Elderly Monitoring Systems — The Complete Category Guide

"Elderly monitoring system" is one search phrase covering five genuinely different products. They are not competing versions of the same thing, and comparing them on price or star ratings is how families end up with a system that does not cover the event they were actually afraid of. It is more useful to sort them by the question each one answers.

• Passive in-home sensors — motion, door, bed and floor sensors that infer a problem from the absence of normal activity. They answer: has the usual pattern stopped?
• PERS (personal emergency response systems) — the pendant or wrist button, sometimes with a base station, sometimes with a 24/7 call centre behind it. They answer: can help be summoned when the person can press a button?
• Cameras — indoor cameras with remote viewing. They answer: what is happening in that room, right now?
• Wearables — smartwatches, GPS trackers and phone-based sensing, often bundling fall detection and location. They answer: where is the person, and did something violent happen to their body?
• Daily check-in apps — a scheduled prompt the person answers, with contacts alerted if they do not. They answer: is the person confirming they are okay today?

Only the last two require the older person to participate. Only the first four can, in principle, work when the person is unconscious. No single one of them covers everything, and any page that tells you one category simply beats the others is selling you the one it sells. Our framework for choosing an elderly monitoring system works through the same five categories against a specific household.

A passive system puts small sensors around the home — a motion sensor in the hallway, a contact sensor on the fridge door, a pressure mat beside the bed — and learns what a normal day looks like. When the pattern breaks, a family member gets a notification. Nobody has to press anything, wear anything, or remember anything, which is why these systems are the standard recommendation for a person who will not tolerate a pendant.

The strength is real: this is the only category that keeps working when the person is unconscious, has lost their phone, or has decided the whole idea is an insult. The weaknesses are equally real and less often stated.

First, passive systems infer rather than observe. A quiet morning because someone slept in, went to a neighbour's, or turned the heating up and dozed in a chair produces the same signal as a quiet morning because someone is on the bathroom floor. Sensitivity that is high enough to catch the second reliably will also generate false alerts on the first, and families that get too many false alerts stop reading them — which is the failure mode nobody puts in a brochure.

Second, they are home-bound. The moment the person walks out of the front door the system knows nothing, which matters a great deal if the underlying worry is wandering or driving rather than falling in the kitchen.

Third, they need installation and, in most cases, ongoing power and connectivity in a home you may not live in. If you are weighing sensors against a confirmation-based approach, our comparison of motion sensors versus a daily check-in sets out where each one breaks.

A personal emergency response system is the product most people picture when they hear "medical alert": a pendant or wristband with one button, worn all the time, that summons help. It is the oldest category here and still the one most often recommended by discharge planners, because when it works it works quickly and it is very simple to explain.

There are two structural distinctions inside the category that matter more than any brand comparison.

Monitored versus unmonitored. A monitored device connects to a staffed call centre; an operator speaks to the person through the device, assesses, and either sends a family member or dispatches an ambulance. An unmonitored device dials a list of numbers you programmed, or simply sounds an alarm. Monitored costs a recurring fee for the rest of the person's life; unmonitored usually does not. Both are sold in the same aisle and the packaging rarely makes the distinction loud.

In-home versus mobile. An in-home unit works within range of a base station — typically a few hundred feet around the house. A mobile unit carries its own cellular radio and GPS and works anywhere with coverage. Buying the in-home model for someone who gardens, walks or drives is one of the most common expensive mistakes in this market.

The failure mode of the whole category is well known and rarely disclosed: the button only helps if it is on the body and the person is conscious and able to press it. Pendants come off in the shower, get left on the bedside table, and are quietly abandoned by people who feel that wearing one announces frailty. That is why fall detection is sold as an add-on — and why the add-on is usually a separate monthly line item. Our page on alternatives to a personal emergency response system covers what to do when the pendant is refused.

An indoor camera gives you more raw information than anything else on this list. You can see whether the kettle was used, whether the person is up, whether they look well. For a family in acute crisis — a parent just home from hospital, a week of unexplained confusion — that visibility can be genuinely reassuring.

It is also the category with the sharpest ethical edge, and the one most likely to end the arrangement altogether. A camera watches everything, not the thing you are worried about. It records visitors and carers who did not consent. And it inverts the relationship: the older person stops being a person who is checked on and becomes a person who is watched, which is exactly the framing that makes people refuse help.

There is also a practical limitation that surprises families. A camera only helps if somebody is looking at it. Unless you pay for AI motion analysis, a camera in an empty-looking living room at 3am is a recording of an emergency, not an alert about one. Cameras are best understood as a diagnostic tool for a defined period, not a permanent monitoring system.

Wearables have absorbed a lot of what used to require dedicated hardware. A modern smartwatch can hold an emergency call button, heart-rate sensing, location and — on some models — automatic fall detection that contacts emergency services. A dedicated GPS tracker does location and geofencing and little else, usually with far better battery life and a lower price.

Three things are worth knowing before you buy on the strength of a fall-detection feature.

Fall detection is not uniform. Different products mean different things by the phrase: some call emergency services automatically, some call a monitoring centre, some notify family, and some only prompt the wearer. Read which one you are buying, because the difference determines what happens at 3am.

Charging is the real constraint. A watch that needs charging every night is a watch that is on the charger during the hours when nocturnal falls happen. Dedicated pendants and trackers with multi-day batteries are frequently the more reliable choice for exactly this reason, and are less likely to be abandoned.

Location is not consent-neutral. Continuous location sharing is a bigger imposition than most families realise when they set it up, and it is a common reason arrangements collapse a few months in. Continuous tracking earns its intrusion in some households and not in others, and that is a decision to make deliberately rather than by default.

