Daves Emporium is a simple inventory management system designed for shop keepers to store and retrieve inventory information. The goal is to deliver a Minimum Viable Product (MVP) within 24 hours.
Shop keepers currently lack a simple and efficient way to manage their inventory, leading to potential losses and inefficiencies. Daves Emporium aims to address this problem by providing a basic inventory management system.
The target audience for Daves Emporium is shop keepers who need to manage their inventory. They are likely to be familiar with basic computer operations and have a need for a simple, easy-to-use inventory management system.
The MVP will include the following features:
- Store inventory information with name, description, quantity, cost, and price
- Display a list of inventory items
- Retrieve inventory information
As a shop keeper, I want to be able to:
- Add new inventory items with details (name, description, quantity, cost, and price)
- View a list of all inventory items
- Retrieve specific inventory item details
The core feature of Daves Emporium is to store and retrieve inventory information. The system will allow users to input inventory details, store them, and display a list of inventory items.
The user flow for the MVP is as follows:
graph LR
A[User visits Daves Emporium] --> B[User adds new inventory item]
B --> C[User inputs inventory details]
C --> D[User submits inventory details]
D --> E[Daves Emporium stores inventory details]
E --> F[Daves Emporium displays list of inventory items]
A --> G[User views list of inventory items]
G --> F
The technical stack for Daves Emporium will include:
- HTML for structuring content
- CSS with Tailwind CDN for styling
- JavaScript for adding interactivity and functionality
The following assumptions and constraints have been identified:
- The MVP needs to be delivered within 24 hours
- The technical stack is limited to HTML, CSS with Tailwind CDN, and JavaScript
- The system will store data locally (e.g., using LocalStorage or a similar mechanism) due to the time constraint and lack of specification for a backend
The success of the MVP will be measured by its ability to:
- Store inventory information with name, description, quantity, cost, and price
- Retrieve and display a list of inventory items
These metrics will be used to determine whether the MVP has achieved its core objectives within the given time constraint.