Build an anti-cheat tool for gaming tournaments

annielian12 commented 1 year ago

Bounty 1: Build an anti-cheat tool for gaming tournaments

Challenge Description

Think about ways to use cryptography & blockchain to develop an anti-cheat tool with JsLigo.

Prize Bounty

$7K in tez for best technical solution
$4K in tez for best concept
$3K in tez for best idea/most creative solution

Submission Requirements

Technical solutions:

Submissions must be open source (MIT license)
Technical solutions must have a working prototype deployed live on the current testnet
Technical solutions must list the addresses of their token contracts
Submissions must have a writeup on what the product backlog for reaching 'completion' looks like

Concepts:

Submissions must be open source (MIT license)
A working prototype of the UI or a design prototype
A feasibility plan with a description of the architecture and tooling that are needed to build the project
The limitations of the project on the Tezos blockchain including the potential risks and security questions
A committed team for building prototype

Ideas:

Ideas must have whitepaper or a document of with reasonable font size and margins, written to the standards of a scientific publication (including citations for all non-original material)
And a detailed presentation or a video explaining the main concepts
Details about technological solutions that could be used for the project
A proven understanding of the Tezos blockchain and it’s ecosystem

We reserve the right not to pay out prizes if none of the applicable submissions meet the minimum criteria.

Judging Criteria

Technical:

Does the code work?
Is it secure?
Is the documentation clear and easy to follow?
How easy is it for the ecosystem to make use of it?

Design and UX:

Do user flows support user agency (through direct flows, meaningful feedback, and clear explanations)?
Does the interface use consistent, accessibility-minded patterns?

Non-technical:

Appropriateness: How applicable is the proposed solution to the proposed problem?
Novelty: Innovativeness of the whitepaper
Depth: are potential risks, issues and challenges appropriately addressed?
Feasibility: How feasible is the implementation, looking at the current capabilities and limitations of the Tezos protocol?

Winner Announcement Date

Winners will be announced on 12/09/2022, with payouts to be completed within 7 days.

SaladAuthority commented 1 year ago

Can we define gaming tournaments?

Are there any feature requirements?

prasahan commented 1 year ago

built an anti cheat tool for gaming tournaments

Dreitser commented 1 year ago

Hi @annielian12 There was an error in Gitcoin system and my work for this was not submitted, can I send it manually?

annielian12 commented 1 year ago

Hi @annielian12 There was an error in Gitcoin system and my work for this was not submitted, can I send it manually?

Please make a submission request to: Gloria@buidlbox.io

Dreitser commented 1 year ago

Hi @annielian12 There was an error in Gitcoin system and my work for this was not submitted, can I send it manually?

Please make a submission request to: Gloria@buidlbox.io

Fantastic, Thank you @annielian12, I sent Gloria an email, is there anyone I should CC?

annielian12 commented 1 year ago

Hi @annielian12 There was an error in Gitcoin system and my work for this was not submitted, can I send it manually?

Please make a submission request to: Gloria@buidlbox.io

Fantastic, Thank you @annielian12, I sent Gloria an email, is there anyone I should CC?

kitti.borissza@tzconnect.com

Dreitser commented 1 year ago

Awesome, thank you @annielian12

MB14eth commented 1 year ago

One way to use cryptography and blockchain to develop an anti-cheat tool with JsLigo is to create a smart contract that is designed to prevent cheating in online games. The smart contract could be used to verify the legitimacy of game results and ensure that players are not using any unauthorized means to gain an advantage.

The smart contract could use cryptographic hashes to securely record game results and prevent tampering. It could also incorporate features such as random number generation to ensure that games are fair and unpredictable.

In addition, the use of a decentralized blockchain network would provide a tamper-proof record of game results and prevent any single player or entity from altering the results. This would help to ensure that the game remains fair and honest for all players.

Overall, using cryptography and blockchain technology with JsLigo could provide a powerful and secure tool for preventing cheating in online games.

Block-Born / Block-Born-Hackathon