A daily check-in app inverts the logic of every other category. Rather than inferring from sensors or waiting for a button press, it asks a direct question once a day and treats the answer as the signal. If the person confirms, everyone can stop worrying for a day. If they do not, the people they chose are told.

What this buys is a bounded discovery window. The clinical evidence on living alone is not mainly about how often something goes wrong; it is about how long it takes to be found. In a prospective study of people in their nineties, 82% of falls happened when the person was alone, 80% of those who fell could not get up unaided, and 30% lay on the floor for an hour or more (Fleming & Brayne, BMJ 2008). Among older people who fell at home and lay there over an hour, about half died within six months (Wild, Nayak & Isaacs, BMJ 1981). And time to discovery is itself the sharpest lever: among people found helpless or dead at home, mortality was 67% for those down more than 72 hours against 12% for those found within an hour (Gurley et al., NEJM 1996).

The limitation is equally structural and we would rather you hear it here than discover it later. A check-in requires the person to reliably answer a prompt. If they can answer, it is the least intrusive and cheapest thing on this page. If they cannot — because of mid-to-late-stage dementia, severe visual impairment, or an unwillingness to engage with a phone at all — a check-in is the wrong tool, and a passive or worn system is the honest recommendation. That specific case is covered on our dementia monitoring system page.

Pricing in this market moves and much of it is not published at all, so the figures below are limited to what each vendor states on its own site, with the date we checked it. Where a company does not publish a price, we say so rather than repeat a number from a review site.

United States — monitored PERS. Bay Alarm Medical lists SOS Home at $27.95/mo, SOS All-In-One 2 at $34.95/mo, SOS Micro at $34.95/mo and SOS Smartwatch at $39.95/mo on its own site (checked August 2026); fall detection is described as built-in on some products and an optional add-on on others, without a published add-on price. Medical Guardian's own medical alert systems comparison page listed no prices at all when we checked in August 2026 — it lists fall detection as an "Available Add-On" and directs buyers to call. Life Alert likewise publishes no price: its pricing URL returned a 404 and its cost page asks visitors to phone for a free quote (checked August 2026).

United Kingdom — monitored alarms. Age UK Trading publishes its full price list. Checked August 2026: Digital Personal Alarm £69.99 setup plus £22.49/month; Digital Fall Alarm £69.99 plus £28.49/month; Taking Care Anywhere £70 setup plus £31.49/month; Personal Alarm Watch £99.99 plus £24.49/month; Taking Care GO £79.99 setup plus £25.49/month. Those are the ex-VAT figures; Age UK states that 94% of its personal alarm customers do not pay VAT because they qualify for disability VAT relief, and quotes the higher inc-VAT figures alongside.

Three cost mechanics matter more than the headline monthly number. Fall detection is very often a separate recurring charge rather than a feature of the device. Equipment is frequently leased rather than owned, so cancelling means returning hardware. And cancellation terms — notice period, refund of prepaid months, return shipping — are the part of the contract that families read last and regret first. Our page on what elderly monitoring actually costs goes through the arithmetic over a multi-year horizon, which is the only horizon that matters here.

Every family arrives at this search with a specific fear, and the fear is a better selection criterion than any comparison table. Name it out loud first.

"They'll fall and lie there for days." This is a discovery-time problem. A daily check-in bounds the window at roughly a day for very little money; a monitored PERS with fall detection can shorten it to minutes but only if the device is worn; passive sensors sit between the two and need no cooperation.

"They'll have a stroke or a heart attack and nobody will know." Same category as above — nothing on this page prevents the event; everything here is about how quickly it is noticed.

"They'll leave the house at night and get lost." This is a wandering problem and only location-aware or door-sensing systems address it. A check-in does not. See dementia wandering alarms.

"They'll stop eating, or stop taking their tablets, and hide it." This is a gradual-decline problem. Passive sensors and regular human contact detect it; emergency buttons do not.

"I just want to know they're okay without phoning every day." This is a reassurance problem, and it is the most common one. A confirmation-based system is a proportionate answer; a camera is not.

Falls are the background risk under most of these: over 14 million adults aged 65 and over — around one in four — report falling each year in the United States, and falls are the leading cause of injury death in that age group (CDC, Facts About Falls). But "one in four fall" is not an argument for the most expensive system; it is an argument for having something that shortens the time before anyone notices.

We build one of the five categories above, and only one. Being straight about that is more useful to you than pretending otherwise.

I'm Alive is a daily check-in app. You confirm you're okay once a day; if you don't, the people you chose are told, with your location. The daily check-in is free (Try It, $0) and works on iPhone and Android anywhere in the world. Automatic alerts to your contacts start on Protect Me ($29.99/year), with location on the move on Protect Me On The Move ($39.99/year); there is a one-time Stay Connected lifetime upgrade at $4.99. Check-first phone fall detection is live on iPhone only (app v2.3.1) on Protect Me and above, stays off until you switch it on, and only runs while the app is open — it is not a background service. It alerts your own trusted contacts; it never calls emergency services, and it is best-effort, not a medical device. There is no Android fall detection and no Apple Watch fall detection. We do not operate a 24/7 monitoring centre. The app interface is currently in English only.

What that means in practice: if the person you are worried about can reliably answer a prompt on a phone once a day, a check-in is the cheapest and least intrusive way to shorten the time before anyone notices something is wrong, and you can start at zero. If they cannot — if the honest answer is that some days they would not see the prompt, or would not understand it — then a passive sensor system or a worn, monitored device is the right recommendation and we would rather you buy that. And if the worry is a specific medical condition with a fast, silent onset, a monitored PERS with a staffed call centre does something we do not do at all.

Many families end up running two layers: a worn or monitored device for the acute emergency, and a daily check-in for the slow, quiet failure that no alarm is ever triggered by.