Remote Patient Monitoring (RPM) IoT Device & Solution Vendor

Dusun offers IoT-enabled devices for remote patient monitoring (RPM) solutions that allow providers to monitor, report, and analyze their patient’s acute or chronic health conditions from outside the hospital or clinic setting.

Remote Patient Monitoring RPM IoT Device Vendor
Bluetooth 5.2 Protocol
Bluetooth 5.2 Protocol
Bluetooth Roaming
Bluetooth Roaming
Open API Interfaces
Open API Interfaces
Stable Data Transmission
Stable Data Transmission
FDA Approved
FDA Approved

Dusun Remote Patient Monitoring Device Solutions

Telehealth solutions like Remote Patient Monitoring (RPM) allows healthcare providers to capture vitals from the patients remotely. IoT-enabled devices have transformed RPM by enabling doctors to deliver long-term preventative and real-time care to patients with chronic conditions without them having to leave their homes.

Location & Condition - Seamless Device-to-cloud Transmission

Medical-grade Bluetooth gateway is the core RPM hardware performing wireless communication between medical wearable devices and healthcare providers’ cloud servers. It can onboards remote patient monitoring devices at large quantity simutaneously, collected the data perceived, and upload  them to the servers or cloud platforms, so as to implement remote monitoring and management of patients’ vital signs.

Dusun IoT provides a variety of multi-protocol Bluetooth gateways (Wi-Fi, LTE, ZigBee modules integrated) to extend possibilities of complex medical IoT scenarios.

Portable Home Health Monitoring

Patients with chronic diseases or in rehabilitation stages are faced with difficulties that average wearable medical devices fail to stably transmit vital sign data to the hospital system in real time. A portable Bluetooth gateway solves this problem by building a stable and secure home patient monitoring network.

Long Lasting Battery Life – Detect Abnormal Conditions in Time
  • Low Energy Bluetooth 5.2;
  • Rechargeable Li Battery: Capacity up to 5000mAh, A single charge lasts up to 48 hours, monitoring vatal signs throughout the day.

Compact and Lightweight – Handy Easy to Carry
  • Gateway Sizes: 113*73*18;
  • Gateway Weight: approx. 100g;
  • Max. End Devices: 32;

Stable Data Transmission – Genuine and Complete
  • Low Latency and Packet Error Rate: supporting data caching, reconnection, supplementary transmission, and self-healing;
  • 4G LTE Connectivity: enables continuous data uploading for 48h even if there is a network disconnection.
Connected End Devices

Wrist Blood Pressure Monitor
Protocol: Bluetooth 4.0

Finger Clip Pulse Oximeter
Protocol: Bluetooth 4.0
Display: HD LED Screen

Continuous Ward Patient Monitoring

Continuous and real-time multiple vital sign monitoring system avoids false data record by hand and reduces routine workload for nurses. Dusun IoT’s Bluetooth gateways excel in medical-grade security, powerful wireless performance, and considerate deployment support, proved popularity in smart hospitals.

Seamless Bluetooth Roaming
  • Automatic signal pairing, low-latency signal switching, ensuring data transmission without interruption;
Compact and Lightweight – Handy Easy to Carry
  • Support data caching, reconnection, supplementary transmission, ensuring the integrity of vital sign data;
  • Medical grade data collection.
Scalable Patient Monitoring
  • Large-scale Monitoring: a ward only needs a Bluetooth gateway deployed to collect vital sign data of patients; corridors can also be covered by deploying a few of gateways.
Wireless Deployment
  • No need for wired deployment, just connect to the existing Wi-Fi network; 4G network supported as well.
Recommended RPM gateways
DSGW-021-6 Bluetooth Roaming Gateway (Roaming Function Optional)
Connected End Devices
ECG Sticker
Protocol: Bluetooth 4.0
Wrist Blood Pressure Monitor
Protocol: Bluetooth 4.0

Elderly Health Condition Monitoring

It is very important that elderly care institutions should be well informed about the health conditions of senior citizens. Dusun Bluetooth gateway can continuously collect the health data, and report to the cloud server, thus helping caregivers know the real-time health status of their customers and make instant treatment if necessary.

Seamless Bluetooth Roaming
  • Senior citizens can move freely within the nursing home, improving living comfort.
Scalable Elderly Monitoring
  • Remote monitoring of multiple vital signs can be implemented by a single Bluetooth gateway deployed in every room, and some at corridors.
Safe and Efficient Data Transmission
  • Support data caching, reconnection, supplementary transmission, and self-healing, ensuring the integrity of vital sign data, and avoiding privacy issues.
Automatic Alert System & SOS Emergency Call
  • The system automatically reminds the data beyond the normal range, providing fast and reliable access to medical assistance in the event of an emergency.
Recommended RPM gateways
DSGW-021-6 Bluetooth Roaming Gateway (Roaming Function Optional)
Connected End Devices
Finger Clip Pulse Oximeter
Protocol: Bluetooth 4.0
Display: HD LED Screen
Wrist Blood Pressure Monitor
Protocol: Bluetooth 4.0

1v1 ODM Services to Address All Complex Requests

Custom Design (RF /PCB /Structure /Software)
Prototype Manufacturing
Complete Test & Validation
Manufacturing & Quality Control
Global Delivery
Download our Bluetooth gateway selection table featuring different hardware performance and scenario usage.

IoT Remote Patient Monitoring Block Diagram

RPM begins with the collection of data from a patient. Patient health data such as weight, blood pressure, blood sugar, blood oxygen levels, heart rate, and electrocardiograms are collected using medical wearable devices embedded fused with sensor fusion technology. Once collected, the data will be wirelessly transmitted via Bluetooth IoT gateway to the patient’s smartphone.

