Many hospitals still run infection prevention on paper forms, spreadsheets and monthly reports compiled by hand. As programmes grow to cover HAI surveillance, MDRO control, antimicrobial stewardship and accreditation, these tools stop scaling. The search for infection control software usually starts at that point.
The market ranges from simple audit apps to full infection intelligence platforms, and the difference is not always obvious in a demo. This guide sets out the questions IPC teams, microbiologists, pharmacists and hospital leaders should ask before they choose.
Before you compare vendors
- Define the problems. For example: "HAI rates take six weeks to compile", "we can't see restricted antibiotic use by unit" or "audit results never reach the ward".
- Involve every stakeholder. That means IPC, microbiology, pharmacy, ICU, nursing, quality, IT and finance. A tool chosen by one department rarely gets used by the others.
- Agree what success looks like in 6 and 12 months, in measurable terms.
12 questions to ask infection control software vendors
1. Does it use standard surveillance definitions?
Look for HAI definitions aligned with the CDC's NHSN or ECDC, with automated case finding that flags possible infections for an expert to confirm. Software that only records cases someone has already found saves little time.
2. Does it cover prevention, microbiology and stewardship together?
Infection prevention, laboratory results and antibiotic prescribing are parts of one problem. Separate tools mean separate data, and nobody sees the full picture. Ask whether everything runs on one data model. For more on this, see What Is Infection Intelligence?
3. Will it integrate with our EHR, HMIS and LIS?
Ask which systems it already works with, such as Epic, Oracle Health (Cerner), InterSystems TrakCare and regional HMIS. Ask which standards it uses (HL7 v2, FHIR) and how integrations are validated. Our guide to EHR integration covers what to look for.
4. How does it handle microbiology?
It should store culture and susceptibility results in a structured form, use current CLSI or EUCAST breakpoints and build antibiograms that follow CLSI M39, ideally by unit and specimen type. See How to Build a Hospital Antibiogram.
5. What stewardship workflows are included?
Look for preauthorisation of restricted antibiotics, 48–72-hour time-outs, IV-to-oral switch prompts, DDD and DOT reporting and WHO AWaRe analysis. Stewardship that lives outside the prescribing workflow tends to be ignored.
6. Is it built for the bedside?
Audits happen on wards, at all hours. Mobile-first data capture with instant scoring is essential, and it should work for night-shift audits as well as day shifts.
7. How do alerts work?
Ask who receives an alert for a new MDRO or a possible outbreak, how quickly it arrives and how the system prevents alert fatigue. A good alert reaches the accountable person with enough context to act.
8. What reporting does leadership get?
Look for committee-ready reports for the Hospital Infection Control Committee (HICC), board-level dashboards and evidence for accreditation such as NABH or JCI. If a report still needs a week of spreadsheet work, the problem is not solved. See which KPIs leadership should see.
9. How is data secured and governed?
Ask about role-based access, full audit trails, encryption, hosting location and data residency, and compliance with local data protection law.
10. What does implementation involve?
Who configures it, who trains staff and how long it takes. Ask whether the vendor offers a proof of concept on your own high-risk areas before a full rollout, and whether clinical specialists, not just software engineers, are involved.
11. What is the evidence?
Ask for peer-reviewed publications, references from comparable hospitals and named outcomes. Treat vendor claims without evidence with caution.
12. What is the total cost of ownership?
Include licences, integration, hardware such as tablets for audits, training, support and the staff time saved. The cheapest licence is rarely the cheapest programme.
Red flags
- The demo uses only polished sample data and avoids your real scenarios.
- Integration is "on the roadmap" with no named live systems.
- Surveillance definitions are proprietary or undocumented.
- Reports need exporting to Excel to be useful.
- No clinical expertise in the implementation team.
A simple way to score vendors
- Weight the 12 questions according to your priorities, for example integration 15%, surveillance 15%, stewardship 15% and cost 10%.
- Ask each shortlisted vendor to demonstrate your scenarios using anonymised local data where possible.
- Run a proof of concept of three to six months in one or two high-risk areas, with success measures agreed in advance.
- Decide on the evidence from the proof of concept, not the presentation.
Why hospitals choose Ibhar
Hospitals choose Ibhar because it brings infection prevention, microbiology and stewardship together in one platform, backed by evidence and delivered by clinical specialists. Proofs of concept typically run for three to six months on the hospital's own high-risk areas. Ibhar is the infection intelligence platform for infection prevention and control (IPC), antimicrobial stewardship (AMS) and antimicrobial resistance (AMR). Hospitals from India to the Middle East use it, and it works alongside Epic, Oracle Health (Cerner) and InterSystems.
- 800+ hospitals with Ibhar implementation experience.
- Technology partner to the JIPMER-led national antibiogram study across 75+ hospitals.
- Peer-reviewed research in the American Journal of Infection Control and the Indian Journal of Medical Microbiology.
- Recognised by the Health Innovation Exchange at the United Nations General Assembly.
To see what Ibhar could do for your hospital, talk to our team.
Frequently asked questions
What is infection control software?
Software that helps hospitals prevent, detect and report healthcare-associated infections. Modern platforms also support antimicrobial stewardship and AMR surveillance, replacing paper forms and spreadsheets.
What should infection control software include?
Standardised HAI surveillance, microbiology and antibiogram support, stewardship workflows, mobile audits, timely alerts, leadership reporting and integration with the EHR and laboratory systems.
How long does it take to implement infection control software?
It depends on scope and integration. Many hospitals start with a proof of concept of three to six months in their highest-risk areas before a wider rollout.