Authors:
Kristen Chung, Akshay Pandit
Abstract:
This disclosure proposes a system that enables the creation and linkage of smart contracts to in-store 3D printing machines for on-demand in-store product printing and creation.
Background:
Manufacturers that allow for the in-store 3D printing do not currently have a good way of tracking printing and distribution of the item. Instead, they are reliant on POS sales data and customer registration of the item for warranty. However, this system is not public and relies on voluntary information sharing. A blockchain-based solution gives the manufacturer the ability to control and dictate the terms of the in-store printing process.
Description:
The idea is to have a contract with license and Product information to Print a Product in Store. This Smart Contract would have detailed information on what specifications are required to print this product in-store. This proposal is a smart contract program that will be stored on a blockchain. The smart contract will be able to package the conditions for a retailer to print an item for a customer in-store for 3D printing. It will verify that the retailer can print that product and allow them access to the instructions to print the item on the 3D printer. It can also allow instant funds transfer between the retailer and the manufacturer. The 3-D Printer is based on the Product Specification, and the quality of the material that will print the product for the customer to pick it up. Customers can experience Products being manufactured in front of them, giving them a unique experience in-store.
Usages:
- In-store product printing
Enabling Technology:
- Smart Contracts
- 3D Printing
TGCS Reference 3183
