This is the highest-traffic post I’ve had since Binance
I really didn’t expect
that my first time would go to a cow
Speaking of cows—in my view, the most powerful privacy project I have is @Dusk
not the kind of self-hype where “I used some consensus so I’m so great”
It’s that it actually did something that everyone thought was impossible.
Privacy and compliance—these two are supposed to be sworn enemies. The deeper you hide, the more nervous regulators get. But Dusk took a third path.
The most mind-boggling design is called Proof-of-Blind Bid.
On other chains, everyone can see who produces blocks and how much is staked—basically laying the validator’s cards on the table. Dusk doesn’t play that game.
The staking amount is wrapped with Pedersen commitments, and then a zero-knowledge proof is used to tell the network, “I’m eligible to produce blocks,”
but it doesn’t reveal who you are or how much you staked.
A group of people wear masks and vote in the dark in a dim room.
If an attacker wants to cause trouble?
They can’t even find the target.
For the trading side, Phoenix handles anonymity. Each transaction generates a one-time address. The anonymous set is the total of all cumulative outputs from the genesis block to now— the more people use it, the deeper your privacy. Not something propped up by a mixing pool.
Another one: Zedger
Specially designed for security tokenization—regulatory requirements like whitelists, recipient approval, and equity snapshots are written one by one into the protocol layer, not the contract layer, into the protocol itself.
The chain itself was built like this.
While others are still debating how to put assets on-chain,
Dusk is already answering how to meet regulatory requirements after assets are on-chain.
The technical foundation is solid too.
Rusk VM is built on the WASM architecture, with native support for on-chain ZK verification.
The cryptography components hash uses both Blake2b and Poseidon. Signatures use both Schnorr and BLS.
Most whitepapers stop at this level with a line like “uses industry-standard mainstream solutions,” but Dusk specifies every screw’s exact model.
Tokenomics are not exaggerated either.
Total supply capped at 1 billion. Halves every four years. Any block rewards that aren’t distributed are directly burned. The more active the network, the more it burns: #dusk $DUSK
I really didn’t expect
that my first time would go to a cow
Speaking of cows—in my view, the most powerful privacy project I have is @Dusk
not the kind of self-hype where “I used some consensus so I’m so great”
It’s that it actually did something that everyone thought was impossible.
Privacy and compliance—these two are supposed to be sworn enemies. The deeper you hide, the more nervous regulators get. But Dusk took a third path.
The most mind-boggling design is called Proof-of-Blind Bid.
On other chains, everyone can see who produces blocks and how much is staked—basically laying the validator’s cards on the table. Dusk doesn’t play that game.
The staking amount is wrapped with Pedersen commitments, and then a zero-knowledge proof is used to tell the network, “I’m eligible to produce blocks,”
but it doesn’t reveal who you are or how much you staked.
A group of people wear masks and vote in the dark in a dim room.
If an attacker wants to cause trouble?
They can’t even find the target.
For the trading side, Phoenix handles anonymity. Each transaction generates a one-time address. The anonymous set is the total of all cumulative outputs from the genesis block to now— the more people use it, the deeper your privacy. Not something propped up by a mixing pool.
Another one: Zedger
Specially designed for security tokenization—regulatory requirements like whitelists, recipient approval, and equity snapshots are written one by one into the protocol layer, not the contract layer, into the protocol itself.
The chain itself was built like this.
While others are still debating how to put assets on-chain,
Dusk is already answering how to meet regulatory requirements after assets are on-chain.
The technical foundation is solid too.
Rusk VM is built on the WASM architecture, with native support for on-chain ZK verification.
The cryptography components hash uses both Blake2b and Poseidon. Signatures use both Schnorr and BLS.
Most whitepapers stop at this level with a line like “uses industry-standard mainstream solutions,” but Dusk specifies every screw’s exact model.
Tokenomics are not exaggerated either.
Total supply capped at 1 billion. Halves every four years. Any block rewards that aren’t distributed are directly burned. The more active the network, the more it burns: #dusk $DUSK