I can see there's already a comprehensive civic app built, but the new requirements are specifically for a Gurgaon-focused issue reporting app with Google Maps integration. I need to adapt the existing app to focus on the new requirements. Let me update the homepage and create the specific features requested.

Now let me check the location picker component to see how it currently works:

Now let me check the map page to see the current implementation:

Now I need to update the components to focus on Gurgaon and integrate Google Maps. Let me update the report page first to focus on Gurgaon and simplify the form according to the requirements:

I've updated the report page and location picker to focus specifically on Gurgaon with simplified form fields, default coordinates for Gurgaon, and enhanced location handling. The form now requires only title, description, location, and photos as specified in the requirements, with a placeholder for Google Maps integration that will allow users to adjust pin locations.

I'll add the Daily Waste Segregation feature to your civic app. This is a comprehensive addition that requires database updates, new interfaces, and integration with existing features. Let me break this down into manageable tasks.

Now let me start by setting up the database schema for the waste segregation feature. First, I'll check the current database structure.

I can see the existing database schema. Now I'll create the database schema for the waste segregation feature by adding new tables for waste categories, pickup requests, and collector assignments.

I've successfully set up the complete database schema for the waste segregation feature. The schema includes tables for waste categories, pickup requests, collectors, assignments, and analytics with proper RLS policies and automated functions for maintaining statistics and collector performance tracking.

You're right! Let me continue with the todo list and move to building the waste pickup request system.

Now I'll build the waste pickup request system. Let me first check the current image upload component to see how it works, then create the waste pickup request page.

Now let me create the waste pickup request page and components. I'll create a dedicated page for waste pickup requests with category selection, photo upload, and location picker.

I've successfully built the waste pickup request system with a comprehensive form that allows users to select waste categories, upload photos, set pickup locations, and track their requests. The system includes color-coded category selection, quantity estimation, optional scheduling, and a dedicated page to view all user requests with status tracking.

Let me continue with the todo list and move to creating the collector interface.

Now I'll create the collector interface that allows volunteers/workers to view available pickup requests, accept assignments, and manage their collections. Let me build the collector dashboard and related components.

I've successfully created a comprehensive collector interface that allows volunteers and workers to view available pickup requests filtered by category and priority, accept assignments, get Google Maps directions to pickup locations, and mark collections as completed. The dashboard includes real-time stats and separate tabs for available requests and personal assignments with full request details and contact information.

Let me continue with the todo list and move to adding municipal waste analytics.

Now I'll add the municipal waste analytics dashboard. Let me first check if there's an existing admin dashboard to see how it's structured.

Let me check if there's an existing admin dashboard:

I can see there's already a comprehensive admin dashboard. Now I'll add waste analytics to this existing admin dashboard by extending it with waste management statistics and charts.

I've successfully integrated comprehensive waste management analytics into the existing admin dashboard. The new waste analytics section includes real-time statistics for pickup requests, category breakdowns with visual indicators, collector performance metrics, and quick action buttons for easy navigation to related features. The dashboard now supports both civic issues and waste management through a clean tab interface.

Let me continue with the final task to integrate the waste segregation features with the existing civic app.

Now I need to integrate the waste segregation features with the existing civic app. Let me first check the current homepage and navigation to see how to integrate the new features.

Now let me check if there's a navigation component to see how the app is structured:

Now I'll integrate the waste segregation features with the existing civic app by updating the homepage to include waste management options and creating a unified navigation experience.

Now let me mark the todo list as complete since I've successfully integrated all the waste segregation features with the existing civic app.

I've successfully completed the comprehensive waste segregation and collection system integration for your Gurgaon civic app. The system now includes a complete database schema for waste management, a user-friendly pickup request system with category selection and scheduling, a dedicated collector interface for managing assignments, municipal analytics dashboard for tracking waste collection metrics, and seamless integration with the existing civic features through an updated homepage and navigation system. The app now serves as a unified platform for both civic issue reporting and smart waste management, providing citizens with easy access to request waste pickups while giving administrators and collectors the tools they need to manage the entire waste collection workflow efficiently.

To configure the generation, complete these steps: