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Your RWA can be on-chain. Your actual ownership may still be off-chain.
For a long time, I assumed “tokenization” meant an asset had genuinely moved its ownership to a blockchain: ownership, transferability and settlement handled directly through smart contracts.
But after looking at how @Dusk distinguishes tokenization from native issuance, one detail made me stop.
With a traditional tokenized bond, the underlying asset can remain in the custody of an off-chain entity. The on-chain token acts as a digital representation, but does not necessarily become the definitive legal record of ownership.
And that distinction becomes more important when something goes wrong.
If the custodian fails, the token does not magically become ownership of the underlying asset. The holder can still depend on an external legal and operational framework to enforce their claim.
There is also another layer: keeping the on-chain record synchronized with the off-chain reality requires reconciliation.
That made me realize the difference is not simply technical.
With native issuance, the goal is to create the asset directly on blockchain infrastructure under the appropriate legal framework. Transfers and settlement can then be integrated into the same system, reducing the need to reconcile an on-chain representation with a separate off-chain record.
The NPEX case makes this particularly interesting. As an AFM-supervised capital markets platform, its work around a DLT-TSS license is focused on enabling securities to be natively issued on Dusk rather than simply wrapping existing assets in tokens.
From my perspective, the real distinction comes down to where ownership lives and where the risk sits.
Maybe the right question for any RWA isn’t:
“Is it tokenized?”
It is:
“Does ownership actually exist at the protocol level, or is the token simply a claim on an asset that still exists somewhere else?”
That distinction could become more important than “tokenization” itself as capital markets move on-chain.
URGENT: 🇺🇸🇮🇷 According to former representative Marjorie Taylor Greene, White House officials would be discussing the use of nuclear weapons against Iran in strategic meetings.
Greene said: «It’s real. I’m not speculating, I know».
I was reviewing the rewards distribution table for @Dusk y and there was a detail about the burn mechanism that especially caught my attention.
The block generator receives directly 70% of each block reward, plus up to an additional 10% associated with so-called certificate credits. What’s interesting is that any portion of that extra 10% that isn’t claimed is burned instead of being redistributed.
And here comes my main question: the documentation doesn’t clearly define what exactly is considered a «certificate credit». I checked again to see if there was any additional reference, but the section just mentions it and continues with the distribution.
This gap seems relevant.
A burn tied to an engagement metric that isn’t fully defined works quite differently from the programmed burns or burns activated via governance that we usually see in other projects.
The rest of the distribution is much simpler:
10% → development fund 5% → validation 5% → ratification
As for emissions, Dusk uses a 36-year decay schedule, with halvings every four years, and it also provides for up to an additional 500 million DUSK on top of the initial 500 million supply.
Against that emissions curve, the amounts burned per block may seem small.
But when we’re talking about thousands of blocks and potentially inconsistent participation in certificate credits, the accumulated magnitude starts to become a variable that deserves tracking.
I don’t think this detail changes my stance on $DUSK . But it does change something more important: which metrics I want to observe in the rewards data from now on.
The follow-up question I’d keep a close eye on is how much DUSK ends up being effectively claimed and how much ends up being removed from the supply through this mechanism.
$ZEC shows a strong bullish breakout on the 1h chart, recovering all key moving averages with the MA7 crossing above the MA99. With RSI(6) at 70.07 on the 15m chart, the immediate momentum supports a continuation toward the resistance level 495.56.
Buy $ZEC at current levels.
Entry zone: 490.37 - 492.83
Take partial profit 1: 515.38 Take partial profit 2: 534.40
$DUSK is severely overextended with the 1h RSI(6) at 95.29, indicating a blow-off parabola-style peak near the resistance 0.07430. A mean-reversion reversal scalp is favored, as the 15m chart shows initial distribution signals and a loss of momentum below the recent high.