In short: Two changes have quietly turned community pharmacy from a dispensing counter into something more demanding. Pharmacy First made the high-street pharmacy a clinical front door for the NHS, with consultation rooms that need secure, real-time access to patient records. Hub-and-spoke dispensing reform turned the back office into a logistics operation running automated fulfilment at scale. Both depend on connectivity the sector was never designed around — and that gap is now the constraint.
Key Takeaways
- Pharmacy First makes the consultation room a clinical node — assessing and treating seven conditions and prescribing against them needs live, secure access to GP records and the NHS spine, not a slow shared line behind the till
- Hub-and-spoke turns dispensing into a logistics operation — automated dispensing hubs are essentially robotic warehouses, and like any warehouse they live or die on a dense, reliable network across the floor
- The high-street estate was never wired for clinical work — most pharmacies run on a single consumer broadband line shared by dispensing, card payments, CCTV and now clinical consultations, with no resilience when it drops
In a nutshell
Two quiet revolutions in the chemist's shop
Community pharmacy does not get the attention that hospitals or GP surgeries do, but over the past couple of years it has been through two structural changes that, taken together, have altered what the building on the high street actually does.
The first is Pharmacy First, launched across England in early 2024, which lets community pharmacists assess and, where appropriate, supply prescription-only medicines for a defined set of common conditions — sinusitis, sore throat, earache, infected insect bites, impetigo, shingles and uncomplicated urinary tract infections in women — without the patient ever seeing a GP. It sits alongside expanding pharmacist independent prescribing, which the newest cohorts of pharmacists qualify with from the outset. The intent is to move a meaningful slice of primary care demand out of the GP surgery and onto the high street, where there is capacity and proximity.
The second is hub-and-spoke dispensing reform, which has cleared the legal path for "spoke" pharmacies to send their dispensing to a central "hub" — typically a highly automated facility — and receive made-up prescriptions back for handout. The distance-selling pharmacies pioneered this model with large automated dispensing centres; the reforms extend the option across the sector. The effect is to split the pharmacy in two: a customer-facing, increasingly clinical front, and an industrialised dispensing operation that may be in a different building entirely.
Both changes are sensible responses to real pressures. Both also quietly assume a level of connectivity that most of the sector does not have.
Pharmacy First turns the consultation room into a clinical node
Before Pharmacy First, the connectivity a pharmacy genuinely depended on was modest: the dispensing system, the NHS prescription exchange, card payments, a CCTV feed. None of it was especially time-critical from a clinical point of view. If the line was slow for ten minutes, prescriptions queued and life went on.
A Pharmacy First consultation is a different kind of activity. The pharmacist is taking a history, examining the patient, making a clinical decision against a national pathway, and — where the pathway allows — supplying a prescription-only medicine. To do that properly and safely, and to be paid for it, they need real-time, secure access to the patient's GP record, the ability to write back so that the GP sees what was done, and a reliable connection into the NHS infrastructure that authorises and records the episode. This is clinical work, and the connectivity behind it has moved from convenience to safety-relevant.
The trouble is that the consultation room is usually a partitioned corner at the back, working off the same single broadband line as everything else in the shop. When the card terminals are busy at lunchtime and the dispensing robot is syncing and the CCTV is uploading, the clinical consultation is contending for the same pipe. And when that line drops — as consumer broadband does — the pharmacist is left mid-consultation without the record they are relying on. A model that asks pharmacies to take on clinical risk has been laid on top of an IT setup designed for retail.
Hub-and-spoke makes the back office a warehouse
If the front of the pharmacy is becoming a clinic, the dispensing side is becoming a logistics operation — and at the hub end, an industrial one.
A modern automated dispensing hub is, in engineering terms, a robotic warehouse. Pick-and-collate robots, conveyors, automated labelling and checking, vision systems verifying the right product against the right prescription, cold-chain monitoring for refrigerated lines, and a workforce of handhelds and workstations moving thousands of items a day. The economics of hub-and-spoke depend on throughput and accuracy at volume, and both of those depend on every device on the floor staying connected as it moves.
