Does it support offline-first development?

Absolutely. It covers persistent cache configuration, multi-tab manager setup, and handling synchronization status for mobile and web apps.

How does it handle complex Firestore queries?

The skill includes guidance on configuring composite indexes and optimizing query patterns to ensure high performance and low latency.

Can this skill help me write Firestore Security Rules?

Yes, it provides specialized modules for basic rule structures, role-based access control patterns, and field-level validation logic.

Is this compatible with TypeScript and Flutter?

Yes, it is designed to work with both moai-lang-typescript and moai-lang-flutter patterns for seamless cross-platform implementation.

Firebase Firestore Specialist

Name: Firebase Firestore Specialist
Author: hnabyz-bot

byhnabyz-bot

Database Management

Architects high-performance NoSQL databases and manages real-time synchronization for mobile-first Firestore applications.

About

The moai-platform-firestore skill provides expert-level guidance for implementing Firebase Firestore with a focus on NoSQL data modeling, real-time listener patterns, and offline-first architecture. It streamlines the creation of complex Security Rules, atomic transactions, and composite indexes while ensuring optimal performance and cost-efficiency. Whether you are building collaborative web apps or offline-capable mobile experiences, this skill provides the implementation patterns and documentation required for production-ready cloud database management.

Key Features

Offline-first architecture with persistent caching and sync
Declarative field-level Security Rules and access control
0 GitHub stars
Automated composite index configuration for query optimization
Real-time data synchronization across all connected clients
Atomic transactions and distributed counter implementations

Use Cases

Developing offline-capable mobile apps with Flutter or React Native
Building real-time collaborative tools and social feeds
Implementing secure role-based access control for enterprise data

About

Key Features

Offline-first architecture with persistent caching and sync
Declarative field-level Security Rules and access control
0 GitHub stars
Automated composite index configuration for query optimization
Real-time data synchronization across all connected clients
Atomic transactions and distributed counter implementations

Use Cases

Developing offline-capable mobile apps with Flutter or React Native
Building real-time collaborative tools and social feeds
Implementing secure role-based access control for enterprise data