- :root {

- --primary-color: #4CAF50;

- --secondary-color: #FFC107;

- --background-color: #F5F5F5;

- --text-color: #333;

- --font-family: 'Arial', sans-serif;

- }

-

- body {

- font-family: var(--font-family);

- color: var(--text-color);

- background-color: var(--background-color);

- margin: 0;

- padding: 0;

- line-height: 1.6;

- }

-

- .container {

- width: 90%;

- max-width: 1200px;

- margin: 0 auto;

- padding: 20px;

- }

-

- .header {

- background-color: var(--primary-color);

- color: white;

- padding: 40px 0;

- text-align: center;

- }

-

- .header h1 {

- margin: 0;

- font-size: 2.5rem;

- }

-

- .header p {

- margin: 10px 0 0;

- font-size: 1.2rem;

- }

-

- .hero {

- background-color: var(--secondary-color);

- color: var(--text-color);

- padding: 60px 0;

- text-align: center;

- }

-

- .hero h2 {

- font-size: 2rem;

- margin-bottom: 20px;

- }

-

- .hero p {

- font-size: 1.2rem;

- margin-bottom: 30px;

- }

-

- .btn {

- display: inline-block;

- padding: 10px 20px;

- background-color: var(--primary-color);

- color: white;

- text-decoration: none;

- border-radius: 5px;

- transition: background-color 0.3s ease;

- }

-

- .btn:hover {

- background-color: #45a049;

- }

-

- .features {

- padding: 60px 0;

- text-align: center;

- }

-

- .features h2 {

- font-size: 2rem;

- margin-bottom: 40px;

- }

-

- .feature-grid {

- display: grid;

- grid-template-columns: repeat(auto-fit, minmax(250px, 1fr));

- gap: 20px;

- }

-

- .feature-card {

- background-color: white;

- padding: 20px;

- border-radius: 10px;

- box-shadow: 0 4px 8px rgba(0, 0, 0, 0.1);

- transition: transform 0.3s ease;

- }

-

- .feature-card:hover {

- transform: translateY(-10px);

- }

-

- .feature-card h3 {

- font-size: 1.5rem;

- margin-bottom: 15px;

- }

-

- .feature-card p {

- font-size: 1rem;

- margin-bottom: 20px;

- }

-

- .about {

- background-color: var(--secondary-color);

- padding: 60px 0;

- text-align: center;

- }

-

- .about h2 {

- font-size: 2rem;

- margin-bottom: 20px;

- }

-

- .about p {

- font-size: 1.2rem;

- max-width: 800px;

- margin: 0 auto;

- }

-

- .footer {

- background-color: var(--primary-color);

- color: white;

- text-align: center;

- padding: 20px 0;

- }

-

- .footer p {

- margin: 0;

- font-size: 1rem;

- }

-

- @media (max-width: 768px) {

- .header h1 {

- font-size: 2rem;

- }

-

- .header p {

- font-size: 1rem;

- }

-

- .hero h2 {

- font-size: 1.5rem;

- }

-

- .hero p {

- font-size: 1rem;

- }

-

- .features h2 {

- font-size: 1.5rem;

- }

-

- .feature-card h3 {

- font-size: 1.2rem;

- }

-

- .feature-card p {

- font-size: 0.9rem;

- }

-

- .about h2 {

- font-size: 1.5rem;

- }

-

- .about p {

- font-size: 1rem;

- }

- }

- buildHtml

- baseUrl https://kidsPG.scroll.pub

- metaTags

- editButton /edit.html

- title KIDS PG

- style.css

- body.html

- script.js

- function startMaze() {

- alert("Starting the AI Maze Generator! (Demo)");

- }

-

- function startStory() {

- alert("Starting the AI Story Generator! (Demo)");

- }

-

- function startDoodle() {

- alert("Starting the AI Doodle-to-Image! (Demo)");

