Alleviate All Private Limited

Our Innovations

Devices & technologies
we are building

Five breakthrough innovations across emergency care, neonatal medicine, cardiac response, and digital health — all at the prototype or clinical trial stage.

1 Patent Granted · 3 Patents Published

Emergency Medicine · Trauma Care

RTA Trauma Kit

"Time is Life" — A comprehensive, affordable trauma kit built for India's road accident crisis.

Prototype Stage

Patent Granted

A Foldable Back Support Structure for a User and a Medical Kit Thereof

Patent No. 456131 Application No. 201741043874 Date of Grant 30 / 09 / 2023

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The Problem

India faces a catastrophic RTA crisis — every 10 seconds, a near-fatal road traffic accident occurs. Existing first-aid kits supplied with vehicles can only treat superficial wounds, leaving grievous musculoskeletal and spinal injuries completely unaddressed. Delays in ambulance arrival and improper handling by bystanders cost thousands of young lives each year.

~40% of RTA deaths are preventable with timely, proper first response.

Key Features & Components

🩻

Spinal Immobilisation Board

A foldable stretcher-cum-spine-board that firmly straps and immobilises the head, neck and spine during transport — validated across 7 engineering versions to support up to 180 kg body weight.

🦵

Fracture Splints

Integrated splinting system for immediate immobilisation of fractured limbs at the accident site, preventing further injury during transport.

📡

Telemedicine Integration

Real-time transmission of patient vitals to the receiving hospital emergency department, enabling pre-arrival clinical preparation and faster definitive care.

💰

Affordable & Deployable

Designed to be cost-effective and usable by first responders, good Samaritans, and emergency personnel — even in mass casualty scenarios.

Clinical Impact

This kit directly addresses the leading cause of death and permanent disability in India's young, productive population — bridging the critical gap between accident site and hospital care.

Emergency Medicine · Spinal Care

Spine Guard — Foldable Spinal Immobiliser

Preventing secondary spinal cord injury in the critical minutes after an accident.

Prototype — 7 Versions Completed

Patent Published

An Adjustable Stretcher for Spine Immobilization and a Method Thereof

Application No. 202541056312 Date of Publication 20 / 06 / 2025

The Problem

In vehicular accidents, improper movement of victims by well-meaning bystanders frequently converts a survivable spinal injury into permanent paralysis. No affordable, portable, field-deployable spinal immobilisation device existed for India's first-response ecosystem — until now.

Secondary spinal cord injury is largely preventable with correct immobilisation.

Device Capabilities

🔩

Foldable Rigid Back Support

Engineered through 7 iterative design versions to achieve structural stability and portability — supporting patients up to 180 kg body weight safely.

🧲

Head, Neck & Spine Strapping

Multi-point strap system to firmly secure the cervical spine, thoracic, and lumbar regions, minimising movement during extrication and transport.

🚐

Doubles as a Stretcher

The same device functions as a rigid stretcher for safe, rapid transfer of accident victims to ambulances or vehicles for transport to the nearest HCF.

Clinical Impact

The Spine Guard is a patent-granted innovation with real potential to prevent avoidable paralysis and spinal morbidity across India's high-volume trauma burden — particularly in areas with long ambulance response times.

Neonatal Medicine · IoMT

Smart Neonatal Incubator

Affordable, IoMT-enabled neonatal care for preterm infants in resource-limited settings.

R&D / Prototype Stage

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The Problem

In 2020, approximately 13.4 million premature births occurred globally. A significant proportion result in life-threatening complications — particularly in low-income settings where NICU infrastructure is absent or unaffordable. Neonatal jaundice and hypothermia remain the two leading preventable causes of neonatal mortality worldwide.

13.4 million preterm births globally in 2020 alone.

Key Features & Technologies

🌡️

Non-Contact Infrared Thermometry

Continuous, non-invasive body temperature monitoring without disturbing the neonate — critical for detecting and managing hypothermia in real time.

💡

Integrated Phototherapy

Built-in phototherapy system for detection and treatment of neonatal jaundice (hyperbilirubinemia) — eliminating the need for a separate phototherapy unit.

📶

IoMT & Web-Server Dashboard

Internet of Medical Things connectivity streams all vitals to a device-hosted web server, enabling remote monitoring by clinicians without being physically present at the bedside.

🏥

Resource-Limited Setting Design

Engineered for cost-effectiveness and reliability in tier-2/3 hospitals, nursing homes, and community health centres where conventional NICU equipment is unavailable.

Anticipated Outcomes

Improved clinical practices for immediate postnatal care, increased accessibility to essential neonatal monitoring, and a measurable reduction in neonatal mortality in under-resourced healthcare settings.

Cardiac Emergency · Bystander CPR

CPR Feedback Device

Empowering bystanders to deliver effective, guideline-compliant CPR with real-time audio-visual guidance.

