The transfer workflow your hospital is missing — not just another chat app
Controlled accounts for hospitals or units, complete audit trail, and HIPAA compliant (Business Associate Agreement with Wix and AWS).
It's 2 AM. A nurse just typed a patient's diagnosis into a chat app.
She's not doing anything wrong. She's doing her job — fast, under pressure, with the tool that's already on her phone and everyone else's. The receiving ward gets the message in seconds. The transfer happens. Nobody thinks twice.
Until the day someone does think twice. A resigned employee still has six months of patient photos sitting in their personal chat history. A committee asks who saw a file and when, and there's no answer. An auditor asks how patient data is controlled, and the honest answer is: it isn't — not really.
That gap between "it works fine every day" and "it's a real liability" is exactly where most hospitals are sitting right now. Not because anyone was careless — because a chat app was built to move conversation, not to run a clinical workflow. No case states, no structured handover, no audit trail — because that was never the problem it was designed to solve.
Chat apps aren't built for healthcare's workflow — and it shows
Every day, nurses and doctors coordinate patient transfers between wards and hospitals over consumer chat apps — because they're fast, familiar, and free. But general-purpose chat apps are built for personal conversation, not clinical handover. There's no concept of a "case," no required fields, no status a transfer moves through, no record of who was accountable at each step. Bolt a patient transfer onto a tool built for chatting with friends, and every gap in that design becomes your hospital's problem, not the app's:
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A staff member resigns — and the patient photos on their phone go with them. Forever. There's no way to revoke access to data that already left the building.
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Something goes wrong, and there's no audit trail. Chat apps log messages, not clinical events — no record of who saw what, when, or what decision was made, nothing to hand to an investigation committee.
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Chats get mixed up. Rooms, departments, and cases blur together because a messaging app has no idea what a "transfer" even is — every case is just another chat thread.
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Nothing enforces the handover itself. A chat app can't require vitals before a critical transfer, can't track a status, and can't tell you whether a message was ever actually read by the right person.
None of this is a people problem. It's a tooling problem: hospitals are running a structured clinical workflow through software that was never designed to have one. It's fixable — with a tool actually built for the job.
Introducing CVDapp's Patient Transfer Chat System, not a repurposed messenger
Most tools in this space are messengers that have been adapted for healthcare. PTCS is a transfer workflow system that happens to have chat built in — the entire system is modeled around the transfer itself, not just the conversation.
Every case moves through a real, auditable workflow. Every status change, every message, every file — logged and traceable, owned by the unit or by the hospital, not the individual.
Search
Case Card
Status
Triage
New message
Leave a voice message.
Consult additional departments, such as the catheterization lab.
Quick messages
Upload file images, video clips, and PDFs.
Block room
View timeline
Summary
Mark status
Chat history
Emoji
Send button
Status
What "built for the workflow" actually looks like: 🫀 STEMI Fast-Track
This is the clearest example of why PTCS isn't a chat app with a medical skin on it.
When a rural hospital diagnoses a STEMI (a heart attack from a fully blocked artery), every minute matters — door-to-balloon time is one of the most closely tracked quality metrics in cardiac care, and the transfer window is exactly where time gets lost: phone tag with the receiving cath lab, no one tracking how long the patient's been in the ambulance, handover details relayed verbally and half-remembered.
Mark a case as STEMI in PTCS, and the workflow changes shape around it automatically:
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Clinical timers start themselves and run in the open — DIDO (door-in-door-out, target ≤30 min), door-to-needle (≤30 min), and FMC-to-device (≤120 min) — each show as a live card that shifts green → yellow → red as the deadline approaches, visible to both the sending and receiving teams.
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The system does the math you don't have time to do. Using the same GPS/ETA data as ambulance tracking, PTCS calculates whether the FMC-to-device window will be missed at the current pace — and if so, surfaces a suggestion to consider fibrinolysis before transfer. It's decision support, never decision-making: the recommendation is a prompt, not an action, and the treating physician makes every call. This is the one piece of the whole product that genuinely helps a team catch a decision point they might otherwise miss under pressure.
