ReMind
ReMind is an AI-powered rehabilitation platform helping stroke and neurological patients rebuild movement and speech on their own schedule. It runs three therapy modes: pose training that tracks your body in real time to guide motor recovery, mirror therapy that tricks the brain into rebuilding neural connections, and speech training that uses voice recognition to sharpen pronunciation and communication. What makes it different is the experience. Instead of repetitive clinical exercises, ReMind turns recovery into something closer to a game giving patients instant feedback, visible progress, and a reason to show up every day. No clinic required. No waiting for appointments. Patients can practice at home, at their own pace, and actually see themselves improving session by session. Rehabilitation that fits your life, not the other way around.
Freeze Breaker
Freeze Breaker is a wearable assistive device designed to help individuals with Parkinson’s disease overcome Freezing of Gait (FOG) — a sudden, involuntary inability to move that significantly increases fall risk and affects quality of life.
The device uses an MPU6050 accelerometer connected to a arduino uno board programmed via PictoBlox C++ to continuously monitor the wearer’s movement. A rolling-average algorithm filters out noise and accurately detects when movement has stopped abnormally. Upon detection, the system triggers a graduated alert response — starting with gentle vibration pulses, escalating to rhythmic 60 BPM tactile cueing, and finally an urgent buzzer pattern if freezing persists.
The rhythmic cueing is grounded in Rhythmic Auditory Stimulation (RAS) therapy, a clinically studied technique that uses timed sensory cues to help patients reinitiate walking. Freeze Breaker brings this therapy into an affordable, embedded, real-time wearable solution.
Maatrusakhi
Maatrusakhi is a smart wearable pregnancy wellness monitoring system that tracks stress, heart rate, temperature, posture, and movement.
It provides real-time alerts, reminders, and AI-based risk prediction to support safe and healthy pregnancy.
Health Hackerz
We developed a Smart
Health Monitoring System
It monitors multiple health
parameters in real-time:
Heart Rate, Temperature,
Stress Level, Posture,
Breathing
Displays data on LCD and
Pictoblox
Sends data to the Machine
Learning model in Pictoblox.
ML predicts possible
diseases or health
conditions
NeuroGuard
Brain Training System is an interactive hardware-based cognitive training platform that combines games and sensory feedback to improve brain performance.The system displays instructions or challenges on the screen. At the same time, LED strips glow in different colors. The user must respond by touching the correct sensor or reacting quickly.
The Arduino processes the touch input and controls the LEDs, while PictoBlox manages the game logic, animations, and scoring.
This combination creates a real-time interactive learning system, which is much more effective than traditional screen-based apps.
Pocket Doctor | VAIDIK.CO
PocketDoctor v3 is a pocket-sized AI diagnostic device built on ESP32, combining a crisp OLED display and joystick navigation with Google Gemini’s clinical intelligence. Scroll through symptoms, answer ten smart yes/no questions, and receive an instant diagnosis with medicines and precautions — all wirelessly served as a beautifully formatted report straight to your phone. No app, no doctor’s wait, no complexity.
Smart Assist Drive
SmartDrive Assist, a modular add-on that converts any manual wheelchair into a smart electric wheelchair. It enables seamless switching between manual and electric modes with key smart features like GPS tracking, SOS alerts, obstacle & edge detection, auto recharging, a simple control interface, Bluetooth remote operation, and voice control. All of it at just 10% (≅₹10k) of electric wheelchairs cost, making smart mobility accessible, scalable, and affordable.
PRAN
Our PRAN app connects patients, hospitals, donors, and support systems in one platform.
It especially helps economically weak patients by providing financial aid, accommodation, and care
support.
Quarky Smart Assist Home
Here’s your 150-word project description:
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**Quarky Smart Assist Home** is a smart home automation system designed to help specially-abled individuals live more independently and safely. Built using Quarky and PictoBlox, the system uses eight sensors to monitor the home environment and respond automatically without requiring any physical effort from the user.
A PIR sensor detects motion and presence. An RFID sensor allows touchless, keyless door access. A gas sensor and flame sensor provide fire and leak safety alerts. A temperature sensor monitors room comfort. Two raindrop sensors automatically close windows during rain and alert about wet outdoor areas. A soil moisture sensor waters plants automatically when the soil becomes dry.
Each sensor works together through PictoBlox programming to create a system that acts like a silent caregiver. It is affordable, easy to use, and built specifically for people who need extra support in their daily lives.
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Exactly 150 words ✓
LifeTune AI
The Project is about health awareness where a user enters their name, email and answers a few lifestyle questions. Using ChatGPT, the system gives health score and share report via email to user.