the office. | Confirm cuff fit, measurement technique, readability, and successful transmission. |
| Connected scale | Body weight and changes over time. | Supports weight tracking, including monitoring for possible fluid-related changes in selected patients with heart failure. | Check capacity, stability, safe use, measurement routine, and connection reliability. |
| Connected blood glucose meter | Glucose in a blood sample taken during a test. | Supports glucose review within the patient's diabetes management plan. | Confirm testing ability, compatible supplies, display usability, and data transmission. A meter is different from a CGM. |
| Connected pulse oximeter | Estimated blood oxygen saturation and pulse rate. | Supports clinician-directed monitoring when oxygen saturation is relevant to the patient's condition. | Teach appropriate use and review device limitations. Interpret readings alongside symptoms and other clinical information. |

Device choice and measurement frequency depend on the clinician's plan, the specific device's intended use, and applicable coverage requirements. These are device categories, not a statement that every patient with a particular diagnosis needs RPM or that every model qualifies for reimbursement.

### Connected blood pressure monitors

Connected blood pressure monitors measure systolic and diastolic blood pressure, and many also report pulse rate. Home readings can support a clinician’s assessment of blood pressure outside the office. The care team still needs to consider measurement technique, symptoms, and the broader clinical record when interpreting results.

Cuff fit and patient instruction belong in the selection process. A device may transmit successfully while producing unreliable readings because the cuff is unsuitable or the patient uses it incorrectly. The American Heart Association’s guidance on [blood pressure measurement and patient training](https://professional.heart.org/en/science-news/measurement-of-blood-pressure-in-humans/top-things-to-know) emphasizes appropriate equipment and technique.

### Connected scales

Connected scales transmit weight measurements so the care team can review changes over time. For selected patients with heart failure, weight tracking can help identify changes that may be associated with fluid retention. The American Heart Association includes [weight monitoring in heart-failure symptom management](https://www.heart.org/en/health-topics/heart-failure/warning-signs-of-heart-failure/managing-heart-failure-symptoms).

A scale’s practical fit matters as much as its connectivity. Check its weight capacity, stability, display, and whether the patient can use it safely. The clinician should determine the measurement routine and the changes that warrant follow-up, rather than relying on a universal alert threshold.

### Connected blood glucose meters

Connected blood glucose meters measure glucose in a blood sample and transmit the result through a supported connection. Device selection should account for the patient’s ability to perform the test, read the display, and obtain compatible supplies. The operating plan should identify who handles questions about the meter, transmission, and supply availability.

A blood glucose meter is different from a continuous glucose monitor, or CGM. A CGM uses a sensor to estimate glucose from fluid between cells and provides measurements over time, as explained in the National Institute of Diabetes and Digestive and Kidney Diseases’ [guide to continuous glucose monitoring](https://www.niddk.nih.gov/health-information/diabetes/overview/managing-diabetes/continuous-glucose-monitoring). Practices should evaluate the clinical purpose, data access, and coverage arrangements for each rather than assume they are interchangeable.

### Connected pulse oximeters

Connected pulse oximeters estimate blood oxygen saturation and report pulse rate. They may support a clinician-directed monitoring plan when those measurements are relevant to the patient’s condition. Readings should be interpreted alongside symptoms and other clinical information.

Accuracy limitations deserve attention during device selection and patient education. The FDA identifies factors including circulation, skin pigmentation, skin temperature, and fingernail polish that can affect readings. Its [pulse oximeter guidance](https://www.fda.gov/medical-devices/products-and-medical-procedures/pulse-oximeters) is a useful reference when evaluating equipment and explaining its limitations.

### Consumer wearables and other connected devices

Consumer wearables may collect activity, sleep, heart-rate, or other health-related information. That does not automatically make every feature suitable for a clinical RPM program. Evaluate the specific device, function, intended use, and data pathway rather than treating all wearable products as equivalent.

The same distinction applies to specialized monitoring equipment. A product may support a particular clinical service without fitting the workflow or billing arrangement the practice is considering. Confirm those details before adding it to an RPM device list or making a coverage statement to patients.

## How do RPM devices send readings to the care team?

RPM devices commonly use cellular, Bluetooth, or Wi-Fi connections to move measurements into a monitoring platform. Some connect directly, while others rely on a phone, application, or hub. The connection method affects setup, patient effort, and the troubleshooting work required when readings stop arriving.

