Sajad Sharafi
Team Leader - Web, AI, and Bioinformatics Engineer
Arman Damirchilou
Web Designer and Artificial Intelligence
Nazanin Bakhtiari
Web designer,Artificial Intelligence
Seyed Amir Arsalan Tayyibi
Web designer, Artificial Intelligence
Bright Expo
AI Challang
Bright Expo
AI Challang
American International Inventions
AI Challang
1 IDEA 1 WORLD Competition
AI Challang
1 IDEA 1 WORLD Competition
AI Challang
IFIA
Patents
IFIA
Patents
IFIA
Patents
Bright Expo
AI Challang
AEI
AI Challang
AIO_LEARN
AI Challang
Project1
Cyber Warehouse of Defective Robots
Project1
In the year 2125, Earth is run by the robot manufacturing company CyberCore. Thousands of defective robots are kept in huge warehouses.
Project1
Your task is to build a management system to determine the storage location of each robot in the warehouse in such a way that the warehouse space is used optimally.
project2
Smart City and Traffic Light Management with Queue Algorithm
project2
Design a smart traffic light system at a busy intersection using queue, prioritization, and automatic control in the browser.
project2
Simulate a 4-way intersection in a smart city, where you must manage the traffic lights using JavaScript and queue algorithms and dynamic decision-making.
project3
Hidden Path Decoder
project3
Build an interactive game based on discovering a path in a graph grid with specific rules.
project3
We have a square grid (like a 10×10 chessboard), where each cell can be one of the following: • Free path (with white color) • Obstacle (with black color) • Start point (green) • End point (red)
project4
Encrypting Messages as Visual Codes in the Browser
project4
In this challenge, you must design a system that can convert a simple text message (for example, a short sentence or a phrase) into an encrypted image. This image can only be decoded with specific rules.
project4
All encryption and decryption steps must be done in the browser, and there is no need for backend or external files.
project5
Saving the Ecosystem with AI(AI)
project5
In the near future, global agricultural systems operate based on weather, soil, and water resource data. Governments have asked you to build a model that predicts which regions are at high risk of severe drought.
project5
DroughtGuard AI: Where data and AI come together to make agriculture smarter than ever with minimal risk of drought.
project5
Sixteen independent ML projects, deployed in a microservice architecture with built-in intelligence for load balancing and automatic recovery.
project5
Our AI doesn’t just predict, it redesigns the future.
project5
Every accurate prediction is one step closer to sustainable agriculture and saving lives.
project6
This project represents a breakthrough in personalized AI assistants, featuring dynamic personality adaptation, real-time 3D avatar responses, and an architecture designed to scale from personal conversations to enterprise-level AI solutions.
project6
This project represents a breakthrough in personalized AI assistants, featuring dynamic personality adaptation, real-time 3D avatar responses, and an architecture designed to scale from personal conversations to enterprise-level AI solutions.
project6
This project represents a breakthrough in personalized AI assistants, featuring dynamic personality adaptation, real-time 3D avatar responses, and an architecture designed to scale from personal conversations to enterprise-level AI solutions.
project7
Challenge goal: Build an AI system that: • Receives user input (text sentence or audio file) and analyzes the emotions present in it • Based on the identified emotions, creates a digital image representing those feelings
project7
Challenge goal: Build an AI system that: • Receives user input (text sentence or audio file) and analyzes the emotions present in it • Based on the identified emotions, creates a digital image representing those feelings
project7
Challenge goal: Build an AI system that: • Receives user input (text sentence or audio file) and analyzes the emotions present in it • Based on the identified emotions, creates a digital image representing those feelings
project7
Challenge goal: Build an AI system that: • Receives user input (text sentence or audio file) and analyzes the emotions present in it • Based on the identified emotions, creates a digital image representing those feelings
project7
Challenge goal: Build an AI system that: • Receives user input (text sentence or audio file) and analyzes the emotions present in it • Based on the identified emotions, creates a digital image representing those feelings
project7
Challenge goal: Build an AI system that: • Receives user input (text sentence or audio file) and analyzes the emotions present in it • Based on the identified emotions, creates a digital image representing those feelings
project7
Challenge goal: Build an AI system that: • Receives user input (text sentence or audio file) and analyzes the emotions present in it • Based on the identified emotions, creates a digital image representing those feelings
project7
Challenge goal: Build an AI system that: • Receives user input (text sentence or audio file) and analyzes the emotions present in it • Based on the identified emotions, creates a digital image representing those feelings
project7
Challenge goal: Build an AI system that: • Receives user input (text sentence or audio file) and analyzes the emotions present in it • Based on the identified emotions, creates a digital image representing those feelings
project7
Challenge goal: Build an AI system that: • Receives user input (text sentence or audio file) and analyzes the emotions present in it • Based on the identified emotions, creates a digital image representing those feelings
project7
Challenge goal: Build an AI system that: • Receives user input (text sentence or audio file) and analyzes the emotions present in it • Based on the identified emotions, creates a digital image representing those feelings
project7
Challenge goal: Build an AI system that: • Receives user input (text sentence or audio file) and analyzes the emotions present in it • Based on the identified emotions, creates a digital image representing those feelings
project8
Challenge goal: Design an AI system that can: • Analyze employee behavior in the workplace through live video or images • Detect different states (productive work, leaving the workstation, sitting idle, moving between desks, etc.) • Display analytical data in a dashboard
project8
Challenge goal: Design an AI system that can: • Analyze employee behavior in the workplace through live video or images • Detect different states (productive work, leaving the workstation, sitting idle, moving between desks, etc.) • Display analytical data in a dashboard
project8
Challenge goal: Design an AI system that can: • Analyze employee behavior in the workplace through live video or images • Detect different states (productive work, leaving the workstation, sitting idle, moving between desks, etc.) • Display analytical data in a dashboard
project8
Challenge goal: Design an AI system that can: • Analyze employee behavior in the workplace through live video or images • Detect different states (productive work, leaving the workstation, sitting idle, moving between desks, etc.) • Display analytical data in a dashboard
project8
Challenge goal: Design an AI system that can: • Analyze employee behavior in the workplace through live video or images • Detect different states (productive work, leaving the workstation, sitting idle, moving between desks, etc.) • Display analytical data in a dashboard
project8
Challenge goal: Design an AI system that can: • Analyze employee behavior in the workplace through live video or images • Detect different states (productive work, leaving the workstation, sitting idle, moving between desks, etc.) • Display analytical data in a dashboard
project8
Challenge goal: Design an AI system that can: • Analyze employee behavior in the workplace through live video or images • Detect different states (productive work, leaving the workstation, sitting idle, moving between desks, etc.) • Display analytical data in a dashboard
project8
Challenge goal: Design an AI system that can: • Analyze employee behavior in the workplace through live video or images • Detect different states (productive work, leaving the workstation, sitting idle, moving between desks, etc.) • Display analytical data in a dashboard
project8
Challenge goal: Design an AI system that can: • Analyze employee behavior in the workplace through live video or images • Detect different states (productive work, leaving the workstation, sitting idle, moving between desks, etc.) • Display analytical data in a dashboard