$STAR $GPS $DUSK #dusk @Dusk Dusk's 80/10/5/5 isn't real here's what's actually in the block reward
I was checking my rewards this morning around 10–11 and the split looked different from what I remembered, so I pulled up the staking dashboard and went back to the tokenomics page.
The line that caught me was: "70% + up to 10%."
The block generator gets a fixed 70%. That extra 10% isn't guaranteed — it depends on credits included in the certificate. And if part of it isn't distributed, Dusk burns it.
misses an important condition. The actual structure is:
70% → fixed block-generator share up to 10% → conditional block-generator share 10% → development 5% → validation 5% → ratification
The part I found interesting is where the unused reward goes: nowhere. It isn't redirected to another committee or the development fund. It's burned.
It reminded me of how airline miles work. You earn a base rate on every ticket, guaranteed. But bonus miles — the ones tied to fare class or promo conditions — only land if you actually meet the condition. Miss it, and that bonus doesn't roll over to next time. It's just gone. Dusk's certificate-based 10% works the same way: conditional, and unclaimed by default.
That matters against the bigger picture. Dusk is scheduled to emit 500M DUSK for staking rewards over 36 years, on a fixed decay curve.
The headline schedule only tells you what can be emitted. This mechanism quietly decides how much of that actually gets distributed. A small, structural deflationary pressure, sitting inside what looks like a straightforward inflation model.
What the docs don't spell out: what exactly earns those certificate credits, and how often a provisioner captures the full extra 10% versus losing part of it to the burn.
I opened the dashboard expecting a simple reward split. I found a conditional one instead. 🧐
What do you think of Dusk’s conditional 10% reward?
I was looking at Dusk’s node security docs and one detail made me stop.
Dusk recommends separating the consensus key from the owner key: the node uses the consensus key to vote and sign blocks, while only the owner key can unstake or withdraw the stake.
That sounds like a clean security boundary.
But then I noticed the important part: Dusk says the separate owner key can be another address derived from the same mnemonic, and the setup is most effective when that mnemonic is not stored on the server. The node itself only needs the consensus key file.
So the interesting security boundary may not actually be “two keys” — it’s really about where the recovery secret lives, and what each key can and can’t do if compromised.
If an attacker compromises the node but never gets the mnemonic or owner key, they can’t withdraw the stake. But they can still control the consensus key — which creates a different risk: consensus-level penalties for invalid or conflicting votes.
The owner key protects the principal from direct withdrawal, but it can’t prevent consensus-level penalties if the consensus key is compromised.
That’s a meaningfully different risk profile than simply thinking “two keys = safe.”
Does Dusk’s documented slashing-recovery process fully address a compromised consensus key, or is key rotation still the main practical response? #dusk @Dusk
I used to think “private blockchain” meant nobody sees anything, full stop. Then I tried moving funds between two accounts for a small OTC deal and realized I had no idea which model to even use — and honestly panicked for a second thinking I’d picked the wrong one and my counterparty would see an amount I didn’t want shown. 😅
Turns out DuskDS gives you two native transaction models: Moonlight for public transfers and Phoenix for shielded ones — and picking wrong isn’t the disaster I imagined, since each one is doing an intentional job.
With Moonlight, it’s like a bank transfer — sender, recipient, amount, all visible on a statement anyone with access can pull up. Phoenix is closer to paying cash — funds sit as encrypted notes, and zero-knowledge proofs confirm the transaction is valid without showing the amount, sender, or which notes moved.
What caught me is that Dusk doesn’t force one visibility model onto everything. The same settlement layer carries a flow that needs to be seen and one that needs to stay shielded, side by side.
And Phoenix isn’t “nothing can ever be disclosed” — viewing keys let authorized parties see the details when auditing or regulation actually requires it. So my “what if my counterparty sees the wrong thing” panic wasn’t really the right worry — the real question is who’s authorized to see it, not whether it’s visible by default.
The real privacy question isn’t “can blockchain hide everything?” It’s “who gets to see what, and when?”
If regulated finance needs both transparency and confidentiality, is choosing the visibility model at the transaction level the better approach?
ずっと「毎月解除される“41.6 million baby(ベイビー)”」の行を見つめ続けて、誰も実際には文を最後まで書き終えていないと気づきました。チームのトークンは合計15億で、1年のクフ(cliff)、その後、5月10日から2029年4月までの36か月に均等に分割されます。計算はそれだけでも十分に整っています。 欠けているのは、バビロンのトークノミクスのページ上で、そのすぐ隣にあるものです。アドバイザーは、同じクフ&36か月構造で3億5000万ベイビーを保有しており、さらに月あたり970万。アーリー・インベスターは、30.5%を占める合計30.5億(3.05 billion)で、同じカレンダー、同じ36スライスです。これだけで月あたり84.7 million ベイビーになります。チームの取り分の2倍以上です。 この3つの行をどこにも足し合わせた形では載せている人がいません。自分でやってみると、毎月着地する41.6 million babyではなく、だいたい136 millionです。今日の価格なら約173万ドル。3つのクフはすべて同じ日、毎月2029年まで放出されます。 バビロン自身のデイリーボリュームと比べると、私が信頼するトラッカーによっては5〜13百万ドルの範囲で、これは通常の取引時間(1時間)ではありません。1日の大部分をまとめて吸収される感覚で、ざっくり言えば、3〜8時間分の“満額の1日”が、1回の着席で丸ごと消化される規模です。さらにあと3年、毎月続きます。 そのページには配分が別々に記載されています。合計はされません。 $COTI どの数字を最初に確認しますか?