Fall prevention in care homes: from alert to a person at the bedside
Fall prevention in a care home rests less on the sensor than on the chain behind it: a room reports a fall-like pattern, a named staff member is dispatched, verifies what happened and records it. The interval between the alert and someone at the bedside is what decides whether prevention holds.
By SteadiCore
In a care home, fall detection is a response system
A vendor sells a sensor. A care home buys a chain: something notices, something tells a person, a person walks to a room, decides what to do, and writes it down. Every link in that chain can fail on its own, and the weakest link is rarely the sensor.
This is why two homes can install the same hardware and get different results. In one, the alert lands on a pager carried by the staff member on that corridor. In the other, it appears on a screen at the nurse station while everyone is in rooms. The sensor is identical; the system is not.
What the alert must contain
Four things, and no more than four: which room, at what time, which rule fired, and how confident the system is. Anything else becomes noise at 03:00. Anything less leaves the person answering without the one fact they need — whether they are walking to a resident who is standing up or one who may be on the floor.
The wording matters as much as the fields. A notification that says fall detected is a claim the system cannot support; the same notification saying possible fall, posture change in room 214, requires verification is the same information without the overclaim. Once a system's first alert is wrong in a dramatic way, staff stop trusting the rest, which is the failure that no software update fixes.
Who does what, and what gets written down
A response chain has six steps. Writing them down, with a named role against each, is the cheapest improvement most homes can make, because the alternative is a chain that works only when the right person happens to be on shift.
The six steps of a fall-like alert, and where each one usually fails
Alert raised
- Who owns it
- Sensing and rules layer
- What is recorded
- Time, room, rule, confidence
- Where it usually fails
- Lands on a screen nobody is standing in front of
Acknowledge
- Who owns it
- Staff member on the unit
- What is recorded
- Who accepted it, and when
- Where it usually fails
- Two people each assume the other has it
Attend
- Who owns it
- Nearest available staff
- What is recorded
- Arrival time, what was found
- Where it usually fails
- The nearest person is already in another room
Verify
- Who owns it
- Nurse or care staff
- What is recorded
- Posture, injury check, resident's account
- Where it usually fails
- The note reads like a diagnosis
Escalate
- Who owns it
- Nurse in charge
- What is recorded
- Clinical referral, family contact
- Where it usually fails
- Depends on who happens to be on duty
Close
- Who owns it
- Manager on shift
- What is recorded
- Outcome, change to the care plan
- Where it usually fails
- The record stops at resolved, with no change to the plan
| Step | Who owns it | What is recorded | Where it usually fails |
|---|---|---|---|
| Alert raised | Sensing and rules layer | Time, room, rule, confidence | Lands on a screen nobody is standing in front of |
| Acknowledge | Staff member on the unit | Who accepted it, and when | Two people each assume the other has it |
| Attend | Nearest available staff | Arrival time, what was found | The nearest person is already in another room |
| Verify | Nurse or care staff | Posture, injury check, resident's account | The note reads like a diagnosis |
| Escalate | Nurse in charge | Clinical referral, family contact | Depends on who happens to be on duty |
| Close | Manager on shift | Outcome, change to the care plan | The record stops at resolved, with no change to the plan |
The night shift reality: pooling, escalation and alarm fatigue
One night nurse, two care staff and forty rooms is a normal ratio in Hong Kong, and it is the reason a per-room alarm that only that room's staff can hear does not work. Alerts need to pool into one queue with an owner, so a colleague can cover a room while the assigned person is already busy.
Pooling creates its own problem: an unowned queue is ignored. The fix is an acknowledgement step with a name attached, and an escalation rule for an alert that nobody accepts within the home's own target. That target should be written by the home, not copied from a brochure, and then measured — the same way a home measures a medication round.
What the home can prove afterwards
The record is the product. A family asking what happened at 03:40 wants a timeline, not a summary; an inspector wants to see that the home responded and reviewed; an insurer wants to see that the process is followed consistently rather than on the nights it was convenient. All three are answered by the same artefact.
That is the last stage of the loop the platform is built around — sense, predict, prevent, respond and prove — and it is the stage most alerting products skip. Elyvo keeps the alert, the acknowledgement and the outcome on one timeline for exactly this reason. What the home must add is the review: was the response fast enough, and did it change anything about the plan?
A record that is written and never read is filing. A record that changes the toileting round, the bed height or the night staffing is evidence that the system is doing something.
Testing the chain before you sign
Do not test the sensor. Test the chain, in the home, at night. Trigger an alert in two rooms on a real shift, and time four things: how long until someone accepts it, how long until someone reaches the bed, whether the alert said enough to walk to the right room, and whether the record afterwards is complete enough to show a family.
Then test the boring failures: the Wi-Fi node that loses power, the tablet whose battery dies, the staff member who is on leave. Ask what the system does when it cannot see a room — silence or a fault? A system that goes quiet when it fails is worse than one that complains, because quiet looks exactly like a safe night.
Two further reads if you are at this stage: the sensor guide for what each technology measures, and bed exit alarms for the exit-from-bed problem that begins most night-time falls. The SteadiCore home page shows the loop these steps belong to.
Families making the same judgement about a parent at home will find the coordination side at Sanospark (opens in a new tab) and the wider platform view at SilverGuard (opens in a new tab).
SteadiCore evidence note
If this was useful, the next note comes straight to your inbox
What arrives: one short note on what public research and Hong Kong care-home practice actually say about fall risk, plus a printable risk-assessment sheet you can walk a floor with — the same sheet for operators and for families.
Questions people ask
- How quickly should staff reach a room after a fall alert?
- There is no universal figure we can quote. A home should set its own target from its staffing, write it into the response procedure, and measure the actual interval every month.
- What should a fall incident record contain?
- Time of the alert, time of arrival, what was found, what the resident said, who was informed, any clinical referral, and what changed in the care plan afterwards.
- Can fall detection replace night rounds?
- No. Sensing covers rooms where nobody is present; rounds are where a person is seen, repositioned, offered fluids and spoken to. The two do different work.
- What does a care home have to record for the regulator?
- The Social Welfare Department's Code of Practice for Residential Care Homes (Elderly Persons) sets the framework your licence is measured against. Read it against your own procedures rather than relying on a vendor's summary.
Sources
- Social Welfare Department — Code of Practice for Residential Care Homes (Elderly Persons) (opens in a new tab)The licensing framework for care practice and incident recording in Hong Kong residential care homes.
- Hospital Authority (opens in a new tab)Public hospital guidance on falls in older patients, for the clinical side of the handover.