In short: Most CQC-registered care providers have now adopted digital social care records, but the software is only half the system. The other half is the network that carries it to the bedside, and in a converted Victorian building with thick walls and one router in the office, that network usually gives out exactly where care is delivered.
Key Takeaways
- Point-of-care recording needs point-of-care signal — A digital record written up from memory in the office at the end of a shift loses the accuracy the whole programme was meant to buy.
- Medication records are the sharp edge — An eMAR that fails to sync between two carers' devices is how a resident gets a dose twice, or not at all.
- The building is the problem, not the software — Nourish, Person Centred Software and Birdie all work; solid walls, long corridors and a single office router are what fail, and they fail quietly.
In a nutshell
What is a digital social care record?
A digital social care record (DSCR) replaces the paper care plan, daily notes and medication chart with software, usually running on phones or tablets that carers carry from room to room. The Department of Health and Social Care has pushed adoption hard through its Digitising Social Care programme, with an assured supplier list (Nourish, Person Centred Software, Birdie, Log my Care and others), funding routed through integrated care systems, and a target that the large majority of CQC-registered providers should be off paper. That push has broadly worked: most providers now have a DSCR in place or in procurement.
The point of the exercise was never the software itself. It was point-of-care recording: the carer notes the meal, the turn, the medication or the fall at the moment it happens, on the device in their hand, so the record is accurate, timestamped and visible to the next shift and to the district nurse who visits on Thursday. Every benefit the programme promises, from safer medication rounds to better CQC evidence, flows from that one behaviour.
Which is why the network matters more than the buying decision. A DSCR on a tablet that has no signal in the far wing is a paper system with extra steps.
Why do digital records fail at the point of care?
Because carers cannot record where they cannot connect, and care homes are unusually hostile buildings for wireless coverage.
Consider the typical UK care home. A large share of the stock is converted rather than purpose-built: Victorian and Edwardian houses with solid brick internal walls, extensions added over decades, long corridors, fire doors every few metres and, in the newer purpose-built stock, foil-backed insulation that reflects signal. The broadband router sits in the office because that is where the phone line comes in. WiFi that is excellent at the nurses' station is marginal in the west corridor and absent in rooms 14 through 19.
What happens next is predictable and well known to anyone who has managed a rollout. Carers try point-of-care recording, the app spins in the dead zones, and within a fortnight they have reverted to the old habit: do the round first, write it up afterwards from the office, from memory. The provider is now paying a per-bed software subscription for records that are less contemporaneous than the paper they replaced, because at least the paper chart travelled on the medication trolley.
The suppliers know this, which is why every serious DSCR has an offline mode that caches entries and syncs when the device finds signal again. Offline mode is a reasonable safety net and a poor foundation. It introduces exactly the failure the next section describes.
What goes wrong when an eMAR loses sync?
The electronic medication administration record (eMAR) is where connectivity stops being an IT question and becomes a safety one.
An eMAR works because every carer's device shows the same live state: this resident has had their 8am dose, signed by this person, at this time. Break the sync and you break that guarantee. By way of example: carer A gives a dose in a dead-spot bedroom and the entry sits cached on their device; carer B, covering the other end of the round, checks the record twenty minutes later, sees the dose unrecorded, and acts in good faith on wrong information. Double administration and missed administration are both plausible outcomes, and medication errors are consistently among the most common incidents CQC and coroners see in residential care.
The same mechanism degrades everything downstream of the record: (i) handover, because the incoming shift reads a record that is missing the last two hours of the outgoing one; (ii) falls response, because the post-fall observations that should trigger escalation are sitting unsynced in a pocket; and (iii) family confidence, because relatives' portal apps show a day with gaps in it. None of these appear as a "network outage" in anyone's log. They appear as human error, and the carer carries it.
What does CQC expect from digital records?
CQC's single assessment framework does not mandate any particular technology, but it does assess whether records are accurate, contemporaneous and accessible to the people who need them, and inspectors increasingly review DSCR audit trails directly. A record written up ninety minutes after the event, in a block of entries all timestamped 21:40, tells an inspector something, and it is not the story the provider wants to tell.
There is a subtler point here. The audit trail that makes a DSCR valuable as evidence is the same trail that exposes a connectivity problem. Providers who assumed digitisation would strengthen their inspection position have sometimes found it documents, precisely and permanently, that recording happens in the office rather than at the bedside. The answer is to make the building carry the records properly, and that is a network job.
What actually fixes care home connectivity?
The honest answer is that it depends on the building, and a good assessment starts there rather than with a product.
For a small, modern, purpose-built home on a compact footprint, a properly surveyed WiFi installation, with access points in corridors rather than one router in the office, is often enough, and we would say so rather than sell past it. The work is unglamorous: a site survey, cabling to each access point, and someone accountable for the network rather than a box from the broadband provider left on default settings.
The larger and older the building, the worse that approach scales. Every solid wall costs signal, so the access-point count climbs, and every access point needs a cable run through a building where chasing walls means disruption, dust and, in the worst cases, asbestos surveys. Multi-site groups face the problem multiplied: a portfolio of twenty homes means twenty bespoke WiFi estates, each maintained separately, each failing in its own way.
This is where private cellular has a structural advantage. A small 5G or 4G cell covers a building through walls that stop WiFi, because cellular radio was engineered for exactly that propagation problem; a handful of small cells will blanket a site, grounds included, that would need dozens of access points. The devices carers already use take a SIM, hand over between cells without dropping the app, and stay on a network the provider controls, separate from the residents' and visitors' traffic. The same network then carries the nurse-call system, the acoustic monitoring, the door sensors and the falls detection that most homes are adding next, rather than each arriving with its own dongle and its own failure mode.
The trade-off is real and worth stating: private cellular carries more upfront design than plugging in another router, and for a single small home it can be more than the problem justifies. The economics work best for larger buildings, difficult buildings, and groups that want one managed network model across a portfolio instead of twenty local arrangements. For homes in mobile not-spots, and a surprising number of rural care homes are in one, it may be the only route to reliable signal at all.
How should a provider sequence this?
Start with evidence rather than procurement. Walk the medication round with a signal meter, or simply with the DSCR app open, and map where it drops; most homes can produce this picture in an afternoon. Then look at the sync logs the DSCR supplier can export, which show how much recording is actually happening offline and how stale entries are when they land. Those two artefacts turn "the WiFi is a bit patchy" into a specific, costed problem.
Then match the fix to the building: survey-led WiFi for the compact modern site, private cellular for the large, old or multi-building estate, and in either case a managed service with someone answerable when coverage degrades, because it will, and a care home cannot run a network team.
We build and operate exactly these networks, and our starting position with care providers is the assessment, not the kit list. The DSCR programme has done the hard part of moving the sector off paper. Making the record trustworthy at the bedside is a smaller job than that was, and it is the piece that decides whether the digitisation actually pays. If your carers are writing up rounds from the office because the app will not load in the far wing, that is the place to begin.