The best option depends on the patient’s environment and the specific product. Cellular equipment still needs supported network coverage, and Bluetooth equipment needs a working route from the receiving phone or hub to the platform. Verify the full transmission path rather than choosing solely from the connection label.

| Connection type | What the patient needs | Setup and ongoing use | Transmission problems to plan for |
| --- | --- | --- | --- |
| Cellular-enabled device | Supported cellular coverage and device power. Some models do not require a smartphone or home Wi-Fi. | Activate the device and confirm that a reading reaches the correct patient record. Verify model-specific requirements. | Weak coverage, activation or service-configuration issues, and depleted batteries or loss of power. |
| Bluetooth device through a phone or hub | A compatible nearby phone, tablet, or hub with its own internet connection. An application may be required. | Pair the device, configure any required permissions, and keep the receiving phone or hub available. | Lost pairing, range problems, application or permission changes, and an offline phone or hub. |
| Wi-Fi-enabled device | A compatible wireless network, credentials, and device power. | Connect the device to the network and confirm successful transmission. Plan for changes to the home network. | Password changes, router replacement, weak signal, internet interruption, and loss of power. |

Requirements vary by product and service arrangement. Confirm whether the specific device stores readings during an outage and transmits them later. Automatic transmission does not establish continuous clinical monitoring.

### Cellular-enabled devices

A cellular-enabled device can send readings through a supported mobile network without relying on the patient’s home Wi-Fi. Some models also avoid the need for a patient smartphone or application. Confirm those features for the exact device and service arrangement rather than assuming that every cellular product works the same way.

The operating team should check activation and transmission where the patient will use the device. Network availability, power, and service configuration can still affect delivery. A successful first reading should include confirmation that the measurement reached the correct patient record.

### Bluetooth-connected devices

A Bluetooth device typically sends readings to a nearby smartphone, tablet, or dedicated hub. That intermediary then transfers the information to the monitoring platform through its own internet connection. The patient’s requirements depend on whether the program uses a personal phone, a supplied hub, or another arrangement.

Pairing, permissions, application settings, and keeping the receiving device nearby can affect transmission. These steps may be manageable for one patient and difficult for another. Evaluate the actual patient workflow, including available caregiver support, before selecting the equipment.

### Wi-Fi-connected devices

A Wi-Fi-enabled device uses a compatible wireless network to transmit readings. Setup may involve entering network credentials and checking that the device supports the available network configuration. A password change, router replacement, or service interruption can affect an otherwise functioning device.

The support plan should explain how the patient reconnects the equipment when that happens. Practices should also ask what the device does when connectivity is unavailable, including whether readings are stored and transmitted later. Those capabilities must be confirmed for the specific product.

## Do RPM devices need to be FDA approved?

“FDA-approved remote patient monitoring devices” is a common search phrase, but approval is not the correct term for every medical device. Depending on the product and regulatory pathway, the relevant status may involve FDA approval, clearance, or an applicable exemption. FDA registration or device listing alone does not establish approval or clearance.

The practical step is to verify the exact manufacturer, model, intended use, and applicable regulatory status. Ask for supporting information that matches the device being supplied, rather than relying on a general certificate or a vendor’s marketing description. The FDA explains [how registration, listing, approval, and clearance differ](https://www.fda.gov/medical-devices/consumers-medical-devices/are-there-fda-registered-or-fda-certified-medical-devices-how-do-i-know-what-fda-approved) and provides resources for checking devices.

For Medicare RPM, CMS describes equipment that meets the FDA definition of a medical device and digitally uploads patient data. That requirement is distinct from a blanket statement that every RPM device must be “FDA approved.” Review the [current CMS RPM requirements](https://www.cms.gov/medicare/coverage/telehealth/remote-patient-monitoring) alongside the applicable service and payer rules, because an appropriate device alone does not establish that a claim is payable.

## How should a practice choose remote patient monitoring devices?

Start with the clinical question, then work outward to the patient’s ability to use the equipment and the team’s ability to support it. A device that produces the right measurement but is difficult to use may create repeated gaps. A device that transmits reliably still needs a process for reviewing the information and following up.

A practical evaluation should cover these areas:

- **Clinical purpose:** Does the measurement support a defined monitoring plan?
- **Device suitability:** Is the exact model appropriate for its intended use and patient population?
- **Patient usability:** Can the patient manage the display, controls, measurement technique, and required supplies?
- **Connectivity:** Will the complete transmission path work where the patient uses the device?
- **Workflow compatibility:** Can the team identify the patient, review readings, document follow-up, and retrieve relevant records?
- **Support and lifecycle costs:** Who handles activation, troubleshooting, replacements, supplies, and discontinuation?

Ask to see the workflow demonstrated from measurement through receipt in the platform. Include a missing-reading scenario rather than reviewing only a successful transmission. The demonstration should make clear which tasks the patient, practice, and partner each perform.

For a deeper purchasing framework, use 1bios’s guide to [selecting RPM devices for your program](https://www.1bioshealth.com/blog/rpm-devices-for-your-program). Keep the requirements specific to your patient population and operating model. A feature that is useful in one program may add unnecessary complexity in another.

