Whether a blockchain project can truly be implemented depends not on how cool the technology is, but on whether it can establish a self-sustaining and continuously growing economic system. Take Dusk Network as an example; it designs technology under the banner of "compliant privacy," but ultimately, its value must be proven through real users and real cash flow applications—moving from theory to reality, this is the complete story.
Based on its technical features, three clear ecosystem paths can be identified.
The first is the on-chain transformation of institutional-grade financial instruments. Imagine building a compliant derivatives trading platform using privacy smart contracts, where trading parties can hide their identities and position sizes, yet still complete transactions and settlements, while meeting the audit requirements of exchanges and regulators. This is very attractive to institutional investors.
The second is autonomous control over identity and credit. In an era of data sovereignty, users can hold encrypted credentials of their education, occupation, assets, and other information, and selectively present specific proofs to banks or service providers when needed. This protects privacy while enabling credit lending or access verification—two benefits in one.
The third is supply chain and trade finance aimed at the real economy. Sensitive data such as prices and quantities among participants are protected, but logistics, information flow, and capital flow can be fully traced and automatically settled.
What is the core of these three application types? They all rely on the privacy and verification capabilities provided by the underlying network. The network's token is the passport to access these core capabilities—using it to pay for computational fees, incentivize validation nodes, and participate in governance.
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ThreeHornBlasts
· 11m ago
Well said, but the real question is how many people actually need these?
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SelfRugger
· 7h ago
Sounds good, but can Dusk really attract that much institutional capital? It still seems to depend on whether they can turn these visions into usable products in the future.
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RetroHodler91
· 01-11 16:53
Well, that's a valid point, but the key still depends on whether it can truly attract institutions with real money to use it.
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BloodInStreets
· 01-11 16:50
Basically, it's about whether we can really burn money to sustain the ecosystem. No matter how loud the technical hype is, it's useless.
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StablecoinAnxiety
· 01-11 16:49
To be honest, Dusk's approach of privacy + compliance sounds good, but can it truly attract institutional buy-in? It still seems to depend on whether there are real-world applications backed by actual funds.
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ResearchChadButBroke
· 01-11 16:49
In simple terms, it means real money needs to come in. No matter how advanced the technology is, if there are no application scenarios, it's all pointless.
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GateUser-2fce706c
· 01-11 16:40
I've always said that the most important thing in this industry is practical application, and there are still too many people who only realize this now.
Whether a blockchain project can truly be implemented depends not on how cool the technology is, but on whether it can establish a self-sustaining and continuously growing economic system. Take Dusk Network as an example; it designs technology under the banner of "compliant privacy," but ultimately, its value must be proven through real users and real cash flow applications—moving from theory to reality, this is the complete story.
Based on its technical features, three clear ecosystem paths can be identified.
The first is the on-chain transformation of institutional-grade financial instruments. Imagine building a compliant derivatives trading platform using privacy smart contracts, where trading parties can hide their identities and position sizes, yet still complete transactions and settlements, while meeting the audit requirements of exchanges and regulators. This is very attractive to institutional investors.
The second is autonomous control over identity and credit. In an era of data sovereignty, users can hold encrypted credentials of their education, occupation, assets, and other information, and selectively present specific proofs to banks or service providers when needed. This protects privacy while enabling credit lending or access verification—two benefits in one.
The third is supply chain and trade finance aimed at the real economy. Sensitive data such as prices and quantities among participants are protected, but logistics, information flow, and capital flow can be fully traced and automatically settled.
What is the core of these three application types? They all rely on the privacy and verification capabilities provided by the underlying network. The network's token is the passport to access these core capabilities—using it to pay for computational fees, incentivize validation nodes, and participate in governance.