Honestly, I initially thought Dusk was just another old套路 of anonymous narrative marketing. Until last week, when I followed the Discord community and sat in on the mainnet RC2 tests—at 3:00 a.m., my iced Americano had already gone lukewarm. I set the Gas low, and it got stuck for 20 minutes; I ended up complaining to an admin. Only while testing did I realize this thing is fundamentally not the same as the privacy chains I’d played before.
Most privacy chains put encryption at the smart-contract layer. It’s like your home’s door lock is installed in the living room—if a thief breaks in through a window, everything inside is visible. Last year, when I tested a certain popular privacy chain, it was because of a contract permission vulnerability: all transfer data in plaintext was directly exposed in the block explorer. The test address I left behind got harassed by junk airdrops for two months. Dusk hardwires Pedersen commitment encryption into the SBA consensus layer. From the moment assets enter the mempool, they’re already in encrypted state. Even if a node has the full block data, it can only read a zero-knowledge proof that says the transaction is “valid”—not a single cent plaintext amount or address. I even tried to shove plaintext transaction data into the node interface on purpose, and it got rejected back by the consensus layer; it couldn’t even make it past the verification step.
I used to be most annoyed by privacy chains’ KYC problem. Last year, I used a compliant privacy chain, uploaded my passport photo via a third-party plugin, and then—turns out—I immediately started getting spam SMS about offshore wealth management. Dusk’s ZkKYC is directly embedded in the Rusk virtual machine. Your KYC credentials stay on your own local device. When you transact, it only generates a proof that “I meet regulatory requirements.” Even the project team can’t obtain your identity information. And even if regulators open an audit view, they can only see the specific transactions they’re allowed to see. Now they’ve just merged the PR combining FRI + PLONK mixed proofs: single-tx verification is down to 1.4 milliseconds. The Gas for running encrypted smart contracts is 67% lower than the EVM approach with a ZK layer. I deployed a test bond contract and it was under 20 lines of code, and the Gas cost was only 0.28 $DUSK .
Before, I got trapped and lost nearly two thousand U on an older privacy chain. I always felt that privacy and compliance are natural enemies: either you build a fully anonymous gray-market hotbed, or you build a “compliance chain” that rips users’ privacy apart. After running the Dusk tests, I finally understood that privacy shouldn’t be a fig leaf for gray markets in the first place. Users’ asset and identity data should always be in the users’ own hands. Compliance also shouldn’t come at the cost of sacrificing privacy. Dusk truly untied that twisted knot they’ve been struggling with for almost a decade at the underlying level, cutting it open: @Dusk
#dusk $DUSK
Most privacy chains put encryption at the smart-contract layer. It’s like your home’s door lock is installed in the living room—if a thief breaks in through a window, everything inside is visible. Last year, when I tested a certain popular privacy chain, it was because of a contract permission vulnerability: all transfer data in plaintext was directly exposed in the block explorer. The test address I left behind got harassed by junk airdrops for two months. Dusk hardwires Pedersen commitment encryption into the SBA consensus layer. From the moment assets enter the mempool, they’re already in encrypted state. Even if a node has the full block data, it can only read a zero-knowledge proof that says the transaction is “valid”—not a single cent plaintext amount or address. I even tried to shove plaintext transaction data into the node interface on purpose, and it got rejected back by the consensus layer; it couldn’t even make it past the verification step.
I used to be most annoyed by privacy chains’ KYC problem. Last year, I used a compliant privacy chain, uploaded my passport photo via a third-party plugin, and then—turns out—I immediately started getting spam SMS about offshore wealth management. Dusk’s ZkKYC is directly embedded in the Rusk virtual machine. Your KYC credentials stay on your own local device. When you transact, it only generates a proof that “I meet regulatory requirements.” Even the project team can’t obtain your identity information. And even if regulators open an audit view, they can only see the specific transactions they’re allowed to see. Now they’ve just merged the PR combining FRI + PLONK mixed proofs: single-tx verification is down to 1.4 milliseconds. The Gas for running encrypted smart contracts is 67% lower than the EVM approach with a ZK layer. I deployed a test bond contract and it was under 20 lines of code, and the Gas cost was only 0.28 $DUSK .
Before, I got trapped and lost nearly two thousand U on an older privacy chain. I always felt that privacy and compliance are natural enemies: either you build a fully anonymous gray-market hotbed, or you build a “compliance chain” that rips users’ privacy apart. After running the Dusk tests, I finally understood that privacy shouldn’t be a fig leaf for gray markets in the first place. Users’ asset and identity data should always be in the users’ own hands. Compliance also shouldn’t come at the cost of sacrificing privacy. Dusk truly untied that twisted knot they’ve been struggling with for almost a decade at the underlying level, cutting it open: @Dusk
#dusk $DUSK
