Background

Children are increasingly exposed to online threats such as cyberbullying, online grooming, gaming frauds, exposure to harmful content, and identity exploitation. Traditional safety solutions lack integration with cybercrime monitoring and parental control mechanisms.

The Cyber Crime Branch, Ahmedabad City, aims to establish a child-centric safety ecosystem that combines parental supervision, AI-based threat detection, and direct law enforcement connectivity.

Problem Statement

Design and develop a Child Cyber Safety and Protection Platform that integrates real-time safety monitoring, parental controls, and cybercrime detection into a single unified system.

The platform should enable parents and authorities to monitor children’s digital and physical safety, detect suspicious online behaviour, and report incidents directly to the Cyber Crime Branch.

It should proactively identify risks such as online predators, cyberbullying, and unsafe content, while enabling quick intervention and evidence collection.

Key Objectives

• Ensure holistic safety (online + offline) for children
• Enable parental monitoring and alerts
• Detect cyber threats using AI
• Integrate with cybercrime reporting systems
• Provide safe digital environment tools
• Enable missing child and emergency alerts

Functional Requirements

1. Emergency & Alert System

• SOS button for children
• Alerts to parents and police
• Missing child reporting integration

 

 

 

2. Real-Time Tracking & Geo-Fencing

• Live location tracking
• Safe zone / restricted zone alerts
• School-to-home journey monitoring

3. Cyber Monitoring Module

• Detection of cyberbullying and abusive language
• Identification of suspicious contacts (grooming detection)
• Monitoring of harmful content exposure

4. Evidence Collection

• Capture chat logs and suspicious interactions
• Secure evidence storage for police use

5. Cyber Crime Integration

• Direct reporting to Cyber Crime Branch
• Automated alerts for high-risk activity
• Integration with missing child databases

6. Parental Control & Connectivity

• Screen time management
• App usage monitoring
• Parent-child communication alerts

7. Preventive Safety Features

• AI-based risk scoring
• Educational modules for children
• Gaming fraud and scam detection

8. Dashboard & Analytics

• Police dashboard for child-related cybercrime
• Risk heatmaps
• Trend analysis

9. Data Security & Compliance

• Child data protection compliance
• Encrypted communication
• Consent-based monitoring

Evaluation Criteria

• Effectiveness of police integration and real-time response
• Accuracy of location tracking and alert mechanisms
• Quality and admissibility of digital evidence
• Scalability and performance
• User interface and accessibility
• Innovation in preventive safety features
• Data privacy and security compliance
• Real-world applicability

Suggested Tools/Technologies

• Backend: Node.js / Python (Django/Flask)
• Frontend: React.js / Flutter
• Database: PostgreSQL / MongoDB
• Real-time communication: WebSockets / Firebase
• GIS: Google Maps API / OpenStreetMap
• AI/ML: TensorFlow / PyTorch
• Integration APIs for ERSS / CCTNS (simulated if required)

Bonus Points

• AI-based unsafe zone prediction
• Voice-activated SOS trigger
• Offline/SMS-based alert system
• Multilingual support (Gujarati, Hindi, English)
• Wearable device integration
• Facial recognition for missing persons (optional)

Deliverables

• Working prototype/demo
• Police dashboard demonstration
• Documentation (architecture, workflow, integrations)
• Deployment instructions or containerized setup (optional)