Robotic arm
An innovative robotic arm that mimics human hand movements using gesture control, designed for industrial applications and assistive technologies.
Pet Feeder
AI-Powered Smart Pet Feeder is an automatic system that detects the pet using a trained ML model and dispenses food at the right time. It ensures pets are fed on time and in the right amount — with zero human intervention.
Water Distribution and Quality Management System
• This project aims to :
Water pumping Monitoring
Distribution Management
Water Quality Monitoring
It ensures efficient water distribution and monitoring by integrating RFID-based tracking, SMS alerts, and water quality sensors. It combats water theft and improves water quality assurance using an affordable, smart, and user-friendly IoT-based system.
Anti-Sleep AI Asistant
Our AI assistant, designed as an in-vehicle software, aims to accompany the driver and enhance road safety. We trained the assistant using machine learning techniques to detect signs of driver drowsiness. When drowsiness is detected, the assistant automatically activates and initiates a conversation with the driver.
Alternatively, the driver can activate the assistant by saying “Hey.” After chatting as long as desired, the driver can end the conversation with a simple phrase, which is recognized and processed using natural language processing (NLP) commands.
If the driver fails to respond during the conversation, the assistant triggers a horn sound to alert them—helping prevent the risk of falling asleep mid-conversation.
We aim to license and commercialize our project for long-distance drivers and anyone who spends significant time behind the wheel.
PLEASE VISIT
OUR WEB SITE : https://huggingface.co/spaces/gozdebilisim/ai-sleep
AI DRIVEN SMART CITY
A city where traffic jams are a thing of the past, where energy is used wisely and sustainably, and where public services adapt in real time to the needs of every citizen.
This is not a distant dream-it is the emerging reality of an Al-driven smart city
At the heart of the smart city revolution is artificial intelligence, seamlessly integrated with the Internet of Things. Across the world, from Singapore to Dubai and Tokyo, Al is transforming the way we live, work, and interact with our urban environments . Let’s see how these cities are leading by example, showing us how technology, sustainability, and human ingenuity can come together to create thriving urban ecosystems.
Laser Weed AI
https://pictoblox.page.link/R4huz4jkR9ExVKacA
THE VEREON -Interactive access control infrastructure solution
VEREON is a face recognition-based access control system designed to automate authorization. It uses facial images to instantly identify authorized individuals, controlling access to restricted areas.
Lack of proper access control is a major problem for Examination Management in Kenya. According to citizen digital – citizen.digital.com, out of 965,501 candidates that sat for the Secondary Education exams in the year 2024, 621 were reported to have been found engaging in cases if impersonation. The issues was also addressed by the Cabinet Secretary for Education on 13th November 2024 via Tv47 Kenya. VEREON aims to create a verifiable access control system that will enable examination invigilators to easily identify registered candidates.
In line with this year’s theme, VEREON embodies this spirit by, creating smarter, more resilient access control system that aligns perfectly with the global push for innovation development tying directly to SDG 9 – Industry, Innovation, and Infrastructure
Industrial Machine Monitoring & Maintenance System
Our project is a smart, modular system designed to monitor industrial machines in real-time using vibration, sound, current, and voltage sensors. Each machine has a dedicated module that sends live data to a centralized PictoBlox IoT dashboard. This helps factory managers detect early signs of malfunction and perform timely maintenance — reducing downtime, preventing failures, and improving overall efficiency. Inspired by UN SDG 9: Industry, Innovation, and Infrastructure, we aim to bring smart monitoring to every corner of the factory floor.
NEXURA BRIDGE
This project is a prototype of a next-generation smart bridge, designed with disaster-resilient features, AI-ML integration, and renewable energy. It ensures safety with load-detecting sensors, automatic barricading, and real-time emergency response. The bridge also features automated lighting and sustainable power sources for efficient energy use. It aims to revolutionize infrastructure with intelligent, eco-friendly, and self-regulating systems.
Traffique
In 2024, an estimated 1.19 million people died globally in road traffic accidents
Traffique is an autonomous traffic monitoring and enforcement system designed to revolutionize urban mobility. It integrates advanced technologies, including AI, computer vision, and IoT, to optimize traffic management, enhance law enforcement, and prevent accidents. Traffique addresses Sustainable Development Goals 11 (Sustainable Cities and Communities) and 13 (Climate Action) by providing a forward-thinking solution that reduces traffic-related incidents, lowers emissions, and improves urban planning. With its innovative approach, Traffique has the potential to transform urban infrastructure, creating safer, greener, and more efficient cities. This groundbreaking system not only enhances the daily lives of urban residents but also contributes to global efforts in combating climate change and fostering sustainable development. By leveraging cutting-edge technology, Traffique opens the door to smarter urban ecosystems and sustainable mobility solutions that benefit both people and the planet.
Business Model
Pricing & Cost
Price: ₹35,000
(subject to material cost variations)
Business Advantages
Increases Revenue by reducing labor costs while improving efficiency.
Optimizes Traffic Flow – Fewer accidents and delays mean
businesses operate smoothly, boosting overall economic productivity.
Enhances Transparency – Automated systems
minimize corruption
Reduces Errors – AI-driven monitoring improves accuracy and decision-making.