$STAR spiked sharply from 0.116 to a high of 0.148 then pulled back and is now trading near 0.1378. Price is holding above short term support after the strong move and buyers still look active on the dips.
Entry: 0.1350 to 0.1390
TP1: 0.1430
TP2: 0.1470
TP3: 0.1510
SL: 0.1290 Why: Strong breakout candle followed by healthy pullback shows momentum is still intact and buyers are defending the range instead of dumping the move.
The more I read about RWAs, the more I realized that putting an asset onchain can mean very different things. A token can represent a bond, fund, or other real world asset on a blockchain without the asset itself being created there. That distinction matters. With tokenization, an existing asset is represented by an onchain token. The underlying asset and many parts of its lifecycle can still depend on offchain institutions, records, custody, and processes. Native issuance starts from a different point. The financial asset is created for an onchain environment, so its issuance, ownership, transfers, and settlement can be designed around blockchain infrastructure from the beginning. That’s one reason I find Dusk interesting. Its approach to regulated assets goes beyond simply creating tokens. The network is designed for financial instruments that need controlled access, privacy, compliance rules, and onchain settlement. This is where Dusk Trade becomes relevant. The goal isn’t just to represent securities on a blockchain, but to build infrastructure where regulated financial assets can actually operate within an onchain system. I think that changes the question we should be asking. It’s not only, “Is this asset tokenized?” It’s also, “Where does the asset actually live, and how much of its lifecycle is really happening onchain?” For me, that’s the more interesting part of the RWA conversation. @Dusk #dusk $DUSK $PROM $PORTAL
Xiaomi verschiebt die Grenzen mobiler Innovation, indem es ankündigt, dass das Xiaomi 18 Fold offiziell mit dem Xuanjie O3-Chip debütieren wird. Bei der Tech-Veranstaltung von Xiaomi vorgestellt, ist dieses bahnbrechende Falt-Flaggschiff für eine Veröffentlichung im September geplant. Die Integration des maßgeschneiderten Xuanjie-O3-Prozessors markiert einen großen Schritt in Xiamis Ziel, die Versorgung zu unabhängig zu machen. Basierend auf einer fortschrittlichen Fertigungstechnologie ist dieser neue Silizium-Powerhouse optimiert, um als physische Grundlage für fortschrittliche KI-Funktionen innerhalb ihres wachsenden Human-Car-Home-Ökosystems zu dienen. Falttechnik betritt wirklich die nächste Generation! #BitcoinStrongestWeekSinceMarch2023 #GoldNearsThreeMonthHigh #SolanaGovernanceVoteToDoubleDeflationRate
$PROM has rallied strongly from the 2.622 low to a high of 3.647 and is now consolidating near 3.411 after a small pullback.
Volume picked up significantly during the breakout and buyers remain in control of the trend.
Entry: 3.300 to 3.400
TP1: 3.500
TP2: 3.600
TP3: 3.750
SL: 3.150
This coin has already made a large percentage gain today so please size your position carefully and treat this as a technical read only and not financial advice.
$memes vs $KII 🔥 Meine Liebe #binancians ....Beide Tokens stehen heute richtig unter Dampf, aber welchen glaubst du hat den echten Vorteil? 👀 memes führt die Charts mit einem massiven 51%igen Anstieg an, während $KII auch eine starke Gegenwehr zeigt und mit einem soliden 27%igen Move zulegt. Der Wettbewerb heizt sich auf und die Stimmung in der Community verschiebt sich ständig. Welchem bist du heute treu? 🚀 Stimme unten ab 👇 #ALPHA🔥 #Write2Earn
A few days ago, I found myself thinking about a part of blockchain performance that rarely gets discussed: what happens when the network can no longer assume that everything is working normally? Most projects are easy to admire when validators are online, messages are moving, and blocks are being produced exactly as expected. The harder question is what happens when a large part of the network suddenly disappears. I used to think this was simply a matter of waiting for the system to recover. But after looking more closely at Dusk, I realized the more interesting part is how the protocol is designed to respond when normal operation starts breaking down. Dusk’s consensus design accounts for degraded participation. If a significant number of Provisioners become offline or isolated, the protocol doesn’t simply assume that the expected validator set will continue operating normally. When repeated consensus iterations fail to reach the required outcome, the protocol has mechanisms that allow it to adjust its behavior and continue handling the network’s changing conditions. That distinction matters more than it may sound. A blockchain can perform extremely well under ideal conditions. The real test is whether it can make sensible decisions when participation drops, communication becomes unreliable, or the expected validator set can’t be formed. But there’s another question I think is just as important: how often do these recovery mechanisms get tested under realistic conditions? A protocol can have a well-designed failure strategy on paper, but real confidence comes from implementation, testing, and seeing how the network behaves when something actually goes wrong. That’s why I think blockchain resilience shouldn’t be measured only by TPS or block times. The deeper test is much simpler: When things break, does the protocol know how to respond? @Dusk #dusk $DUSK $TUT $UAI