## Are remote patient monitoring devices free?

An offer of “free devices for remote patient monitoring” does not explain the full financial arrangement. It may refer to no separate upfront hardware charge, equipment included in a service agreement, or a particular patient coverage arrangement. Ask who pays for the equipment, who owns it, and what charges or obligations remain.

For a practice, the review should include connectivity, software access, shipping, supplies, replacements, and the staff or partner work surrounding the device. A lower equipment price may be offset by additional support work or other fees. The contract should also explain what happens when a patient stops participating or needs a replacement.

Patients need a separate explanation of their potential costs. Coverage of an RPM service does not automatically mean that every patient has no out-of-pocket responsibility. Verify the applicable coverage and cost-sharing arrangement before describing a device or program as free.

Keep detailed financial modeling separate from the device comparison. The [1bios RPM costs guide](https://www.1bioshealth.com/blog/remote-patient-monitoring-costs-what-healthcare-providers-should-expect-to-pay) provides a starting point for evaluating the broader cost categories. The decision should account for the operation required to keep equipment useful after delivery.

## Who handles device setup, missing readings, and replacements?

A device needs an owner for each part of its lifecycle. Before enrollment begins, the practice should know who handles delivery, activation, education, technical problems, and replacement requests. It should also know how those activities connect with the clinical team reviewing the readings.

These responsibilities may sit with practice staff, a partner, or a combination of both. The arrangement should be explicit enough that a missing transmission or failed device does not move repeatedly between teams. Patients should receive clear contact instructions and understand what support is available.

| Task | What the practice should verify | Owner to identify in the agreement |
| --- | --- | --- |
| Device selection and ordering | Who confirms clinical suitability, the exact model, connection requirements, and order details? | Clinical decision-maker and ordering coordinator. |
| Delivery and patient assignment | Who tracks delivery and links the correct device to the correct patient record? | Device logistics and enrollment owner. |
| Activation and first successful transmission | Who confirms activation and checks that the first reading reaches the intended record? | Onboarding or device-support owner. |
| Patient and caregiver education | Who teaches measurement technique, explains the routine, and provides support contact instructions? | Patient educator or care-team owner. |
| Missing-reading follow-up | Who identifies gaps, contacts the patient, and determines whether the issue needs technical or clinical follow-up? | Assigned follow-up owner with a defined clinical handoff. |
| Connectivity troubleshooting | Who investigates device, phone or hub, network, and platform connection problems? | Technical-support owner and escalation contact. |
| Supply and replacement requests | Who approves requests, arranges fulfillment, explains any charges, and tracks the issue to resolution? | Supply and replacement coordinator. |
| Clinical review and escalation handoff | Who reviews readings, receives clinical concerns, and follows the practice's escalation process? | Clinical review team and responsible treating clinician. |
| Device discontinuation or return | Who coordinates the end of monitoring, any equipment return, and access to relevant records? | Discontinuation coordinator with clinical and records support. |

This is a recommended responsibility checklist, not a statement of included 1bios services. Each role may sit with the practice, a partner, or both, depending on the agreement. Specify availability, handoffs, and retained clinical responsibilities before enrollment.

The same responsibility mapping should guide the choice between internal staffing and partner-supported delivery. A practice comparing [RPM monitoring-team operating models](https://www.1bioshealth.com/blog/rpm-monitoring-team-insource-vs-outsource) should evaluate who performs the recurring work, not simply who supplies the equipment. The device agreement and the clinical workflow need to support the same division of responsibilities.

### A missing-reading example: The device works, but the data does not arrive

Consider an illustrative patient who receives a connected blood pressure monitor and reports using it, but whose readings do not appear in the platform. The assigned support person first checks the device identity, patient assignment, and whether measurements are stored locally. The next step is to investigate the transmission path rather than immediately assume that the patient has stopped participating.

Suppose the device was never fully activated on the service. The responsible team resolves activation and confirms that a new reading reaches the correct record. It documents the issue and tells the clinical team about the gap, without assuming that missing historical measurements were successfully received.

This example shows why device delivery is only one milestone. The work is not complete until the patient can use the equipment and the team can receive the intended data. If the patient reports symptoms or another clinical concern during troubleshooting, staff should follow the practice’s clinical escalation process rather than treat the interaction solely as a technical issue.

## Does automatic transmission mean someone is watching continuously?

Automatic transmission describes how readings move from a device to a platform. It does not establish how frequently a person reviews them or whether a clinical team is available around the clock. Monitoring schedules, alert handling, and response responsibilities must be defined separately.

Patients should understand when readings are reviewed, how to contact the care team, and what to do when they need urgent help. The practice should avoid describing an RPM device as an emergency-response service unless that specific service is actually provided. Clear expectations belong in enrollment and education, alongside instructions for taking measurements.

The same distinction matters when evaluating platform alerts. An alert can identify a reading for attention, but a workflow must determine who receives it and what happens next. Device selection should therefore include a review of the handoff between technology, support staff, and clinicians.

