#dusk $DUSK @Dusk
While having coffee and trading on $CLO $RED , i was browsing Dusk Explorer and validator statistics, I found myself spending less time looking at staking rewards and more time looking at what happened after rewards were issued.
One metric caught my attention.
Recent network data shows roughly 149K DUSK distributed in rewards over 24 hours while about 22K DUSK was burned during the same period. That's a burn to reward ratio of roughly 1:7.
I don't think this is a bullish or bearish signal.
What interested me is how different it looks from the way tokenomics discussions are usually framed.
Most conversations focus on emissions or burns separately.
The ratio suggests they may be more meaningful when viewed together.
At current network conditions, rewards are expanding supply faster than burns are removing it. Yet the burn mechanism is not insignificant either. It acts as a counterweight whose impact depends on how validator activity, staking participation, and settlement volume evolve over time.
That creates an interesting dynamic.
The network isn't purely driven by emissions, nor is it meaningfully deflationary based on current data. Instead, it appears to sit somewhere between the two, with future network usage potentially determining which force becomes more influential.
Of course, there are other explanations. Burn rates can fluctuate with activity, and short observation windows can be misleading.
Just gona have dinner ..
What I'd like to research next is this:
If settlement activity grows significantly over the next few years, how quickly does the burn to reward ratio change, and at what point does network usage become a larger driver of supply dynamics than emissions themselves
While having coffee and trading on $CLO $RED , i was browsing Dusk Explorer and validator statistics, I found myself spending less time looking at staking rewards and more time looking at what happened after rewards were issued.
One metric caught my attention.
Recent network data shows roughly 149K DUSK distributed in rewards over 24 hours while about 22K DUSK was burned during the same period. That's a burn to reward ratio of roughly 1:7.
I don't think this is a bullish or bearish signal.
What interested me is how different it looks from the way tokenomics discussions are usually framed.
Most conversations focus on emissions or burns separately.
The ratio suggests they may be more meaningful when viewed together.
At current network conditions, rewards are expanding supply faster than burns are removing it. Yet the burn mechanism is not insignificant either. It acts as a counterweight whose impact depends on how validator activity, staking participation, and settlement volume evolve over time.
That creates an interesting dynamic.
The network isn't purely driven by emissions, nor is it meaningfully deflationary based on current data. Instead, it appears to sit somewhere between the two, with future network usage potentially determining which force becomes more influential.
Of course, there are other explanations. Burn rates can fluctuate with activity, and short observation windows can be misleading.
Just gona have dinner ..
What I'd like to research next is this:
If settlement activity grows significantly over the next few years, how quickly does the burn to reward ratio change, and at what point does network usage become a larger driver of supply dynamics than emissions themselves