Krishna
Founder, ShylCare
Every hospital with more than 20 OPD patients a day has the same problem: people sitting in the waiting area asking the front desk "how much longer?" every five minutes. It's frustrating for patients, disruptive for staff, and it creates a sense of chaos that undermines everything else the hospital does well.
The obvious solution is a token system with a display screen. Give each patient a number, put a TV on the wall, show which number is being seen. Simple enough that hospitals have been doing it with basic LED boards for decades.
But "simple" comes in two very different versions, and the version you pick determines whether you're solving the problem or just hiding it.
The cheapest approach — and the one many hospitals try first — is a standalone token system. This typically looks like:
Cost: ₹5,000–₹15,000 for the hardware. Maybe a basic software subscription on top. You can set this up in a day.
What it does well: Patients can see a number on a screen. It reduces "how much longer?" questions somewhat. It feels organised.
Where it falls apart: The token number has no connection to anything else. The doctor doesn't know which patient corresponds to token 37. The billing desk doesn't know that the patient is in the building. The queue order is purely sequential — there's no concept of "this patient has a 10:30 appointment and should be seen before the walk-in who arrived at 10:15." If the doctor steps out for ten minutes, the display just freezes and nobody in the waiting area knows why.
It's a number on a wall. It's better than nothing. It's not patient flow management.
An integrated system connects the queue to the rest of the hospital workflow. The token isn't just a number — it's linked to the patient's appointment, registration, and clinical record. This changes everything about how the queue works.
Auto-token on check-in. When a patient checks in at the front desk (or via the patient app), they're automatically added to the queue for their doctor. No manual token assignment. No "which counter do I go to for my token?" The check-in IS the token.
Appointment-aware ordering. Patients with pre-booked appointments are queued based on their appointment time, not their arrival time. Walk-ins are interleaved based on availability. The doctor sees the queue in a sensible order rather than "whoever reached the front desk first, regardless of whether they had an appointment."
Real-time display with context. The waiting area screen shows not just the current token but estimated wait times. "Dr. Sharma — Currently seeing Token 14 — Estimated wait: 3 patients / ~20 minutes." This is dramatically more useful than a bare number. Patients can go to the canteen, step out for a phone call, or just relax instead of anxiously watching a counter increment.
Doctor screen integration. The doctor sees their queue on their screen — who's next, who's waiting, how many are left. They can call the next patient with a click. The display updates automatically. No remote control. No shouting the patient's name down the corridor.
Billing awareness. When a patient checks in and enters the queue, the billing system knows they're in-house. Post-consultation, the flow moves to billing naturally. If the patient leaves without billing (it happens), the system can flag it. With a standalone display, the billing desk has no idea who's in the building.
I want to emphasise this because it's the key insight: the TV on the wall is the least important part of a queue management system. What matters is the data flow.
When the queue is integrated with appointments, registration, and clinical workflow:
None of this is possible with a standalone display.
The standalone approach is cheaper on day one. ₹10,000 for hardware versus a software subscription that includes queue management.
But the standalone system requires manual operation — someone has to advance the token, manage the sequence, handle discrepancies when a patient skips their turn. That's ongoing staff time. An integrated system is automated — the queue advances based on the clinical workflow, not someone pressing a button.
Over a year, the manual overhead of a standalone system often exceeds the cost of an integrated one. And you get none of the data benefits.
Hospitals running ShylCare's OPD queue typically set up a TV in the waiting area connected to the queue display URL — just a browser in full-screen mode. The display auto-refreshes, shows the current and next few tokens per doctor, and updates as the doctor progresses through their list.
The setup takes about 15 minutes. The TV is the only hardware needed — and most hospitals already have one in the waiting area playing health awareness videos on loop.
Patients who've booked through the app see their position in the queue on their phone. Walk-ins get their position at check-in. The front desk stops being the queue manager and goes back to being the front desk.
It's not fancy. It doesn't need to be. It just needs to connect the dots between appointment, check-in, consultation, and billing — so no one has to manage those connections manually.
Want to see this in action? Book a demo.
We'll walk through your actual workflows — no generic demo, no slide deck.