On January 7, 2026, a long-dormant chain finally awoke. The Dusk mainnet was officially launched, and this time it’s not just another Layer 1 reiteration, but a profound overhaul of financial infrastructure.
Institutional funds are screaming. They crave liquidity in permissionless environments, but the near-exposure transparency of traditional public chains causes entities constrained by data sovereignty and regulatory pressures to hesitate. The ledger is bleeding.
The question is: how to make the chain truly useful without breaking compliance? Other projects patch things up—adding privacy modules after the fact, resulting in bloated and inefficient systems. Dusk took a different approach: embedding privacy DNA directly into the protocol core, using zero-knowledge proofs to walk a tightrope between data sovereignty and auditability.
Supporting this solution is the Piecrust virtual machine. Traditional VMs handling privacy proofs tend to be sluggish, but Piecrust changes that. It is compatible with the Rust ecosystem and optimizes instruction sets to bring the computational cost of zero-knowledge proofs down to a commercially acceptable level. Developers no longer have to go crazy over long proof generation times.
Efficiency is liberated for applications. As a result, DuskEVM can run smoothly, and Solidity developers can switch seamlessly. This is not just a technological evolution but a critical breakthrough connecting finance with reality.
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NotSatoshi
· 5h ago
Zero-knowledge proofs walking a tightrope? These days, who doesn't want both privacy and compliance? Can Dusk's approach hold up?
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RatioHunter
· 5h ago
Oh wow, finally someone dares to implement privacy at the protocol level, not just a patch solution like those after-the-fact fixes.
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GmGmNoGn
· 6h ago
Zero-knowledge proofs are used as the core at the protocol layer? Now that's the way to play, finally someone isn't just cleaning up after the fact.
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SatoshiNotNakamoto
· 6h ago
Really? Zero-knowledge proofs are finally no longer sluggish? Then why am I still waiting for on-chain transactions...
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RektDetective
· 6h ago
Zero-knowledge proofs at the protocol layer—this idea is truly brilliant. Institutions finally have an excuse to avoid bare-bones approaches.
On January 7, 2026, a long-dormant chain finally awoke. The Dusk mainnet was officially launched, and this time it’s not just another Layer 1 reiteration, but a profound overhaul of financial infrastructure.
Institutional funds are screaming. They crave liquidity in permissionless environments, but the near-exposure transparency of traditional public chains causes entities constrained by data sovereignty and regulatory pressures to hesitate. The ledger is bleeding.
The question is: how to make the chain truly useful without breaking compliance? Other projects patch things up—adding privacy modules after the fact, resulting in bloated and inefficient systems. Dusk took a different approach: embedding privacy DNA directly into the protocol core, using zero-knowledge proofs to walk a tightrope between data sovereignty and auditability.
Supporting this solution is the Piecrust virtual machine. Traditional VMs handling privacy proofs tend to be sluggish, but Piecrust changes that. It is compatible with the Rust ecosystem and optimizes instruction sets to bring the computational cost of zero-knowledge proofs down to a commercially acceptable level. Developers no longer have to go crazy over long proof generation times.
Efficiency is liberated for applications. As a result, DuskEVM can run smoothly, and Solidity developers can switch seamlessly. This is not just a technological evolution but a critical breakthrough connecting finance with reality.