What is Remote Monitoring?

Remote monitoring enables care providers to support people beyond traditional face-to-face interactions. But different monitoring technologies serve different purposes, and understanding these differences is essential to delivering safe, effective care.

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Remote monitoring uses connected devices and digital technologies to collect information about a person's health, safety or daily activities without requiring a care professional to be physically present.

For Australian aged care and disability providers, these technologies offer opportunities to support independence, identify emerging risks and provide more responsive care, particularly for people living in their own homes.

However, remote monitoring is not a single technology or service. It encompasses several approaches with different objectives, information requirements and response arrangements.

Understanding these differences helps providers select appropriate solutions and establish the operational capabilities needed to use them effectively.

THREE APPROACHES TO REMOTE MONITORING

Remote monitoring can be grouped into three broad categories: remote patient monitoring, emergency monitoring and proactive activity monitoring.

Although these approaches may use similar technologies, they serve different purposes.

1. Remote Patient Monitoring

Remote Patient Monitoring (RPM) involves collecting health-related information outside traditional clinical settings and making it available to healthcare professionals for assessment.

Devices may measure blood pressure, heart rate, blood glucose, oxygen saturation, body weight or other physiological indicators.

The information is transmitted electronically, allowing clinicians to identify changes, assess treatment effectiveness or determine whether further intervention is required.

For example, a person managing a chronic health condition may use connected devices to record daily measurements. Their healthcare team can review the information and respond when readings indicate a potential concern.

RPM can support continuity of care and reduce the need for some routine appointments. However, its effectiveness depends on the clinical condition, monitoring arrangements and the ability to respond appropriately to the information collected.

Importantly, RPM requires clinical governance. Providers must determine which measurements are relevant, who reviews the results and what action is required when readings fall outside expected parameters.

2. Emergency Monitoring

Emergency monitoring focuses on identifying situations where someone may require immediate assistance.

Common technologies include personal emergency alarms, fall-detection devices and sensors that identify potentially unsafe situations.

An alert may be activated manually by the individual or automatically by a connected device.

Depending on the service model, notifications may be directed to a professional monitoring centre, a care provider or nominated contacts.

The primary objective is to ensure that an appropriate response can be initiated when assistance is required.

For example, a person who falls at home may be unable to reach a telephone. A wearable fall-detection device could generate an alert and initiate contact with a monitoring service.

However, detecting an incident is only part of the service.

The effectiveness of emergency monitoring also depends on communication reliability, the availability of responders and clear escalation arrangements.

For providers evaluating personal emergency alarms, our article Selecting Mobile Personal Alarms: 12 Evaluation Criteria for Aged Care Providers provides a practical framework for assessing reliability, connectivity, monitoring arrangements and supplier responsibilities.

For a more detailed discussion, see Fall Prevention or Fall Detection? What Smart Care Technology Can Really Deliver.

3. Response Times, Contact Centres and the Role of AI

The effectiveness of emergency monitoring depends not only on detecting an incident but also on how quickly and reliably someone responds.

Professional monitoring centres commonly use response-time targets, with 15–30 seconds often used as a benchmark for answering emergency alarm calls. However, providers should verify what a supplier's response-time commitment actually measures. Answering an alert, establishing two-way communication, assessing the situation and arranging assistance are separate activities, each affecting the overall response.

The quality of the monitoring centre is equally important. A genuine emergency response service requires trained operators, reliable communication systems, documented escalation procedures and arrangements for contacting emergency services when necessary. Providers should distinguish between a staffed monitoring centre, an automated notification platform and a service that simply forwards alerts to nominated contacts.

Artificial intelligence introduces another consideration. AI-powered voice agents and automated alert interpretation could potentially reduce monitoring costs, particularly by managing routine enquiries, identifying duplicate notifications and helping operators distinguish false positives from genuine incidents.

However, automating the decision to dismiss an emergency alert introduces significant safety risks. An AI agent may misunderstand a distressed caller, fail to recognise an unusual emergency or incorrectly classify a genuine incident as a false alarm. In emergency monitoring, the consequences of such errors can be severe.

AI can already support monitoring operations through transcription, information retrieval, alert prioritisation and operator assistance. Nevertheless, these capabilities should not be confused with demonstrating that an autonomous system can safely replace trained human operators.

For critical emergency monitoring, the more appropriate approach today is AI-assisted response with human oversight, particularly for decisions involving alert dismissal, escalation or emergency intervention.