## How should RPM device data fit into the practice’s records?

Before choosing equipment, decide where the team will review readings and document follow-up. A device connection, a monitoring dashboard, and an EHR interface perform different functions. Ask which information moves between systems and which tasks still require staff action.

A demonstration should show patient matching, measurement timestamps, access to historical readings, and the documentation available to the care team. If an integration is proposed, verify its scope for the practice’s actual EHR and configuration. The [1bios guide to EHR integration for remote monitoring](https://www.1bioshealth.com/blog/ehr-integration-remote-monitoring) explores the workflow considerations in more detail.

Data availability also needs to be addressed when the program changes. Confirm how the practice can retrieve relevant records if a device is replaced, a patient leaves the program, or the service agreement ends. These questions help prevent a convenient device choice from creating a difficult records handoff later.

## How does 1bios approach the operation behind RPM devices?

At 1bios, the starting point is the patient population and the work required to support care between visits. The device discussion belongs alongside decisions about enrollment, patient communication, documentation, and clinical responsibility. That is how “You already have the patients. We bring the operation” becomes a practical conversation about program design.

When evaluating a 1bios arrangement, ask which devices and connection options fit your patients and which operating responsibilities are included. Confirm how activation, missing readings, support requests, and clinical communication will be handled. The proposed scope should also identify the responsibilities that remain with the practice.

The goal is a workable process from the first measurement through ongoing follow-up. Equipment, staffing, and clinical oversight should be evaluated together. A clear agreement gives both teams a shared understanding of what happens after the device reaches the patient.

### Related articles

Device selection is one part of building an RPM program that the practice can operate consistently. Staffing, connectivity, costs, and documentation affect what happens after equipment is delivered. These guides explore the decisions that sit alongside the device itself.

- [Selecting the right RPM devices for your program](https://www.1bioshealth.com/blog/rpm-devices-for-your-program)
- [RPM monitoring teams: Insource vs. outsource](https://www.1bioshealth.com/blog/rpm-monitoring-team-insource-vs-outsource)
- [Remote patient monitoring costs for healthcare providers](https://www.1bioshealth.com/blog/remote-patient-monitoring-costs-what-healthcare-providers-should-expect-to-pay)
- [EHR integration for remote monitoring](https://www.1bioshealth.com/blog/ehr-integration-remote-monitoring)

## You already have the patients. We bring the operation.

Talk with 1bios about the devices and operating support that fit your RPM program. Start with your patient population and the work required after delivery. Define who owns activation, patient support, and clinical follow-through.

[Talk with 1bios](https://www.1bioshealth.com/blog/REPLACE_WITH_1BIOS_CONTACT_URL)

## Frequently asked questions about RPM devices

The questions below address common points that arise during device selection and patient onboarding. The answers depend on the specific equipment, service arrangement, and monitoring plan. Confirm product-level details before presenting them as features of your program.

### Do patients need a smartphone or Wi-Fi to use RPM devices?

Not necessarily. Some cellular-enabled devices transmit readings without a patient smartphone or home Wi-Fi, while other devices rely on an application, hub, or wireless network. Confirm the requirements of the exact model and verify that its connection works where the patient will use it.

### Can patients use a device they already own?

Sometimes, but a familiar home device is not automatically compatible with the proposed program. The practice must verify its clinical suitability, applicable device requirements, and ability to transmit data into the intended workflow. Confirm the relevant payer and service rules before relying on patient-owned equipment for billable RPM.

### What is the difference between an RPM device and an RPM service?

The device collects and transmits measurements. The service includes the applicable clinical and operational work surrounding those measurements, such as patient education, review, communication, and documentation. Supplying equipment alone does not establish that every requirement of an RPM service has been met.

### Does FDA registration mean an RPM device is FDA approved?

No. FDA registration and device listing do not establish approval or clearance. Verify the specific product’s applicable regulatory status and intended use rather than relying on registration language alone.

### Are all smartwatches suitable for a medical RPM program?

No. Suitability depends on the particular device, the function being used, its intended use, and the program’s clinical and payer requirements. A consumer wellness feature should not automatically be treated as a substitute for the medical measurement the clinician needs.

### What happens when an RPM device stops transmitting?

The assigned team should determine whether the issue involves measurement, power, connectivity, activation, or patient-record matching. It should document the gap and coordinate with the clinical team when follow-up is needed. The agreement should identify who resolves the problem and how patients can request support.

### How often should patients use an RPM device?

The clinician should establish a measurement schedule appropriate to the patient and monitoring purpose. Equipment instructions and applicable service requirements also need to be considered. There is no single measurement schedule that should be applied to every device, patient, and RPM service.

[View full post](https://www.1bioshealth.com/blog/remote-patient-monitoring-devices)

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