- }

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

- # voomkids.scroll.pub

- Website generated by DeepSeek from prompt: Below is a sample **Product Requirements Document (PRD)** for the *Voom Kids AI Playground*, a website concept on [voom.co.il](http://voom.co.il/) that offers an engaging experience for kids to explore and learn with different AI generators. This PRD is meant as a high-level guide and can be adapted further based on specific stakeholder feedback and technical constraints. --- ## 1. **Overview** **Product Name:** Voom Kids AI Playground **Summary:** Voom Kids AI Playground is a web-based platform designed to let children explore, play, and learn through a variety of AI-driven games and generators. One featured tool is a Python-based maze generator that integrates simple math concepts to promote interactive learning. **Primary Audience:** - Children between the ages of 7–12 (and their parents/caregivers) - Elementary school teachers and educational institutions **Secondary Audience:** - Casual users interested in AI-based educational activities - Organizations or startups looking to partner on AI-driven edutainment tools --- ## 2. **Goals & Objectives** 1. **Educational Engagement:** Provide fun, age-appropriate AI experiences that reinforce learning in subjects such as math, logic, and creative thinking. 2. **Safe & Accessible Environment:** Ensure the platform is user-friendly, visually appealing, and appropriate for children. 3. **Encourage Creativity & Curiosity:** Allow children to experiment with AI-driven tools (like maze generation, story generation, image generation, etc.) to spark curiosity about technology. 4. **Scalable to Multiple AI Generators:** Enable easy integration of new and diverse AI tools in the future (e.g., language-based generators, image-based generators, etc.). --- ## 3. **Key Features** 1. **AI Maze Generator (Simple Math Maze):** - A Python-based generator that creates mazes with embedded math challenges. - Maze difficulty adapts based on user’s age or skill level. - Provides interactive feedback on correct or incorrect answers. 2. **AI Creation Gallery:** - A collection of different AI tools (e.g., story generator, doodle-to-image generator, puzzle maker). - Each tool has a brief tutorial or introduction so kids can understand how it works. 3. **User Profiles & Progress Tracking:** - Optional user registration to track progress, achievements, and personal preferences. - Gamified badges or points for completing activities. 4. **Parent/Teacher Dashboard:** - Basic analytics for parents or teachers to see children’s activities, learning progress, and achievements. - Tools for setting difficulty levels, time limits, or restricting certain generators. 5. **Community Sharing (Optional Future Feature):** - Kids can share their maze or AI-created artwork in a safe, moderated community area. - Simple “like” or “comment” system with parental oversight. 6. **Multi-Language Support:** - Localization for Hebrew (primary) and other languages (English, Arabic, Russian, etc.) - Ensure correct directionality for right-to-left languages like Hebrew. --- ## 4. **User Flows** ### 4.1 **Guest User Flow** 1. User lands on the Voom Kids AI Playground home page. 2. User is introduced to featured AI tools (e.g., Maze Generator). 3. User chooses one tool to try. 4. If the Maze Generator is selected: - User selects difficulty (easy, medium, hard). - Maze is generated, and user interacts with the math questions. - User completes the maze or can reset to try again. 5. Optionally, user is prompted to sign up or log in to save progress. ### 4.2 **Registered User Flow** 1. User logs in or creates an account (kid-friendly sign-up, potentially requiring parent email validation). 2. User arrives at their dashboard showing progress, badges, or recommended challenges. 3. User selects any AI tool from the gallery. 4. User interacts with the tool and sees custom difficulty or recommendation based on past activities. 5. User completes challenge, sees performance summary, and can share results or move on to another tool. --- ## 5. **Functional Requirements** 1. **AI Maze Generator** - **Input:** Difficulty level, theme (e.g., space, jungle), math difficulty (e.g., addition, subtraction). - **Process:** Maze and math problems are dynamically generated in real time, using Python code or a relevant AI/ML model. - **Output:** An interactive interface with an on-screen maze. The user navigates step by step, answering math questions to progress. 2. **Interactive Interface** - Click or touch-based navigation for kids to select paths in the maze. - Visual indicators (colors or animations) for correct/incorrect answers. 3. **User Authentication & Profile Management** - Secure sign-up with minimal personal data (child’s nickname, parent’s email). - Optional integration with social or school-based login (if relevant). - Password reset and parental oversight. 4. **Progress Tracking & Gamification** - Database or local storage to store user’s completed challenges, points, or badges. - Dynamic leveling system that adjusts the math/logic tasks based on performance. 5. **Localization** - Support for Hebrew as default. - Language toggle system for additional languages (English, Arabic, etc.). 