I used to think tokenization and native issuance were basically two ways of putting an asset onchain. Dusk's own comparison page changed that framing. They're not two degrees of the same thing. They're two different architectures entirely.
By Dusk's own definition, tokenization issues a token representing an asset or a claim on it, while the underlying asset can stay tied to whatever custody, registry, and settlement processes were already running off-chain. The token is a representation, not the underlying asset itself. Native issuance removes that layer: the asset exists on-chain as itself, and its lifecycle, being issued, transferred, serviced, settled, doesn't need a separate record somewhere else to point back to.
The catch is that a token can still depend on another system remaining the real source of truth. If that off-chain registry lags or breaks, the token's guarantee is only as strong as the reconciliation behind it.
Here's where it gets conditional. Dusk's own comparison says native issuance can reduce reliance on separate custody and registry layers, "depending on the legal structure." That qualifier is doing most of the work in this thesis. The efficiency case doesn't come from the technology existing. It depends on the legal structure actually letting the on-chain record carry that weight, instead of remaining just another copy of the real one.
"A token that represents an asset and an asset that exists as the token are two different promises, even when both get sold as tokenization."
What I'd actually want to see before calling this real: one regulated security where the authoritative record lives onchain, not a settlement layer running alongside a registry that still has the final say.
#dusk $DUSK @Dusk
By Dusk's own definition, tokenization issues a token representing an asset or a claim on it, while the underlying asset can stay tied to whatever custody, registry, and settlement processes were already running off-chain. The token is a representation, not the underlying asset itself. Native issuance removes that layer: the asset exists on-chain as itself, and its lifecycle, being issued, transferred, serviced, settled, doesn't need a separate record somewhere else to point back to.
The catch is that a token can still depend on another system remaining the real source of truth. If that off-chain registry lags or breaks, the token's guarantee is only as strong as the reconciliation behind it.
Here's where it gets conditional. Dusk's own comparison says native issuance can reduce reliance on separate custody and registry layers, "depending on the legal structure." That qualifier is doing most of the work in this thesis. The efficiency case doesn't come from the technology existing. It depends on the legal structure actually letting the on-chain record carry that weight, instead of remaining just another copy of the real one.
"A token that represents an asset and an asset that exists as the token are two different promises, even when both get sold as tokenization."
What I'd actually want to see before calling this real: one regulated security where the authoritative record lives onchain, not a settlement layer running alongside a registry that still has the final say.
#dusk $DUSK @Dusk