The goal was to build a scalable resource gathering system that could serve as the foundation for survival, simulator, or RPG-style experiences. Rather than creating a one-off mechanic, I focused on a modular architecture that would be easy to maintain and expand.

The system was planned around independent services for resource management, inventory handling, loot distribution, and player interactions, ensuring each component had a clear responsibility and could evolve without affecting the rest of the framework.

Resources are automatically registered using CollectionService, allowing new gatherable objects to be added with minimal setup. Every interaction is validated on the server before applying damage, awarding loot, or scheduling a respawn.

Resource behavior is driven entirely through configuration tables, making it easy to introduce new resource types, adjust balancing, and expand the system without modifying the core logic.

Modular ModuleScript architecture

Automatic resource registration with CollectionService

Server-authoritative interaction validation

Configurable resource definitions and loot tables

Inventory system integration

Automatic resource respawning

Scalable, maintainable code structure

Easily expandable for new resources and mechanics

The finished system delivers a complete gameplay loop where players gather resources through interactive prompts, receive rewards, and watch resources respawn automatically. The framework is organized, reusable, and built for long-term scalability.

More importantly, the project demonstrates a backend-first approach to gameplay development—prioritizing clean architecture, maintainability, and server-authoritative design over one-off scripting solutions.