CapAble
A simple Cap-Clip on device that enables Mute user to translate their sign language into spoken words. Providing a easier and more efficient communication between the mute community and the general public. We use Machine Learning through a ESP32-Cam to detect the user sign language. We also included a weather prediction function in our device to help the user prepare for any incoming rain, preventing our device from getting spoiled.
Multi-Sense
This project is a smart assistive system designed for visually impaired people to improve safety and independence. The smart stick, powered by Quarky and a power bank, uses an ultrasonic sensor, buzzer, and vibration module to detect obstacles within 1 metre and alert the user through sound and vibrations. The project also includes an intelligent companion bot that can detect objects, move in different directions using voice commands, and carry valuables in a storage box with a leash for support. An automatic umbrella on the bot opens when rain is detected to protect stored items. Additionally, an automatic umbrella bag opens an umbrella above the user during rain and supports speech control, GPS tracking, face detection, text detection, and ChatGPT integration through a mobile phone. A smart helmet with object detection is also included, making the complete system an advanced and innovative solution for assisting blind people in daily life.
SafeCar – Automatic Child Rescue System
SafeCar – Automatic Child Rescue System is an innovative project designed to prevent accidents involving children trapped inside locked cars. When a car is left under the sun, inside temperatures rise quickly, which can create threat for a child. This uses smart sensors and ESP32 microcontroller to detect the presence of a child and monitor temperatures inside the car. If the temperature exceeds safe limits while a child is detected, the system automatically triggers safety actions by sending an alert message on the parent’s phone, activating a buzzer alarm, and opening the windows the ventilate and reduce heat.
This project portrays how modern technology can be used usefully for safety and prevention. It aims to protect children and raise awareness and provide a effective solution to a serious problem.
SafeOPS
SafeOps AI is a real-time workplace safety monitoring system
built on PictoBlox using AI and machine learning. It consists
of three intelligent modules operating through a single camera
and interface.
SafeShift AI monitors worker fatigue and attention levels by
analyzing facial position changes and motion patterns, generating
a live safety score from 0 to 100. A dropping score triggers
color-coded alerts — green for safe, yellow for caution, and
red for critical risk.
HelmetCheck AI uses a trained image classification model to
detect whether a worker is wearing a helmet correctly,
incorrectly, or not at all, providing instant visual warnings.
MicroBreak AI tracks stillness duration and irregular movements
to recommend timely micro-breaks, reducing fatigue-related
accidents.
All three modules log data automatically using the Data Logger
extension. SafeOps AI makes occupational health monitoring
accessible, affordable, and intelligent — with no extra hardware
required.
Speakable
Speakable is an AI-based sign language recognition project designed to support the deaf community and improve everyday communication. It is developed using PictoBlox and uses a webcam to detect and understand hand gestures in real time. The system is currently trained to recognize five basic signs: “Hello,” “I love you,” “Yes,” “No,” and “Thank you.” When a user shows any of these gestures in front of the camera, the program identifies the sign and displays its meaning on the screen.
This project is based on the theme “Tech for Wellness, Equity for All” and is aligned with Sustainable Development Goals 3 and 10, which focus on well-being and reducing inequalities. Speakable aims to make communication more accessible and inclusive, helping bridge the gap between people. In the future, the project can be expanded by adding more gestures and improving its accuracy.
DESERT HEAT HEALTH GUARDIAN
Desert Heat Health Guardian is a smart application developed using PictoBlox to address health risks caused by extreme heat, especially in regions like Oman. The app allows users to enter the current temperature and provides personalized hydration advice, recommended water intake, and heat risk levels such as Low, Medium, High, or Extreme. It also offers simple safety tips to help prevent dehydration and heat stroke. To enhance usability, the application includes features like an AI chatbot for answering health-related questions, a daily hydration tracker, and multi-language support in English and Arabic, making it accessible to a wider audience. The interface is designed to be simple and user-friendly so that people of all age groups can use it easily. This project focuses on promoting awareness, encouraging healthy habits, and ensuring safety during hot weather conditions through technology
1. Clinical Moniter, 2. Patient Voice Assitance, 3. Calorie Mointer For Fitness
The AI Avengers duo has developed a suite of assistive technologies focused on Wellness and Equity, bridging the gap between hardware and human care.
Clinical Monitor: An IoT-based environmental station that tracks temperature, humidity, and light. It features a standalone captive portal and an automated alert system (32.0 degrees Celsius threshold) to ensure optimal healing conditions in clinical settings without requiring internet access.
Patient Voice Assistance: A communication bridge for patients with limited mobility. Physical button inputs on an ESP32 trigger instant, natural voice synthesis (via Web Speech API), allowing patients to vocalize essential needs like medicine or help with 0.1 second latency.
Calorie Monitor for Fitness: A data-driven nutrition tool that converts caloric intake from various diets into actionable exercise targets. It provides users with specific gym, jogging, or walking durations tailored to their height and weight.
Together, these projects democratize healthcare by providing low-cost, high-impact technical solutions for all.
AI ASL translator
Our project is an AI-based sign language translator that aims to make communication easier for people who are deaf or have difficulty speaking. It uses a camera to detect hand gestures in real time and processes them using the AI tools available in PictoBlox. The system recognizes individual letters from hand signs and gradually builds full words, which are then displayed as text and converted into speech.
What makes this project interesting is that it combines simplicity with real-world impact. Even though it is built using block-based programming, it still uses powerful concepts like computer vision and machine learning. We focused on making it responsive and accurate so it feels natural to use.
In the future, this idea could be expanded into wearable technology like smart glasses, making communication even more accessible. Overall, the goal of this project is to use technology in a practical way to solve everyday communication challenges.
The Miracle
The sentences are placed in front of the camera, the app writes them down, and then plays them back for the blind person.
Health guard AI
HealthGuardAI is the best Health protector that tracks your body on whatever you do (e.g. Weight loss, Eating healthy, Extreme warm ups for the day, and finally a healthy body to keep you healthy and fit.HealthGuardAI is a website made from pictoblox that is made for taking care of your diet, exercise, and sleeping hours. You can chatter as much as you can with our AI bot. You can ask as many questions as you want to our AI.It’s very easy and simple to use. Just need to type in your age and height plus, if you are hurt or you feel some pain in your body, HealthGuardAI is always ready. Just by a click of a button you can head to the medic area and our AI agent will tell you all you need for you to get better and safer at the same time.