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Lysis and pre-transfer checklists are structured, not something to remember. Agent selection (TNK, Reteplase, Alteplase, Streptokinase), a full absolute/relative contraindication checklist pulled directly from the same clinical reference used at cvdapp.com/fibrinolysis, and a timestamped pre-transfer checklist (ASA + P2Y12 loading, anticoagulant, IV line, and defib ready) — every box ticked with a time attached, not a mental note.
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The receiving team sees everything the sending team entered, locked, and labeled "entered by sending facility." No re-asking over the phone. The one thing the receiving team owns is a single action — "Mark device time" — which closes out the FMC-to-device timer the moment the patient reaches the cath lab.
Every feature exists to solve one real problem — here's what each one gets you
End-to-end transfer workflow
(pending → accepted → traveling → arrived).
Everyone always knows exactly where a case stands, without a phone call to check. Cases move through a defined lifecycle with clear ownership at every step, so a receiving ward isn't guessing whether a patient is "on the way," or a sending ward isn't wondering if anyone's seen the request yet.
Unit-controlled staff accounts
Stop losing patient data when staff leave.
Accounts belong to the hospital, not the person. Deactivate someone and their access to every case, every chat, every file disappears immediately — nothing stays behind on a personal device.
Full audit trail & case timeline
Walk into an audit with answers, not apologies. Every case creation, status change, and file view is logged automatically and viewable as a read-only timeline per case. When a committee asks "who saw this and when," you hand them a record, not a guess.
Case-centric access, by design
Never send a transfer to the wrong room again. Access control is built into the backend, not bolted on as policy.
Staff only ever see the cases that belong to their room — structurally enforced, not dependent on people remembering the rules.
Live ambulance GPS tracking with ETA
Know where the ambulance is in real time, without a phone call. The receiving ward sees the vehicle moving on a map with an estimated arrival time. A single QR code opens a no-login tracker page for the driver — no app to install, no account to create.
Structured SBAR handover form
Catch the critical detail before it's missed, not after. Vitals, GCS, allergies, medications, and recommendations are captured in a standard structure at the point of transfer — not buried three messages deep in free text.
Secure file sharing with signed URLs
Share a photo without it living forever in someone's personal gallery. Every file sits in private storage behind a link that expires in minutes and auto-deletes in 24 hours, with a log of exactly who opened it and when.
Presence indicators, room-level and per case
Stop sending a message into a room with no one watching it. A live status dot shows whether anyone is online on the receiving end — visible on the case card itself, before you even open the chat.
Two-level case & message search
Find the case you're thinking of in seconds, not by scrolling. Instantly filter by patient name, diagnosis, or case ID, plus search the full message history when you remember what was said but not which case it was in.
Priority tagging + per-room quick reply templates
The urgent case doesn't sit in the same queue as the routine one. Urgent/semi-urgent/stable tags surface what needs attention first, and quick-reply templates reduce repetitive typing during time-pressured handovers.
QR login for shared desktops
Sign in on a shared ward PC without typing a password on it. Staff authenticate a desktop by scanning a QR code from their already-logged-in phone — faster than typing, and nothing entered on a machine six other people also use.
Security & Compliance
HIPAA compliant — covered by Business Associate Agreements (BAA) with both Wix and Amazon Web Services (AWS), the two platforms underlying PTCS's infrastructure and file storage
Unit or Hospital-controlled identity — the hospital issues and owns staff accounts (staffCode + role hierarchy), not the individual. Deactivate a staff member, and their access is gone immediately, everywhere.
TLS in transit + encryption at rest for all stored data and files
Transport Layer Security (TLS) in transit is a cryptographic protocol that protects information as it moves between devices, servers, or networks.
Private file storage, never public — every file view goes through a short-lived signed link (2–5 minutes) that expires whether or not it was used
Files auto-delete after 24 hours — nothing lingers in storage past the transfer window
Every file view is logged — who opened it, when, tied to their staff account
Full audit trail — every case created, status change, and file view recorded, not just chat messages
Getting protect patient's privacy is low risk, on purpose
Start free. The Free tier costs nothing and requires no credit card — try it with one room before deciding on anything.