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Marvin Alvis
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Marvin Alvis

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@Dusk_Foundation I've been watching Dusk for a while, and the part I keep coming back to isn't the privacy story. It's what $DUSK is becoming as the network itself gets more modular. Dusk now reports 210M+ DUSK staked, roughly a fifth of its 1B maximum supply. The model is deliberately front-loaded: 500M tokens started the system, another 500M are emitted over 36 years, with emissions halving every four years. That means the network can't rely on inflation forever; over time, transaction activity has to matter more to the security model. Then there's Hyperstaking. Introduced in March 2025, it lets smart contracts manage staking, rewards, pools and delegated models. Dusk said it already had 270+ active node operators at launch. That's more interesting to me than a raw staking number because it changes who can actually participate. Dusk also moved toward a modular architecture, separating settlement/data availability from execution. Its June 2025 design placed DuskDS underneath DuskEVM and the planned privacy layer, while current docs describe DuskDS alongside native DuskVM and DuskEVM. Across these environments, DUSK remains tied to staking, settlement and gas. What I still can't answer from the public data I've reviewed is the important part: who controls that 210M? How concentrated is active stake? Is participation broadening, and is real execution activity growing with it? A big number can look healthy from a distance. I want to see what happens underneath it. #dusk $DUSK {spot}(DUSKUSDT)
@Dusk

I've been watching Dusk for a while, and the part I keep coming back to isn't the privacy story. It's what $DUSK is becoming as the network itself gets more modular.
Dusk now reports 210M+ DUSK staked, roughly a fifth of its 1B maximum supply.

The model is deliberately front-loaded: 500M tokens started the system, another 500M are emitted over 36 years, with emissions halving every four years. That means the network can't rely on inflation forever; over time, transaction activity has to matter more to the security model.

Then there's Hyperstaking. Introduced in March 2025, it lets smart contracts manage staking, rewards, pools and delegated models. Dusk said it already had 270+ active node operators at launch. That's more interesting to me than a raw staking number because it changes who can actually participate.

Dusk also moved toward a modular architecture, separating settlement/data availability from execution. Its June 2025 design placed DuskDS underneath DuskEVM and the planned privacy layer, while current docs describe DuskDS alongside native DuskVM and DuskEVM. Across these environments, DUSK remains tied to staking, settlement and gas.

What I still can't answer from the public data I've reviewed is the important part: who controls that 210M? How concentrated is active stake? Is participation broadening, and is real execution activity growing with it?

A big number can look healthy from a distance. I want to see what happens underneath it.

#dusk $DUSK
Privacy 🔐
Staking 🛡️
Adoption 🚀
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I keep noticing that TAC is less about adding another chain and more about fixing a practical gap: letting EVM applications work with TON and Telegram users without forcing people through unfamiliar wallets and complicated bridging. Its design is straightforward in concept. TAC runs Solidity contracts on a Cosmos EVM-based L1, while its TON Adapter handles communication between TON and TAC. That creates “Hybrid dApps” where the logic stays EVM-based but the user experience can remain native to TON. What makes me cautious is also what makes TAC interesting. In May 2026, its TON↔TAC bridge suffered an exploit caused by insufficient verification of a fake jetton wallet. TAC reported about $2.85M in losses and roughly $2.29M recovered, while the cross-chain framework was paused for remediation. That episode is a reminder that infrastructure isn't proven by architecture diagrams. It’s proven when real users, real liquidity, and real failures test it. I’m watching TAC now less for the narrative and more for what it learns from that experience. $TAC {future}(TACUSDT) #KazakhstanCutsOilOutputForecastTo96MTons #OilHoldsLosses #JapanNoAdditionalOilReserveReleaseInSepOct #KOSPI200NightFuturesFall1.77% #SamsungSKHynixLeveragedETFsPostFirstMonthlyOutflow
I keep noticing that TAC is less about adding another chain and more about fixing a practical gap: letting EVM applications work with TON and Telegram users without forcing people through unfamiliar wallets and complicated bridging.

Its design is straightforward in concept. TAC runs Solidity contracts on a Cosmos EVM-based L1, while its TON Adapter handles communication between TON and TAC. That creates “Hybrid dApps” where the logic stays EVM-based but the user experience can remain native to TON.

What makes me cautious is also what makes TAC interesting. In May 2026, its TON↔TAC bridge suffered an exploit caused by insufficient verification of a fake jetton wallet. TAC reported about $2.85M in losses and roughly $2.29M recovered, while the cross-chain framework was paused for remediation.

That episode is a reminder that infrastructure isn't proven by architecture diagrams. It’s proven when real users, real liquidity, and real failures test it.

I’m watching TAC now less for the narrative and more for what it learns from that experience.

$TAC
#KazakhstanCutsOilOutputForecastTo96MTons #OilHoldsLosses #JapanNoAdditionalOilReserveReleaseInSepOct #KOSPI200NightFuturesFall1.77% #SamsungSKHynixLeveragedETFsPostFirstMonthlyOutflow
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