IoT in Hospital: Addresses challenges of smart patient tracking System

IoT in Hospital: Addresses challenges of smart patient tracking System: Smart patient monitoring is an excellent example of how IoT solutions will benefit the healthcare industry by aiding in the improvement of outcomes and, as a result, increasing patient loyalty. There are, however, risks to any breakthrough. To help hospitals understand what to expect from patient monitoring with RFID and IoT, we've written a new report that reflects on the advantages and challenges of the technology.

IoT in Hospital: Addresses challenges of smart patient tracking System


IoT in Hospital: Addresses challenges of smart patient tracking System

In a nutshell, smart patient monitoring

RFID and the Internet of Things solutions are at the heart of successful smart patient monitoring services. IoT is used for data storage and interpretation, while RFID is used for monitoring.
A patient is given an RFID tag as they arrive at the hospital. ID, name, electronic medical record, allergies, current diagnosis, test results, prescribed prescriptions, and so on are all included on each sticker. When a patient walks through the hospital, readers are mounted on the walls and ceilings in the facility. Its surrounding area collects data about the tag's location and sends it to the IoT cloud for processing and review.
For example, real-time monitoring can be used to diagnose crises and historical data (such as patient records) can be used to find bottlenecks in internal healthcare systems and, as a result, care.
The tag is retrieved and reassigned to another patient after discharge.

Hospital Advantages

Patients should be tracked to help a hospital enhance patient protection, detect service gaps, and, in general, discover opportunities to improve administrative procedures, change doctors' schedules, and improve patient loyalty.

Improved tracking of patients' location

For aged patients and patients with mental illnesses, real-time insight into each patient's position is particularly helpful. For example, elderly patients or those suffering from neurodegenerative diseases (such as Alzheimer's disease) can become disoriented in the hospital and wander, unable to find their way to the appropriate ward.
● Family members are immediately referred to a patient or told that a patient is no longer scheduled for an appointment.
● Nurses provide more chances to keep track of children's patients (who, for, For example, may interact with their peers and forget about necessary arrangements).
● When any of the patients have left, and the room has been swept, the housekeeping department is told.

Patient welfare is a priority:

Patient welfare is a priority

Smart monitoring allows for faster identification of injuries, such as when a patient slips down the stairs. An IoT Solution concludes an occurrence after analyzing details regarding a patient's movements and the sudden alteration in them and sends a warning to the nurse in charge.

Suppose an emergency (such as a fire) occurs in a specific ward, floor, or department. In that case, hospital representatives may ensure that all patients have exited the hazardous area and identify bedridden patients who need additional assistance with the evacuation.

In the long term, by reviewing data from previous accidents, a hospital will be able to identify potentially hazardous locations (for example, the stairs may be inconvenient, or certain stairs take a long time to dry after washing because they are slippery) and take steps to avoid further incidents.

Improved monitoring of the recovery process

A patient may fail to take medicine, go to a doctor's appointment, have a scan, or undergo a procedure. RFID monitoring enables fast pinpointing of a patient's precise location and serves as a reminder of future activities. A floor nurse may be in charge of this. Otherwise, a patient can be notified by a smartphone app or a built-in warning feature on their device.

Improving internal schedules

A hospital can see the total load and a load of individual departments and physicians until the activities associated with each patient (visited and scheduled visits, transitions from one department to another, and so on) are registered in the patient monitoring system. This information allows a healthcare provider to properly use his or her resources by adjusting personnel workflows and patient appointment plans.

Patient flow and hospital admission rates are being assessed and predicted.

RFID data gathered over time will assist a healthcare institution in forecasting patient traffic. This information will also be used to plan how much medicine and supplies to purchase in the long run to ensure that they are used and not unused. Concerns around implementing intelligent patient monitoring
In general, the following points about RFID and IoT solutions must be addressed to enable accurate and safe patient monitoring. They are cost-effective deployment and tag crash avoidance (a reader needs and fails to differentiate a large number of tags simultaneously).

However, it's also critical to keep in mind and address any potential obstacles or concerns related to patient tracking on time.

Tracking people raises ethical concerns.

RFID and IoT monitoring are controversial innovations from a legal standpoint. The reasons are that it raises questions of secrecy and can intrude on the privacy of patients. To fix this problem, a hospital should set up monitoring with patients' consent. In certain instances, all-the-time tracking should be agreed upon with the patient's family when dealing with the aged or mentally ill. It could also necessitate the execution of a special contract.


Smart patient monitoring necessitates working with sensitive and private details (patient data, medical conditions, and so on). Even if a hospital uses HIPAA-compliant patient monitoring software, it's important to note that reckless behavior by hospital staff who have access to tracking information and patient databases and may expose it (deliberately or not) can result in data leaks. As a result, training people on how to use smart patient monitoring safely should not be at the bottom of the smart patient tracking acceptance priority list.

The importance of establishing a continuous patient monitoring system

If a patient misplaces or discards their tagged cuff, monitoring can be disrupted. Since such cases are impossible to predict and avoid, hospital personnel must address the issue as soon as possible. In turn, an IoT solution may assist in revealing an unexpected location of an RFID tag and warning the appropriate hospital staff.


Smart patient monitoring using RFID and IoT Solutions provides better insight into each patient's position, increases patient safety, and aids in identifying and filling holes in internal hospital processes. However, there are several drawbacks to using clever patient monitoring (for example, ethical issues of tracking people, cybersecurity, and so on). This breakthrough must be applied with caution and thought for patients and doctors to find it comfortable and secure.

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