Krishna
Founder, ShylCare
Every hospital owner I meet has an opinion on this. Some have been burned by cloud outages and swear by their local server sitting in the admin office. Others have lost patient data to a hard drive crash and won't touch anything that isn't cloud-hosted.
Both camps have legitimate reasons. But the conversation has shifted a lot in the last two or three years, especially for hospitals under 100 beds in India. Here's how I see it today.
When a hospital says they run on-premise software, what they usually mean is: there's a desktop application installed on 3–5 PCs, connected to a database running on one of those PCs (or a small server under someone's desk). The vendor installed it two years ago and comes by once a quarter for updates — if you call them.
The upside is real. It works without internet. It feels fast because everything is local. And there's a psychological comfort in knowing "our data is right here."
The downside is also real, and it tends to show up at the worst times.
Backups. I've lost count of how many hospitals I've talked to where the "backup" is a USB drive that someone was supposed to update weekly but hasn't touched in four months. If that server dies — and hard drives do die — you lose everything since the last backup. I've seen a 30-bed hospital lose eight months of patient records because their server's power supply failed and took the drive with it.
Access. On-premise means on-site. The owner can't check daily revenue from home. The doctor can't pull up a patient's history from their phone during a late-night emergency call. The CA can't access billing data at month-end without physically being at the hospital.
Updates and maintenance. The vendor has to send someone (or remote in) to update each installation individually. In practice, many hospitals run software that's 2–3 versions behind because coordinating updates is a hassle for both sides.
Scaling. Adding a new billing counter or a nurse station means buying another PC, installing the software, configuring the network. Opening a second branch means essentially starting from scratch.
Cloud-based HMS runs in a browser. Your data lives on a managed server (usually AWS, Azure, or DigitalOcean) maintained by the software vendor. You log in from any device — laptop, tablet, phone — and everything is synced.
The good parts:
Backups are automatic and redundant — typically daily snapshots stored in a separate data centre. Your data survives hardware failures, floods, even if your entire hospital burns down (morbid, but real).
Access is from anywhere. The doctor can check patient records from home. The owner can see the P&L from their phone at 11 PM. Multi-branch hospitals see all branches from one login.
Updates happen centrally and instantly. Every user is always on the latest version. No coordination needed.
Scaling is trivial — add users, add branches, it's just a configuration change. No hardware to buy, no software to install.
The honest downsides:
Internet dependency. This is the big one, and I'm not going to pretend it isn't. If your internet goes down, your cloud EMR goes down. For a hospital in a tier-1 city with fibre and a 4G backup, this is a minor inconvenience — outages are rare and short. For a hospital in a small town where the connection drops for two hours every other day, this is a genuine operational risk.
The practical mitigation is a backup connection — a ₹500/month 4G SIM with a basic router. Most hospitals already have this for WhatsApp and Google. But it's still a dependency that on-premise doesn't have.
Latency. A cloud application will never feel as snappy as a local desktop app. The difference is small — 100-200ms on a decent connection — but a doctor who's used to instant response from desktop software will notice it. This gap is closing with better infrastructure and smarter frontend engineering, but it exists.
Recurring cost. On-premise is a one-time payment (plus AMC). Cloud is a monthly subscription. Over five years, the total cost might be similar, but the psychology is different — some hospital owners strongly prefer paying once and "owning" the software.
Let me lay out a realistic 3-year TCO for a 20-bed hospital:
On-Premise:
Cloud (mid-range SaaS):
The cloud option is cheaper in almost every scenario for a 20-bed hospital. The gap widens further when you factor in the hidden costs of on-premise: the day you lose data, the weekend the vendor can't come for an urgent fix, the time your accountant spends driving to the hospital to pull reports.
My honest take:
Cloud makes sense for most hospitals under 100 beds if you have a reasonably stable internet connection (which, in 2026, most urban and semi-urban areas do). The economics are better, the maintenance burden is near-zero, and the access flexibility is transformative once you experience it.
On-premise still makes sense if you're in a location with genuinely unreliable internet (rural areas where connectivity is spotty for hours, not minutes), or if you have strict data residency requirements that a specific cloud vendor can't meet, or if you're a very large hospital (200+ beds) with an in-house IT team that can manage infrastructure properly.
The hybrid approach — cloud with offline capability — is where the industry is heading. Some EMR systems (including what we're building at ShylCare) are designing for this: cloud-first, but with enough local caching that critical workflows survive a 30-minute internet outage without data loss.
For the 20-bed hospital in the title? Cloud. It's not even close.
If you're evaluating EMR systems and want to understand how cloud deployment would actually work for your setup — including the internet reliability question — we're happy to walk through it. Book a slot here.
We'll walk through your actual workflows — no generic demo, no slide deck.