At Cypher Lab, Alice's Ring is our centerpiece, a TypeScript library enabling the generation of any form of proof. Around this algorithm, we are building a set of tools to aggregate data to produce tangible proofs. From that, numerous modules will emerge to cover all possible use cases.
Alice's Ring ensures that your on-chain identity remains protected, keeping private your valuable assets, transaction history, and on-chain identity.
Chain agnostic :
Our solution enables the generation and utilization of proofs regardless of the blockchain or ecosystem you are using.
Innovative:
Ring signatures have been a cryptographic technique known to cryptographers for several years, but their use within the Blockchain ecosystem has been limited. The Monero blockchain can be noted as the first blockchain to employ this cryptographic solution at the protocol level.
However, there is currently no complete, robust, and audited implementation of ring signatures. This is where we come in!
Our goal with Alice's Ring is to develop the first library implementing the ring signature process for the blockchain ecosystem and to develop, upon request, modules with specific use cases such as proof of solvency and proof of ownership...
What are ring signatures ?
Ring signatures are a type of digital signature that allows a group of users to sign a message anonymously. Unlike traditional digital signatures uniquely linked to one user, ring signatures obscure who specifically authored a message by linking multiple possible signers together in a "ring".
Ring signatures help preserve privacy and anonymity through obscuring the specific originator of a message. By grouping possible signers in a "ring", there is no way to definitively pinpoint the actual individual who authored the content. This prevents transactions from being easily traced back to a single user. The larger the ring of possible signers, the more anonymity is provided to the real originator.
OpenOasis process
In the Tasks section, you will find 5 issues you can work on. They can be solved in any order.
How to complete the issues ?
Fork the repository
Add your changes in the fork
Create a new pull request from your fork to the main branch of this repository
Code requirement:
Document your code as much as possible. We need to understand what you did and how you did it
For the Solidity tasks, please pay attention to code efficiency and gas cost but keep in mind that a small gas optimization that makes the code difficult to read is not a good improvement.
PR requirement:
When creating a PR add a quick description about what you did and how you did it
Cypher Lab
🎯 ENHANCING WEB3 PRIVACY
Alice's Ring💍
At Cypher Lab, Alice's Ring is our centerpiece, a TypeScript library enabling the generation of any form of proof. Around this algorithm, we are building a set of tools to aggregate data to produce tangible proofs. From that, numerous modules will emerge to cover all possible use cases. Alice's Ring ensures that your on-chain identity remains protected, keeping private your valuable assets, transaction history, and on-chain identity.
Our solution enables the generation and utilization of proofs regardless of the blockchain or ecosystem you are using.
Innovative:
Ring signatures have been a cryptographic technique known to cryptographers for several years, but their use within the Blockchain ecosystem has been limited. The Monero blockchain can be noted as the first blockchain to employ this cryptographic solution at the protocol level. However, there is currently no complete, robust, and audited implementation of ring signatures. This is where we come in!
Our goal with Alice's Ring is to develop the first library implementing the ring signature process for the blockchain ecosystem and to develop, upon request, modules with specific use cases such as proof of solvency and proof of ownership...
What are ring signatures ?
Ring signatures are a type of digital signature that allows a group of users to sign a message anonymously. Unlike traditional digital signatures uniquely linked to one user, ring signatures obscure who specifically authored a message by linking multiple possible signers together in a "ring".
Ring signatures help preserve privacy and anonymity through obscuring the specific originator of a message. By grouping possible signers in a "ring", there is no way to definitively pinpoint the actual individual who authored the content. This prevents transactions from being easily traced back to a single user. The larger the ring of possible signers, the more anonymity is provided to the real originator.
OpenOasis process
In the Tasks section, you will find 5 issues you can work on. They can be solved in any order.
How to complete the issues ?
mainbranch of this repositoryCode requirement:
PR requirement:
Tasks
Useful resources
Contact us:
About OpenOasis and any other technical stuff
lejamonorelli610About Business and everything else