6. **Analytics / Dashboard** - Collect usage data (time spent, challenges completed) for parents/teachers to review. - Ensure compliance with relevant child privacy regulations (e.g., COPPA, GDPR-K). --- ## 6. **Non-Functional Requirements** 1. **Performance:** - Maze generation should be near-instant for a smooth user experience (less than 2 seconds to generate). - The website should handle concurrent usage by multiple students without significant performance degradation. 2. **Security & Privacy:** - Secure handling of user data, especially for minors (encrypted storage, HTTPS). - Comply with child protection laws (COPPA, GDPR, etc.). 3. **Reliability & Availability:** - Website uptime target: 99.9% or higher. - System backups and a disaster recovery plan in place. 4. **Usability & Accessibility:** - Consistent, kid-friendly UI/UX (large buttons, icons, minimal text). - Ensure compliance with accessibility standards (WCAG) to accommodate children with disabilities. 5. **Scalability:** - AI architecture should allow plugging in new modules and models easily. - Ability to expand to new features without significant downtime or refactoring. --- ## 7. **Success Metrics** 1. **User Engagement:** - Average Session Duration (Kids should stay engaged for at least 5–10 minutes). - Number of activities or AI tools used per session. 2. **Learning Outcomes:** - Improvement in math or logic quiz scores over time. - Positive feedback from educators or parents. 3. **Adoption & Growth:** - Growth in monthly active users (MAU), especially in the target age group (7–12). - Increase in returning visitors as new AI games are introduced. 4. **Feature Utilization:** - Percentage of users trying more than one AI tool. - Uptake of Maze Generator vs. other AI tools. --- ## 8. **Timeline & Roadmap** Below is a hypothetical timeline. Actual dates depend on project scope, resources, and development velocity. 1. **Phase 1 (Month 1–2):** - Finalize requirements, user research, concept validation. - Design initial wireframes and mockups. 2. **Phase 2 (Month 2–4):** - Implement core AI Maze Generator. - Basic user authentication and profile system. - Launch alpha version for internal testing. 3. **Phase 3 (Month 4–6):** - Add additional AI generators (e.g., story generator, puzzle maker). - Integrate basic parent/teacher dashboard. - UI/UX refinements for child-friendly interface. 4. **Phase 4 (Month 6–8):** - Beta launch for selected schools or communities. - Gather feedback and optimize learning experiences. - Introduce community sharing feature (if approved). 5. **Phase 5 (Month 8+):** - Public launch, marketing campaigns. - Ongoing maintenance and feature expansion. --- ## 9. **Dependencies & Assumptions** 1. **AI/ML Components:** - The maze generator relies on a Python-based script or ML model. Must have a stable environment (e.g., server with Python 3.8+). 2. **Third-Party Services:** - Cloud services for hosting (AWS, Google Cloud, Azure). - Potential usage of existing generative AI APIs (OpenAI, Hugging Face) for additional tools. 3. **Regulatory Requirements:** - Compliance with child data protection regulations. - Parental consent processes for user registration. 4. **Design & Content Resources:** - Involvement of UX designer, education specialist to ensure child-friendly design and content accuracy. 5. **Testing & Validation:** - Testing with real users (children, parents, teachers) to refine user experience and learning effectiveness. --- ## 10. **Open Questions** 1. **Monetization & Sustainability:** - Will the platform rely on subscription, sponsorships, or remain free? - Are there plans for in-app purchases (e.g., special themes, additional AI tools)? 2. **Age-Appropriate Complexity:** - Should we integrate additional levels of difficulty (e.g., advanced math for older kids)? - How do we ensure the interface remains simple while scaling features? 3. **User-Generated Content:** - When or how should community sharing features be introduced? - What moderation tools are needed to keep the community safe? --- ## 11. **Conclusion** The **Voom Kids AI Playground** aims to be a fun, safe, and educational platform where children can explore AI-powered activities. With a spotlight on the Python-based maze generator teaching basic math, the site’s broader vision is to integrate a variety of AI tools to foster engagement, creativity, and learning. Ensuring an accessible and child-friendly user experience, along with scalable technology and adherence to privacy/security best practices, is crucial to success. --- ### Next Steps: 1. **Finalize Design & Requirements:** Gather feedback from stakeholders, educators, and pilot user groups to refine the scope. 2. **Technical Prototyping:** Develop a proof-of-concept for the Maze Generator and test it internally. 3. **Pilot & Feedback Loop:** Launch an early version with a small user base (e.g., local schools) to gather data and iterate. 4. **Expand Features & AI Generators:** Gradually roll out additional AI tools to broaden the platform’s learning experiences. ---

-

Voom Kids AI Playground

-

Discover fun and educational AI-powered games and tools designed just for kids.

-

About Voom Kids AI Playground

-

Voom Kids AI Playground is a safe and engaging platform where children can explore AI-powered activities that promote learning and creativity. Our tools are designed to be fun and educational, helping kids develop skills in math, logic, and creative thinking.

-

Voom Kids AI Playground - A place for fun and learning!

-

- baseUrl https://voomkids.scroll.pub

- title Voom Kids AI Playground