This is precisely the environment where conventional Wi-Fi struggles, for the same reasons it struggles in any warehouse: metal racking and shelving, dense moving equipment, handover gaps as scanners travel the floor, and contention when everything is busy at once. A dropped connection on a pick robot or a verification scanner is not a minor annoyance in a dispensing hub — it is a stopped line, and in a setting handling medicines, a potential safety and audit problem. The hub's whole value proposition is reliable accuracy at scale, and that rests on a network engineered for the floor rather than improvised on top of an office router.
There is a regulatory dimension too. Dispensing is one of the most heavily audited activities in healthcare, and the move to hubs concentrates that scrutiny. The traceability data — what was dispensed, checked, by which process, against which prescription — has to be captured reliably and completely. A network that drops connections drops records, and missing records in a dispensing operation are not a small matter.
The estate was never built for any of this
Step back and the common thread is clear. Both Pharmacy First and hub-and-spoke are being layered onto a physical and IT estate that was designed for over-the-counter retail and counter dispensing, not for clinical consultations and automated logistics.
The typical high-street pharmacy runs on a single consumer-grade broadband connection, often with no meaningful resilience, shared across every function in the building. There is rarely a second line, rarely prioritisation between clinical and retail traffic, and rarely anyone whose job it is to manage the network. When connectivity is treated as a utility that either works or does not, the response to a problem is to wait for it to come back — which is fine for a card terminal and not fine for a consultation in progress or a dispensing line mid-run.
This is the same pattern we see across community health settings, and it is the reason we keep coming back to it: the care, and increasingly the clinical decision-making, has moved out of the big institutions and into smaller premises on the high street and in the community, but the connectivity has not followed. The pharmacy is now doing work the GP surgery used to do, on infrastructure the corner shop used to have.
What a managed network changes
The fix is not exotic. It is to treat connectivity in the pharmacy estate as managed clinical infrastructure rather than a retail broadband line, and to size it for what the building now does.
For the consultation side, that means a connection with genuine resilience and the ability to prioritise clinical traffic — record access, prescribing, the NHS spine — over everything else in the shop, so that a busy till or a CCTV upload never gets in the way of a consultation. For multi-site groups, it means consistency across the estate rather than a different setup and a different fault in every branch, and the ability to see and manage the whole network centrally instead of dispatching someone every time a line drops.
For the hub, it means a network designed for the floor: dense, reliable coverage that holds as devices move, the capacity to run every robot, scanner and workstation at once, and the resilience that an operation handling medicines at volume requires. This is private-network territory in the same way a distribution centre or a factory floor is — and for the same reasons.
What we would not do is bolt on yet another system for someone to monitor. The point of getting the connectivity right is that the pharmacist stops thinking about it: the consultation works, the line does not drop, the hub runs, the records are complete. Fewer interruptions, not more dashboards.
The honest position
We should be candid about where this does and does not apply. A single independent pharmacy doing a handful of Pharmacy First consultations a week and dispensing on site does not need a private 5G network; it needs a properly resilient connection and someone managing it. The case for a dedicated network sharpens as you move up the scale — to a multi-branch group standardising its estate, and most of all to the automated dispensing hub, where the warehouse-grade argument is essentially the same one we would make for any manufacturer or distribution centre.
It is also worth saying plainly that connectivity is necessary but not sufficient. Pharmacy First has faced real questions about funding and capacity, and a good network does not resolve those. What it does do is remove one specific failure mode — the one where the technology gets in the way of the clinical work — and make the rest of the model possible to run reliably.
Ultimately however, the direction is set. Community pharmacy has been handed a larger clinical role and an industrialised dispensing model, and both run on data moving reliably between the high street, the hub and the NHS. The pharmacies and groups that treat connectivity as part of that clinical infrastructure, rather than as the same broadband line they have always had, will be the ones that make the new model work. We think that is where the sector's attention should now be.