Healthcare
Build a hospital management system
Kliv is an AI app builder. Describe the hospital management system you need: live bed board, theatre list, discharge checks, porter and housekeeping queues, and role-based views for each ward.
Just enter your idea into the text box and AI will build it for you
What is Kliv?
Kliv isn’t hospital software you buy and configure. It’s an AI app builder that builds software for you.
You describe the app you need in plain words, and Kliv builds it: the data, the logic, the screens, the permissions, all of it. What you get is a real application that’s yours. You can use it, change it later by asking, and run it on your own accounts. It isn’t a template.
On this page, that app is a hospital operations system for beds, theatres, tasks, rosters, and equipment. Kliv builds all kinds of web apps; this is one healthcare operations example.
Why build the operational layer yourself?
Hospital software usually starts with the clinical record. A 60-bed surgical hospital still has another problem: knowing which bed is ready, when theatre two turns over, whether discharge paperwork is finished, and who is handling the cleaning or porter task.
That work often sits on whiteboards, phone calls, and the operations manager’s memory. Vendor modules may assume a ward layout and workflow that do not match yours. Kliv builds the logistics layer around your floor plan and leaves the clinical record where it belongs.
What the ops system tracks
Six parts of the day become live records instead of a morning briefing.
The bed board
Every bed is tracked by ward as occupied, awaiting cleaning, or ready. State changes come from the people doing the work, so the board shows the current position instead of the 7 a.m. snapshot.
The theatre schedule
Four operating rooms are calendars with case durations and turnover windows. The day’s list is visible to the roles that need it, and actual times update the plan as the day runs.
Discharge checklists
A bed is not released by assumption. Pharmacy, transport, and the discharge letter must be complete before the checklist releases the bed.
Porter and housekeeping queues
A completed discharge creates a cleaning task. Completed cleaning marks the bed ready. Tasks can be claimed and timestamped, and the coordinator sees the queue at once.
The roster
Shifts are tracked by role and ward, so today’s digest goes to the people actually working and not to an old mailing list.
The equipment log
Infusion pumps, theatre lights, and the autoclave each have service dates, open faults, and owners. Maintenance becomes records instead of memory.
An example: Nadia’s 60-bed surgical hospital
Here’s how one hospital might use an operations system built with Kliv. It’s only an example — you would describe your own wards, roles, and clinical-system boundary.
A surgical case reserves the right bed
Nadia’s team schedules a Thursday procedure and reserves a bed on the surgical ward. Admissions and the ward clerk see the reservation immediately.
Admission updates the board for every role
When the patient arrives at 07:10, the bed changes to occupied. The ward, admissions, and theatre coordinator all see the same state.
Theatre turnover follows actual time
The case finishes early. The next team sees actual turnover, not planned turnover, and the day list adjusts without a phone chain.
A ward move creates a porter task
The post-op transfer is logged, a porter task is created and claimed, and both wards agree about where the patient is.
Discharge releases the bed only after checks pass
Pharmacy, transport, and the letter are completed first. Only then does the bed release and create the cleaning task.
Housekeeping makes the bed available again
Housekeeping marks the room done and the bed changes to ready. Admissions sees it at once, before the next huddle.
Describe what you want to build
Kliv builds from your description, so the more detail you give, the closer the first version. Spell out the wards, roles, task rules, alerts, and systems it must sit beside. Here are three to build on:
Live bed board
Three wards with states driven by real tasks.
“Build a live bed management board for our 60-bed private hospital. Track three wards, show bed states as occupied, awaiting cleaning, and ready, update states from housekeeping tasks, and show a dashboard of ready beds per ward for admissions.”
Theatre scheduler
Four rooms, turnover windows, and role-specific day lists.
“Build a theatre scheduling app for four operating rooms. Include case durations, 20-minute turnover windows, surgeon and anesthetist assignments, actual start and finish times, and a day-of list per room for theatre coordinators.”
Porter and housekeeping queue
Discharges create tasks staff claim from phones.
“Build a task system for hospital porters and housekeeping. When a discharge checklist is complete, create a cleaning task and any needed transport task, let staff claim tasks from phones, timestamp each state change, and alert the coordinator if ready beds drop below five.”
How it comes together
Each role sees only its work. Housekeeping reads cleaning tasks, not admission details. A ward clerk reads her ward. The rules are enforced on the data, so every page and agent follows them.
The board moves because the work moves. Bed states, theatre slots, and task queues are state changes with timestamps. That is how the operations manager can answer “how long do beds sit dirty?” from the data.
The morning digest writes itself. A scheduled job can assemble bed states, today’s theatre list, and staffing into a 06:00 email. A Slack message can go to coordinators when ready beds fall below the threshold you set.
It changes when the hospital changes. If a ward is reconfigured or a day-surgery unit is added, you describe the change and Kliv updates the app while keeping history queryable.
This is internal tooling for healthcare operations. For other back-office systems built the same way, see the internal tools overview.
Common questions
What exactly is Kliv?
Kliv is an AI app builder. You describe the hospital operations app you need, and it builds the database, screens, logic, and permissions for that app.
Do I get a real app, or a template?
A real app. The ward layout, roles, task rules, and dashboards are built for your hospital rather than filled into a generic template.
Can I change it after it’s built?
Yes. You can ask for changes in plain words, such as adding a day-surgery unit, changing a discharge checklist, or adding a new equipment category.
Is this an electronic health record?
No. It is the operational layer: beds, tasks, schedules, rosters, and equipment. It is designed to sit alongside the clinical system, not replace it.
Who can see what?
Access can be scoped by role and ward. A porter sees tasks, a ward clerk sees her ward’s beds, and a coordinator sees the operational picture they need.
Can staff use phones on the ward?
Yes. Kliv apps are web apps, so staff can claim tasks, update states, and read the board from the devices you allow.
How do alerts work?
You describe the alert rules. Task assignments, low-ready-bed thresholds, and morning digests can be sent by email or Slack using your templates and integrations.
Can we track equipment faults too?
Yes. The same app can keep service dates, open faults, and owners for equipment such as pumps, lights, and the autoclave.
Can we measure delays by ward or stage?
Yes. Because state changes are timestamped, the app can report how long beds wait for cleaning, how theatre turnover changes during the day, and where queues build up.
Can I move off Kliv later?
Yes. The code syncs to your own Git repository, so leaving is a git pull rather than a rebuild.
Do we need a separate admin tool?
No. The app is its own admin. Signed-in staff with the right role can edit records, update lists, and publish changes where you allow it.
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Retire the whiteboard
Describe your wards, theatres, discharge checks, and task queues in detail. Kliv builds the hospital operations system that keeps everyone looking at the same facts.