$RED is showing strength after a powerful reaction from the recent low.
Structure remains controlled above the key breakout zone.
EP 0.1020 - 0.1060
TP TP1 0.1117 TP2 0.1177 TP3 0.1250
SL 0.0960
Liquidity is building above the current range, with buyers reacting strongly from the 0.0823 low. Holding this structure keeps upside liquidity in focus while a clean breakout can trigger continuation toward the higher levels.
$GPS is showing strength after a strong expansion from the recent base.
Structure remains controlled above the key support zone.
EP 0.0165 - 0.0173
TP TP1 0.0186 TP2 0.0200 TP3 0.0220
SL 0.0148
Liquidity is building above the current range, with buyers reacting strongly from the breakout structure. Holding this structure keeps upside liquidity in focus while a clean breakout can trigger continuation toward the higher levels.
$TUT is showing strength after defending the recent base.
Structure remains controlled above the key support zone.
EP 0.0390 - 0.0420
TP TP1 0.0460 TP2 0.0520 TP3 0.0600
SL 0.0340
Liquidity is building above the current range, with buyers reacting from the 0.02855 low. Holding this structure keeps upside liquidity in focus while a clean breakout can trigger continuation toward the higher levels.
The part I didn’t expect in DuskEVM isn’t the Solidity support — it’s what happens when DUSK moves back to the native layer.
Dusk’s own testnet guide says a withdrawal from DuskEVM requires three separate on-chain actions: initiate on DuskEVM, prove on Dusk L1, then finalize on Dusk L1. The user also needs enough unshielded DUSK on L1 to pay for both the proof and finalization transactions. Withdrawal readiness depends on published network state, proof maturity, and dispute-game checks rather than a simple timer.
That made me look twice, because “EVM compatibility” can sound like the whole experience becomes familiar by default. In practice, the bridge exposes the deeper architecture: DuskEVM is an EVM execution environment that settles and publishes data through DuskDS, not the same execution layer as Dusk’s native Rust/WASM contracts.
I don’t read the extra steps as automatically bad. The docs tie readiness to proof maturity and dispute-game checks, so the friction is at least connected to the security model. But it creates a real product question for $DUSK : can production apps abstract this proving/finalization flow well enough that users get the security benefits without feeling the cross-layer complexity?
That seems more important to watch than another deployment demo.
$ONG showing strong momentum after an aggressive expansion higher.
Structure remains bullish with buyers maintaining control above the breakout zone.
EP 0.0570 - 0.0592
TP TP1 0.0646 TP2 0.0680 TP3 0.0720
SL 0.0545
Liquidity has been taken toward 0.0646, with a strong reaction following the breakout. Holding the current structure keeps continuation in play as buyers defend the expansion zone.
The DUSK detail that made me look twice has nothing to do with privacy: half of the network’s entire future emission budget is scheduled for the first four years.
Dusk starts from 500M DUSK and can emit another 500M over 36 years, taking the maximum to 1B. But the schedule is heavily front-loaded: 250.48M DUSK is allocated to years 0–4 at 19.8574 DUSK per block. The next four-year period drops to 125.24M, then issuance keeps halving every four years.
The live supply endpoint currently shows about 598.92M DUSK. So the network is still relatively early in that long emission curve.
What caught my attention is what this means for security economics. Dusk’s block reward is not issuance alone; transaction fees are added to it and redistributed to network participants. In other words, today’s validator incentives are strongly subsidized by fresh issuance, but that subsidy is designed to shrink repeatedly.
My interpretation: the tokenomics quietly create a long-term test of real usage. As issuance fades, fee-generating activity should matter more to the economic weight behind staking rewards. That connects the financial-app thesis to something measurable rather than purely narrative.
The question I’m watching for $DUSK : can transaction demand grow fast enough that fees become a meaningful part of the security budget before later emission halvings make that transition more visible?
Structure is expanding with buyers firmly in control.
EP 0.00810 - 0.00830
TP TP1 0.00900 TP2 0.00950 TP3 0.01000
SL 0.00720
Liquidity above is being targeted and the reaction from 0.00457 shows aggressive demand. Holding the current structure keeps upside liquidity in focus.
Hey guys... I’ve been looking at DUSK from a researcher’s angle, and the privacy story is only half of what matters to me.
DuskEVM lowers the entry barrier for Ethereum developers by letting them work with familiar tools like Solidity and Hardhat, while still experimenting with confidential financial activity.
That sounds useful, but I think the real challenge sits outside development.
Banks, funds, and regulated platforms cannot operate on privacy alone. They need audit trails, compliance access, risk monitoring, and enough visibility to keep regulators comfortable.
So the question I keep asking is: can DUSK protect sensitive transactions without making institutional oversight harder?
For me, that balance will decide everything. EVM compatibility may attract builders, but long-term adoption will depend on whether DUSK can prove that confidentiality and regulatory accountability can actually coexist in practice.
$XRP is holding strong above key support with buyers defending the range.
Structure remains controlled while XRP holds above the liquidity base.
EP 1.0000 - 1.0040
TP TP1 1.0070 TP2 1.0271 TP3 1.0472
SL 0.9915
Liquidity is building around current levels, with repeated reactions showing demand. A clean hold above support keeps the structure intact and opens the path toward upper liquidity.