Merge branch 'main' of github.com:ethan0905/hackathon_merge

README.md

@@ -6,40 +6,67 @@
 
 </div>
 
+## 🤏 Pitch
+We are 4 students from 42 school and we have been experiencing issues with our client payement (deadline, terms of contract, ...).  
+We thought that using blockchain technology to solve this problem was an interesting idea.  
+
+## 📔 Summary
+
+ - [❗ Problem](#-problem)
+ - [✅ Solution](#-solution)
+ - [⚙️ How to run the project ?](#%EF%B8%8F-how-to-run-the-project-)
+ - [📈 Business model](#-business-model)
+ - [🧭 Roadmap](#-roadmap)
+ - [🖥️ Development perspective](#%EF%B8%8F-development-perspective)
+ - [⚠️ License](#%EF%B8%8F-license)
+
 ## ❗ Problem
-#### What problem does your project solve?  
-#### How does it fit into the theme "Building a Decentralized Future"?  
+#### What problem does your project solve? 
+1. Contract falsification  
+2. Deadline for payement not respected  
+3. Terms of contract not respected  
 
+#### How does it fit into the theme "Building a Decentralized Future"?  
+The solution is independant, self governing.  
+
 ## ✅ Solution
 #### How did you resolve this issue?  
-→ We decided to solve this issue, by creating an easy to use and decentralized payement protocol service that protect the 2 users during transaction. [...] 
-#### What technologies did you use?  
-TailwindCSS and ReactJS for frontend and backend  
-Starton API for the smart contracts managements  
+1. We decided to solve this issue, by creating an easy to use and decentralized payement protocol service that protect the 2 users during transaction (service-for-money).  
+2. For each mission, we create a unique smart contract that is not editable and not replicable.  
+3. We store the documents on decentralised database (IPFS).
+
+We create a climate of trust for every users (Open Trust Framework Model).  
+
+#### What technologies did you use?
+- Escalidraw for project diagram  
+- Figma to design and prototype the website  
+- Trello to manage the project development  
+- TailwindCSS and ReactJS for frontend and backend  
+- Starton API for the smart contracts managements
+- IPFS for the decentralised datastorage  
 
 #### What was your biggest technical challenge and how does your solution solve it?
-?
+We never worked on Web3 before, so the biggest technical challenge was to give user the ability to write his own smart contract without knowledge.  
+Our solution solve it by creating a form interface that write directly into our smart contract.  
 
 ## ⚙️ How to run the project ? 
 
 1. Clone the repository:  
-`git clone https://github.com/ethan0905/hackathon.git`
-
-2. Run at the root of repository, the following bash commands:
+`https://github.com/ethan0905/hackathon_merge.git`  
+  
+2. Run at the root of repository, the following bash commands:  
 `docker-compose up --build`
-    
+
 3. Then go to the following url on internet:  
 `localhost:3000`  
 
-## Process
+## 📈 Business model
+
+For each contract, we take a pourcentage of the total amount (6%)  
+
+pas besoin de bcp de personnes (peu couteux)  
+ajout differents type de contracts -> toucher une plus grande audience  
 
- - Docker
- - Metamask connection
- - Figma
- - Smartcontract
- - npm install react-ipfs-uploader
- - npm install ipfs -g (for ipfs)
-
 ## 🧭 Roadmap
 
 - [x] Docker installation
@@ -53,5 +80,9 @@ Starton API for the smart contracts managements
 - [ ] Form:
     - [ ] Interaction with Smart contract at {address} on {network}
 
+## 🖥️ Development perspective
+Create a DAO,  
+Create our coin, the more user is holding, the less the additionnal fees gonna be 
+
 ## ⚠️ License
 Distributed under the MIT License. See `LICENSE.txt` for more information.