You can mix chips more randomly than any predefined mixing procedure.
Each merged or split chip is identically same.
You can instantly withdraw chips with private keys after mixing.
You can instantly use chips straight after mixing.
From blockchain security perspective, the transaction is always secure.
You can securely merge small chips to bigger ones.
You pay what you want
There's no trace of your bitcodes and transactions.
While fungibility is an essential property of good money, Bitcoin has its limitations in this area. Numerous fungibility improvements have been proposed; however none of them have addressed the privacy issues in full. Anonset is first to offer protections against all the different ways a user's privacy can be breached. The scope of Anonset is not limited to a single transaction, it extends to transaction chains and it addresses various network layer deanonymizations, however its scope is limited to Bitcoin's first layer. Even if an off-chain anonymity solution gets widely adopted, ultimately the entrance and exit transactions will always be settled on-chain. Therefore there will always be need for on-chain privacy.
Ideal fungibility requires every Bitcoin transaction to be indistinguishable from each other, but it is an unrealistic goal. Anonset's objective is to break all links between separate sets of coins. Anonset presents a mixing privacy framework coupled with Chaumian CoinJoin, which was first introduced in 2013 by Gregory Maxwell. A mixing round runs within seconds, its anonymity set can go beyond a single CoinJoin transaction's if needed, and its DoS resilience presumes a transaction fee environment above $1 [note: not sure what $-amounts are doing here. Bitcoin fees are measured in sats.] Bitcoin.
Hopefully, Anonset will enable the usage of Bitcoin in a fully anonymous way for the first time.