Topic $12.$ Blockchain based Birth and Death Certificates management system

Part $1$: DApp Design $(30$ marks$)$

Document the functional design of your system. You system should have at least $5$ functionalities.

Functionalities should be related to the topic. You will have to do a bit of ground work to understand

and propose the blockchain system. A brief literature review is recommended. Design diagrams are

recommended to describe the system $($e$.$g$.$ use case, sequence diagrams, activity diagrams etc$).$

Describe in details the specific DApp features.

Part $2$: DApp $-$ Smart Contract Implementation & Testing $(30$ marks$)$

Develop the backend of the system using solidity programming language. Test on Remix. Document

codes as well as testing phase on Remix, supported by screenshots.

Deploy the smart contract$($s$)$ on the Ganache local blockchain. Explain how you deployed your

application.

Part $3$: DApp $-$ Front End $(20$ marks$)$

Develop a front end for the features of the system. Document your work.

Part $3$: DApp $-$Report $(10$ marks$)$ & Presentation $(10$ marks$)$

You will have to submit a video recording of your demo on Remix and make a presentation of your

work.

can you do it for me as i am busy doing my fyp and dissertation. here is the topic :Topic $12.$ Blockchain based Birth and Death Certificates management system

can you do this for me:

$3.$ Use Case Diagram

Create a use case diagram to illustrate the different actors and their interactions with the system. You can use tools like Lucidchart, Draw.io$,$ or Microsoft Visio.

$4.$ Sequence Diagram

Create a sequence diagram for a couple of key functionalities such as certificate issuance and verification.

$5.$ Activity Diagram

Create an activity diagram for the process of issuing and verifying a certificate.

Part $3$: DApp: FrontEnd Part:

$2.$ Functionalities

Your system should have at least five functionalities. Here are some suggestions:

Certificate Issuance: Authorized personnel can issue birth and death certificates.

Certificate Verification: Anyone can verify the authenticity of a certificate using the blockchain.

Certificate Revocation: Authorized personnel can revoke a certificate if necessary.

Certificate Viewing: Users can view their own certificates.

Audit Log: A complete log of all actions performed on the certificates.