GitBook: [en] 3 pages modified

This commit is contained in:
bt11ba 2021-10-07 20:42:16 +00:00 committed by gitbook-bot
parent 1806b007b6
commit 57b207e74d
No known key found for this signature in database
GPG Key ID: 07D2180C7B12D0FF
3 changed files with 10 additions and 11 deletions

@ -1,7 +1,5 @@
# Introduction of Tornado.Cash
**\[Work in progress\]**
![](.gitbook/assets/image.png)
Tornado Cash is a **fully decentralized** **non-custodial** **protocol** allowing private transactions in the crypto-space.
@ -30,9 +28,9 @@ As of today, Tornado.Cash can be used with the following tokens:
![](.gitbook/assets/non-custodial-anonymous-transactions-on-ethereum-3-.png)
The protocol also includes an **anonymity mining system for some of its token**, allowing its users to earn a **governance token**. Thanks to TORN tokens, Tornado Cash users actively participate in shaping the protocol. The community has a strong weight regarding the evolution of Tornado Cash and the improvement of its features. Indeed, protocol para@eters & token distribution are completely under the community's control through this governance.
The protocol also includes an **anonymity mining system for some of its token**, allowing its users to earn a **governance token**. Thanks to TORN tokens, Tornado Cash users actively participate in shaping the protocol. The community has a strong weight regarding the evolution of Tornado Cash and the improvement of its features. Indeed, protocol parameters & token distribution are completely under the community's control through this governance.
More information about [Anonymity mining](anonymity-mining.md) & [Tornado.Cash token](torn.md) are available.
_More information about_ [_Anonymity mining_](anonymity-mining.md) _&_ [_Tornado.Cash token_](torn.md) _are available._
## How does Tornado.Cash run?
@ -42,5 +40,7 @@ The protocol also functions with zk-SNARK, which enables zero-knowledge proofs a
User interface is hosted on **IPFS** \(InterPlanetary File System\) by the community, minimizing risks of data being deleted. Indeed, the interface will work as long as at least one user is hosting it.
_Written by_ [_@ayefda_](https://torn.community/u/ayefda)\_\_

@ -1,7 +1,5 @@
# Community Involvement
**\[Work In Progress\]**
In a Decentralized Autonomous Organization \(DAO\), significant elements such as protocol parameters & token distribution are controlled by the community through governance. This governance allows the community to shape & continuously improve the protocol.
However, the role of a community does not stop to suggesting proposals & expressing its opinion through votes. The community can also actively contribute to the success and prosperity of their protocol through constructive debates, mutual help and specific actions.

@ -1,7 +1,5 @@
# How does Tornado.Cash work?
**\[Work in progress\]**
Before diving in tutorials explaining & easing the use of Tornado.Cash, here is an overall overview of the protocol global functioning.
### Global overview of Tornado.Cash functioning
@ -14,8 +12,9 @@ When a user puts funds into a pool \(a.k.a. the deposit\), a private note is gen
The strength of such a protocol comes naturally from its number of users and the size of its pool. The more users deposit into the pool the merrier. However, to preserve privacy & anonymity, the user must keep some basic rules in mind such as:
* Leaving a lapse of time between the deposit & the withdrawal action
* Mixing its funds with the crowd by waiting for several transactions before recovering its assets.
* Using a relayer to pay gas at withdrawal;
* Leaving a lapse of time between the deposit & the withdrawal action;
* Mixing its funds with the crowd by waiting for several transactions before recovering its assets.
_More recommendations are provided on:_ [_Tips to remain anonymous_](tips-to-remain-anonymous.md)_._
@ -31,5 +30,7 @@ Thanks to zk-SNARK, it is possible to prove the 20 mimc hash of the initial comm
Deposits are simple on a technological point of view, but expensive in terms of gas as they need to compute the 20 mimc hash & update the Merkle tree. At the opposite, the withdrawal process is complex, but cheaper as gas is only needed for the nullifier hash and the zero-knowledge proof.
_Written by_ [_@ayefda_](https://torn.community/u/ayefda)\_\_