Remote Patient Monitoring Block Diagram 1

Benefits of IoT Remote Patient Monitoring

Prevention and Detection
Prevention and Detection

remote patient monitoring realizes online diagnosis, follows the medication process, effectively record and analyze changes in the condition, and performs chronic care remote physiologic monitoring.

Real Time Monitoring
Real Time Monitoring

Based on the Internet of Medical Things technology and IoT medical devices, remote patient monitoring collects data of human body characteristics and home environment, so as to realize real-time monitoring of the health status and abnormalities of the elderly.

Remote Patient Monitoring Wearables
Remote Patient Monitoring Wearables

Wearable patient monitoring devices like wearable temperature measuring device are effectively used for tracking related parameters of patients.

Advantages of Dusun IoT Remote Patient Monitoring Devices

health 3 1
FDA Approved

Our FDA approved remote patient monitoring devices is safe to users

pension 3
Bluetooth SIG Protocol

Standard Bluetooth health protocol, easier and easier to connect

health 3 4
LUCI Configuration Page

The IOMT gateway is with a standard LUCI configuration page, making it easier to cloud on the device

health 3 2
Open API Interface

The IOMT gateway opens the API interface to facilitate connection with various systems and platforms

4
Bluetooth Roaming

Automatically match the appropriate IoT gateway;Switch between different gateways with low latency;A full copy of link information to ensure continuous data stability

How to Cooperate with Dusun IoT

Dusun IoT gained rich experiences in cooperating with big-name medical device manufacturers and IoMT PaaS and SaaS solution providers. We know the significance of device openness and diversity. And we empower medical enterprises and institution with mission-critical hardware-as-a-service solution design, achieve interoperability with open and secure IoMT applications, and offer ready-to-use integration with cloud to save cost and time.

IoMT Devices Vendors
Device Integration Service

Dusun FAE team will offer professional support for integrating your smart medical devices with Dusun programmable Bluetooth gateway.

IoMT Solution Providers
Device Kit Docking Service

Full Dusun RPM Devices Kit and open source API of gateway, easily connect to various IoMT systems and platforms.

Hospitals & Clinics
Gateway to Platform Service

Proprietary installation and deployment software to quickly connect the gateway to hospitals’ platforms.

One-stop Development for IoT Gateways, Industrial Motherboards & System on Modules. Turn IoT Device Development Process into Success.

Remote Patient Monitoring FAQs

A: When patients are not in the hospital or clinic due to some personal reasons, doctors can use remote patient monitoring devices to track, document, and assess their acute or chronic illnesses. The Internet of Things (IoT) offers critical support for RPM since it may connect remote patient monitoring devices like smartwatches, wearable patches, portable devices, or biostickers to enable real-time information transmission between patients and doctors.

A: Telehealth includes remote patient monitoring as a subset. Telephones, facsimile machines, electronic mail systems, and remote patient monitoring devices are just a few examples of the telehealth technologies that are used to collect and transmit patient data for observation and analysis.

A: People with diabetes, especially those with type 1 diabetes, should regularly evaluate their blood sugar levels (i.e., glucose levels too high or low) to detect significant variations in blood sugar levels in close to real-time and to disclose sugar highs and lows that fingerstick testing alone may not be able to detect.

The CGM device (if it is a remote patient monitoring device) then sends the data to the prescribing organization for examination in the RPM system via Bluetoot gateway. Read more on CGM Monitoring.

A: Bluetooth-enabled devices are inexpensive and come in a greater range of options. Patients might be able to use the gadgets and brands they are already familiar with. On the other side, consumers are growing increasingly accustomed to using Bluetooth devices, as seen by the fact that the number of Bluetooth device shipments keeps rising year after year. Read more on Bluetooth in Healthcare.

A: range from 15 to max.32 devices, depending on your needs.
A: The home health monitoring system collects vital sign data from patients at home using various medical wearable devices equipped with sensors. These medical devices on the patient’s body, on the other hand, are wirelessly connected through IoT gateways using low bandwidth Bluetooth or Zigbee protocol, turn it into Wi-Fi or Cellular LTE 4G signals, and delivered to the data platform of care providers. Home health monitoring works effectively in places with a low concentration of health facilities, as well as smart hospitals looking to improve healthcare quality. See what home health monitoring devices can be used in this system.
A: Remote patient monitoring system based on IoT offers numerous advantages. It allows patients to considerably lower the cost of receiving the treatments they require while remaining in the comfort at their own home. While doctors can conduct a surprising number of common procedures in the office, giving patient diagnosis, monitoring, and treatment. This decreases stress on the patient, lowers the chance of infection, and allows patients to recover in the relative comfort and safety of their own homes. More and more medical device manufacturers begin to  attach importance on patient preferences and the opportunity that in-home care provides. Learn more details about the benefits of remote patient monitoring system and its ROI here.
A: To begin the measuring procedure using a remote blood pressure monitoring system, turn on and initialize the blood pressure monitoring sensor. Following that, you may link the blood pressure sensor to mobile or desktop apps and cloud services selected by healthcare organizations using a wireless gateway (the absence of a cable layout increases patient flexibility). In this step, you must couple your sensors with the gateway using Bluetooth or Zigbee. Data transmission, storage, and forwarding will be completed by the gateway hardware itself.
A: IoT-based blood pressure monitors allow doctors to get the blood pressure results of patients via wireless connection and respond with precise treatment information. White coat hypertension, which affects those who are adversely impacted by hospital environments, can be prevented through self-monitoring of blood glucose (SMBG). Pulse oximeters can be used for identifying serious congenital heart abnormalities. During the pandemic, it is used for elderly to monitor their blood oxygen value in case of delayed medical treatment. See more remote patient monitoring devices list here.
IoT Gateways for Recommendation

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