As technology matures, greater automation may become viable. Any move towards autonomous emergency response should depend on independently demonstrated safety, rigorous testing, clearly defined accountability and effective safeguards for uncertain or failed interactions.

For providers evaluating monitoring services, the question is therefore not simply how quickly an alert is answered or how cheaply it can be processed. It is whether the service can consistently recognise a genuine emergency and initiate an appropriate response when it matters most.

4. Proactive Activity Monitoring

Proactive monitoring examines patterns in everyday activities to identify changes that may warrant attention.

Environmental sensors, movement detectors and other connected devices can provide information about routines such as sleeping, walking, room occupancy and general activity.

Unlike emergency monitoring, which primarily responds to specific incidents, proactive monitoring considers how behaviour changes over time.

For example, a person who usually moves regularly throughout their home may become noticeably less active over several days.

This change does not necessarily indicate a health problem, but it may justify further investigation.

More sophisticated systems use artificial intelligence to identify patterns and distinguish potentially meaningful changes from normal variations in behaviour.

The opportunity is to support earlier conversations, assessments or interventions before a situation becomes more serious.

However, these technologies should complement professional judgement rather than replace it.

See AI and Sensor Monitoring: Turning Data into Better Care Decisions for further discussion.

THE DIFFERENCE IS NOT JUST THE TECHNOLOGY

The three approaches differ in the information collected, the expertise required and the urgency of response.

Monitoring approach	Primary purpose	Typical response
Remote Patient Monitoring	Identify changes in health indicators	Clinical assessment and intervention
Emergency Monitoring	Identify situations requiring immediate assistance	Prompt contact, assessment and escalation
Proactive Activity Monitoring	Identify changes in behaviour or daily routines	Review, follow-up and potential care adjustment

These distinctions have important operational implications.

Clinical monitoring may require qualified healthcare professionals to interpret measurements and determine appropriate treatment.

Emergency monitoring requires reliable communications, timely alert handling and clear arrangements for contacting responders.

Proactive monitoring requires an understanding of individual routines and processes for investigating meaningful changes.

A single technology platform may support several monitoring functions, but that does not mean the same operational arrangements are appropriate for each.

WHAT REMOTE MONITORING MEANS FOR AGED CARE PROVIDERS

Remote monitoring can help providers extend their visibility beyond scheduled care visits.

For people receiving support at home, it may provide additional reassurance while helping care teams identify changes that would otherwise remain unnoticed between visits.

Within residential aged care, monitoring technologies can complement established care arrangements by supporting awareness of resident movement, safety and changing needs.

In independent living environments, appropriate monitoring can support autonomy while providing access to assistance when required.

However, the benefits depend on how technology is integrated into the care model.

Providers need to consider who receives monitoring information, how alerts are prioritised, when intervention is appropriate and how responsibilities are shared between staff, monitoring services and family members.

Privacy and consent are equally important. Individuals should understand what information is collected, who can access it and how monitoring supports their care.

Without clear governance, remote monitoring can introduce additional complexity, unnecessary alerts and uncertainty about accountability.

CHOOSING THE RIGHT MONITORING APPROACH

Before selecting a remote monitoring solution, providers should establish the care objective they are trying to achieve.

Is the priority to improve emergency response, support clinical management or identify changes in daily behaviour?

Each objective requires different technologies, response arrangements and measures of success.

Providers should also evaluate reliability, integration with existing care systems, privacy requirements, ongoing support costs and the evidence supporting supplier claims.

Most importantly, they should determine whether the information generated will lead to meaningful action.

"Where AI or automated systems are used, which decisions can they make independently, and which require human verification?"

eHomeCare's Technology Advisory services help providers assess technology options against their care objectives, operational requirements and long-term value.

REMOTE MONITORING IS A CARE CAPABILITY, NOT JUST A DEVICE

Remote monitoring can support safer, more responsive and more personalised care.

It can provide access to clinical information, enable timely emergency assistance and identify changes that may indicate emerging care needs.

However, technology alone does not deliver these outcomes.

The value of remote monitoring depends on collecting the right information, interpreting it appropriately and ensuring someone is responsible for acting on it.

For aged care and disability providers, successful remote monitoring begins with the care model and the outcomes they want to achieve, not the technology itself.

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Hubert van Dalen is the founder of eHomeCare, providing independent digital strategy, governance, technology and transformation advisory services to Australian aged care and disability providers.