ArogyaSync

Product

Live vitals from the monitors you already have.

A small device reads the bedside monitor. The readings appear on the ward dashboard and in the mobile app, and the care team is alerted when something changes.

Read the hospital evaluation guide

How it works

From the monitor's screen to the nurse's phone.

ArogyaSync sits on top of the equipment you already trust. It watches the screen, so the monitor keeps working exactly as it does today.

01

Clip it on

The device clips onto the bezel of the bedside monitor, with its camera facing the screen. Nothing plugs into the monitor. Fit, camera positioning and setup time need to be checked on your equipment.

02

It reads the screen

The camera reads the values the monitor already displays: heart rate, SpO₂, respiration, temperature and blood pressure. The values available depend on the monitor display and camera setup. A dated clinical validation report is not published on this site.

03

Readings go live

Readings go to the ward dashboard and the mobile app as they arrive. If the network drops, the device holds on to them and sends them once the connection is back.

04

The team is alerted

Configured limits can trigger phone notifications. Delivery depends on connectivity, app permissions and service availability; bedside alarms remain essential.

The clip-on device

Small enough to forget it's there.

The device is how ArogyaSync sees the monitor. It sits on top of the screen, out of the way, and does one job: read the numbers so your team doesn't have to walk to the bed to see them.

Clips onto the bezel of the bedside monitor.
A small camera reads the numbers on the screen.
Monitor models and screen layouts need a compatibility check.
Setup includes camera positioning and scan-area configuration.
Nothing is wired into the monitor.
Concept render of the ArogyaSync clip-on: a small white unit resting on the top edge of a patient monitor, with its camera held in front of the screen
The clip-on rests on the top edge of the monitor and reads the screen. Nothing is wired in.
Concept render of the device clipped to a patient monitor that is showing live vitals
Example mounting position on a bedside monitor
Close-up concept render of the rubber-padded clamp resting on the monitor's top edge
Rubber-padded clamp concept

Concept renders. Production unit may differ.

Dashboard and app

The same live view on the ward screen and in your pocket.

Nurses and doctors sign in to the mobile app; the nursing station opens the ward dashboard in a browser. Both show the same readings as they come in, in a light or dark theme.

ArogyaSync ward view: three beds need attention, two urgent, one for review and two ready

Ward overview

The whole ward, most urgent first.

Beds that need attention rise to the top, with a count of how many are urgent, how many need review and how many are fine. Search finds any bed or patient by name.

ArogyaSync live vitals for Ward A, Bed 5: patient card, an urgent review banner and tiles for the latest vitals

Patient view

One patient, everything that needs attention.

Open a bed to see who is on it, any alert waiting for review, and the latest heart rate, SpO₂, blood pressure, temperature and respiration, each with the time it was recorded.

ArogyaSync vital trends with 15m, 1h, 6h and 12h ranges and charts for heart rate, SpO2 and blood pressure

Trends

See where a reading has been heading.

Each vital is charted over the last 15 minutes, hour, 6 hours or 12 hours, so a slow climb is as easy to spot as a sudden jump.

ArogyaSync alerts: a critical heart rate alert of 125 bpm against a 120 bpm limit, with acknowledge and open bed buttons

Alerts

An alert you can act on.

Critical readings come first. Each alert names the patient, the bed and the reading against its limit, and can be acknowledged or opened straight from the list.

ArogyaSync devices screen: four online, one offline, with a list of devices by bed

Devices

Know which devices are online.

The devices screen shows which beds are sending readings and which have gone quiet, and new devices are paired from the app.

Offline mode

Readings can wait for the connection to return.

Readings are kept on the deviceIf the network drops, a powered, configured device can buffer readings locally. Capacity and recovery need testing for your installation; data loss cannot be ruled out.
Sent automatically when the network returnsThe device retries delivery when the connection returns. Remote views and notifications may be delayed or unavailable during an outage; buffered readings are historical, not current observations.
Illustrative readings over one hour Network down
Sent live Stored on the device, sent on reconnect

Records

A hash and timestamp for a batch of readings can be recorded on a public ledger; the readings themselves are stored separately.

Before the demo

A hospital evaluation guide.

Public information reviewed 24 October 2026. Use these questions to agree a site-specific evaluation with your clinical, biomedical and IT teams.

Who is it for, and what stage is it at?
ArogyaSync is a monitoring aid for nurses and doctors evaluating remote ward views. It supplements bedside monitoring and clinical judgement. Arrange availability and evaluation scope with the team; this site does not publish a dated clinical validation report or regulatory authorization. Request the applicable status and supporting documents before clinical deployment.
Which monitors and vital signs are supported?
The camera reads configured areas of a monitor screen. Heart rate, SpO₂, respiration, temperature and blood pressure depend on what that screen displays and what the camera can read. A validated model-by-vital compatibility matrix is not published here. Provide your model, software version and screen layout so each required value can be checked under your ward's lighting and mounting conditions.
What happens with unreadable or stale readings?
Camera movement, glare, obscured values and display changes can prevent a usable reading. Review the recorded time and device status, and confirm unexpected or missing values at the bedside. Remote views and phone notifications depend on power, connectivity, permissions and service availability; they must not be the sole route for a clinical alarm or response.
What power, network and offline capacity do we need?
The device needs power and a configured network connection for remote delivery. Local buffering and retries are available, but this site does not specify a guaranteed offline duration, storage capacity or recovery time. Agree the power supply, network requirements and outage/restart tests for your installation. During an outage, remote readings and alerts may be delayed or unavailable.
How should we evaluate it on a ward?
Before a few-bed evaluation, agree the monitor/vital combinations, comparison method, sample size, error definitions, unreadable-value handling, data completeness and alert-delay criteria. Test camera movement, network loss and recovery with clinical oversight. Ask for a dated report identifying the equipment, conditions, limitations and clinical reviewer. App screenshots and concept renders show the interface and design; they are not clinical outcome evidence.
Who installs and supports it, and how is it priced?
Agree responsibilities for installation, staff training, maintenance, incident response and support hours before a trial. Pricing, hardware supply or rental terms, service scope and trial acceptance need a written proposal; no standard public price or support commitment is offered on this page.
Can it connect to our hospital systems or export data?
The product includes its own web ward dashboard and mobile app. This page does not promise an electronic health record integration, interoperability standard or general export format. Bring your required systems, fields, access controls and export workflow to the demo for a feasibility and security review.
Read how records, public proofs and deletion differ

See live vitals from one of your own monitors.

Book a demo and we'll walk your team through the ward dashboard, the app and the alerts.