Prototype Stage

Patent Published

A Device and a Method for Cardiopulmonary Resuscitation Feedback

Application No. 202541103776 Date of Publication 28 / 11 / 2025

The Problem

Cardiac arrest survival is critically dependent on immediate, high-quality CPR. Yet most bystanders — even those trained — struggle to maintain the correct compression rate (100–120/min) and depth (force equivalent to 45–55 kg) under panic and fatigue. Fear of causing injury causes under-compression; exhaustion causes rhythm loss. Effective CPR is a matter of life and death, and today's gap between knowledge and execution costs lives.

CPR doubles or triples survival odds when performed correctly and immediately.

Device Objectives & Features

🔊

Real-Time Audio Guidance

Metronome-style audio cues keep the rescuer locked on the AHA-recommended compression rhythm of 100–120 beats per minute throughout the resuscitation effort.

👁️

Visual Feedback Display

Visual indicators confirm compression depth and rate are within clinical guideline parameters — giving real-time confidence to the rescuer during an inherently stressful event.

⏱️

30:2 Rescue Breath Prompting

Automated timing cues prompt the correct 30 compression : 2 rescue breath cycle, ensuring oxygen delivery to the lungs at the right intervals per AHA/ERC protocols.

🎒

Compact & Portable

Designed for portability so it can be included in first-aid kits, AED stations, corporate emergency kits, and ambulances as a standard companion device.

Clinical Impact

By bridging the confidence-execution gap in bystander CPR, this device has the potential to significantly increase survival rates from out-of-hospital cardiac arrest — one of the most time-critical medical emergencies.

Digital Health · SaMD · AI

Hospital Scribe AI

From medical scribes to AI-driven digital scribes — transforming healthcare documentation.

MVP · Clinically Validated · Market Ready

The Problem

As global healthcare moves toward centralised digital health record repositories, clinicians face the mounting burden of repeated, manual documentation after every patient interaction. Time spent on paperwork is time taken away from patients. Healthcare providers need an intelligent, effortless alternative that keeps records accurate, complete, and instantly accessible.

Clinicians spend up to 50% of their time on documentation, not patient care.

Platform Capabilities

🎙️

AI-Powered Conversation Recording

Automatically records and transcribes clinician-patient consultations in real time — capturing clinical notes, symptoms, diagnoses and prescriptions without manual input.

📋

Intelligent Documentation

AI structures transcribed conversations into standardised clinical documentation formats — SOAP notes, discharge summaries, referral letters — reducing documentation time dramatically.

🗂️

Centralised Health Records Platform

All patient records are stored on a secure, centralised platform accessible across visits, providers and facilities — enabling true continuity of care and longitudinal health tracking.

🔗

Enhanced Care Communication

Improves communication between departments, specialists, and referring physicians by maintaining a single, always-updated patient record — reducing errors from information gaps.

Strategic Vision

Hospital Scribe AI is positioned to transform clinical workflows for individual practitioners and large hospital organisations alike — reducing burnout, improving record accuracy, and enabling data-driven healthcare at scale.

Cardiac Emergency · Automated CPR

Heart Mate

Automated chest band CPR — delivering uniform, fatigue-free compressions when every second counts.

R&D / Prototype Stage

Patent Published

An Automated Chest Band Cardiopulmonary Resuscitation Device and a Method Thereof

Application No. 202541044117 Date of Publication 30 / 05 / 2025

1 / 2

Click image to enlarge

The Problem

Manual CPR is critically limited by rescuer fatigue and inconsistent technique. Varying compression depth, pace, and force — caused by physical exhaustion or inadequate training — directly compromise blood flow and oxygenation during cardiac arrest. These inconsistencies have a measurable, life-threatening impact on survival rates, as inadequate circulation during CPR severely diminishes chances of recovery.

Rescuer fatigue degrades CPR quality within 2 minutes — Heart Mate eliminates this variable.

Key Features & Mechanism

🔄

Automated Push-Pull Compression Mechanism

A motorised chest band delivers uniform compressions at a predetermined, guideline-compliant depth, force, and rate — completely eliminating the variability introduced by manual effort or rescuer fatigue.

🫀

Sternum-Aligned Compression Pad

An integrated compression pad precisely aligns with the user's sternum to optimise force distribution directly to the heart, maximising cardiac output during resuscitation.

🛏️

Spine Board with Secure Strapping

The device includes a spine board that positions the patient in the supine position. Four straps secure the board to a stretcher, enabling continuous, uninterrupted CPR during transit to a medical facility.

⏸️

Pause & Resume During Intervention

CPR can be paused and resumed as needed during medical interventions — giving clinicians full control without interrupting the resuscitation workflow or removing the device.

📐

Calibrated Chest Band Fit

The chest band is calibrated on placement to fit securely and optimally over the patient's chest, ensuring consistent compression geometry regardless of patient build.

Clinical Impact

Heart Mate addresses the fundamental limitation of bystander and pre-hospital CPR — human inconsistency. By automating compressions with mechanical precision, it ensures guideline-compliant resuscitation is maintained continuously, from the point of arrest through hospital arrival — significantly improving survival odds.

Engineering better
healthcare outcomes

Where science meets
human purpose

Core service pillars