Understood the idea and made a prediction in advance
三马哥
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You still don't understand, our order 81888 is a position for a big bet, with a 5% margin, and it's not a phased entry, it's just at one point. With such a large position, having taken 2000 points, is there anything wrong with closing half at 83500?
For the remaining points, let's see if they can reach according to the strategy. If they can't, we will come up with a new strategy later, and we can just follow the new strategy for positioning.
Now, don't bring your crazy bull market operational thinking and your understanding into this. Didn't I keep saying to bottom fish at 50,000 before? But my thinking at that time was that it would rise to 100,000. It peaked at 98,000 and then came down, so my super bottom hasn't changed. However, I believe it won't drop to 50,000 immediately; it may be before or after Powell steps down that we will see a more terrifying drop.
But let me say again, the bottom I mentioned is not contradictory to what I told you to do last night, which is to hang 81888 for a long position to make a profit. The short-term profit-taking idea is not contradictory; it's a short-term thinking and a long-term trend thinking. Therefore, your understanding ability must be improved. #BTC
🚀 HEY CHAMPIONS! My Amazing Binance Fam & Epic Friends! 🌟Hope you're crushing it and shining brighter than ever! 😍 Sending you ALL the vibes for unbeatable health, endless joy, and MASSIVE prosperity! 💥🎁 SURPRISE ALERT: YOUR ULTIMATE GIFT IS HERE! 🎉 Just CLICK, REPLY, LIKE, and SHARE the love – let's explode this together! 🔥✨
ARTX is about to land on Aster & BG. This time we won't beat around the bush or make introductions — we will talk about positive factors, but we are discussing "structural positive factors."
In Ultiland's logic, going live is not the end of a phase, but the starting point for more public market verification: When the liquidity entrance is opened and market testing is initiated, price consensus will no longer rely on narratives, but on real transactions and the accumulation of time.
This session will unfold around three main lines: 1) Why this launch is not just "one more trading pair," but an upgrade in verification strength 2) What is market verification and user consensus: long-term value must be repeatedly tested, not just declared 3) Putting the mechanism back into the overall framework: How ARToken, the mining mechanism, and ART Curve allow value to be continuously verified and structurally supported during critical phases
⏰ 1/31 19:30 (UTC+8) 📍Binance Square Space CN Host:Nix|EN Host:HaiSin Guest:Ryan(Ultiland Business Manager)
Interactive discussion throughout + collective Q&A in the comments section, with continuous distribution of red envelopes during the live broadcast.
You are welcome to make an appointment and join the live broadcast on time👇
This is gold. Most “lost crypto” stories aren’t trading failures—they’re basic transfer mistakes or security lapses. A simple preflight check like this saves more money than any tr
Cavil Zevran
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How Users Lose Funds on Binance: Chain/Network Mapping Checklist + A Real Security Playbook
Most people don’t lose their crypto from bad trading. Honestly, the biggest mistake is sending the right token using the wrong network—especially after Binance drops support for that network. Even though Binance keeps warning everyone, people still send deposits through networks they shouldn’t, and those funds just disappear.
So here’s a straightforward, hands-on checklist you can use every time you deposit or withdraw. It covers the basics to keep your crypto safe, and throws in some solid security steps too—because weak passwords and phishing attacks wreck a lot of accounts. The Chain/Network Mapping Checklist (The “Don’t Lose Funds” Flow) The core rule Token name ≠ network. Let’s say you’ve got a token—it might live on Ethereum, BNB Smart Chain, Solana, Arbitrum, you name it. Pick the wrong network when you withdraw or deposit, and your money could end up stuck somewhere you can’t touch, or just vanish for good. Why this matters Binance recently said they’re stopping deposits and withdrawals for some tokens on specific networks. If you try to deposit through those networks after the cutoff, your money won’t show up in your account, and you could lose it completely.
The 2-minute “Preflight Check” before every transfer Step A: Confirm Binance supports BOTH the token AND the network right now On the deposit/withdraw screen, verify the Network dropdown and the status (available/paused).Always check Binance announcements when you’re moving funds around upgrades or policy changes. Binance explicitly warns that after support ends, deposits may not be credited.
Step B: Match the network on BOTH sides (sender and receiver) If you withdraw from Binance to a wallet/exchange, the destination must support that same network.Don’t assume “ETH address = Ethereum network.” Many wallets show one address that can be used across multiple EVM networks, but the chain you send on still matters. Step C: Memo/Tag check (if shown, it’s mandatory) If a deposit requires a MEMO/TAG, missing it is one of the fastest ways to lose funds. If the deposit page shows a memo/tag field: treat it like an “account number.”
Step D: Contract address sanity (when using tokens on-chain) For EVM tokens, confirm you’re interacting with the correct contract for that network. Wrong contract = wrong asset. Step E: Test transfer For a new route (new wallet, new chain, new token): Send a small test amountConfirm it arrivesThen send the full amount The “Network Deprecation Trap” (why people lose funds even doing everything “normally”) Even if you used a route for months, you can still lose funds when support changes. Binance has published multiple notices like: “Binance will cease support for deposits and withdrawals of tokens on selected networks from [date/time]. After that, deposits via those networks will not be credited.” Example list from one announcement included cases like: ARB via Ethereum1INCH via BNB Smart ChainTURBO via Solana You might still be able to deposit/withdraw the token, but only via other supported networks. 5 common “fund loss” mistakes we make in real-world Selecting the wrong network (ERC20 vs BEP20 vs SOL, etc.)Sending after support ended (network route discontinued)Missing memo/tagCopy/paste malware swapping addresses (looks right at first glance, wrong at send time)Bridging to a network Binance doesn’t support for that token (funds land somewhere Binance won’t credit) If you already sent funds the wrong way Do this immediately: Save the TxID / transaction hashSave screenshots of the network selected and the address/memoContact Binance Support with those details Important: Binance announcements explicitly warn that after some deadlines, deposits via unsupported networks “will not be credited and may lead to asset loss,” so recovery is not guaranteed. Security Measures That Prevent the Other Big Loss like Account Compromise 1) Upgrade login protection: Passkeys or strong 2FA Binance has promoted passkeys and security-key style authentication as a major security upgrade (phishing-resistant sign-in).
If you can’t use passkeys, use an authenticator-based 2FA rather than SMS where possible (SIM-swap risk is real). Binance security guidance emphasizes 2FA and strong account hygiene.
2) Turn on Anti-Phishing Code (email authenticity filter) This adds your custom code to legitimate Binance emails, helping you spot fake emails.
3) Enable Withdrawal Whitelist (this one saves people) With withdrawal whitelist enabled, withdrawals only go to pre-approved addresses—so even if someone logs in, they can’t easily drain funds to a new address.
4) Lock down devices + sessions Regularly check authorized devices and remove anything you don’t recognize. Binance Academy recommends monitoring devices and managing withdrawal addresses as core steps. 5) API key hygiene (if you use bots) If you trade with API: Restrict IPsDisable withdrawal permissionRotate keys if you ever shared logs/screenshots 6) Human-layer defense (the scams that still work) Never trust random DMsDon’t click login links from messagesVerify domain and app sourcesDouble-check addresses before confirming (clipboard malware) Binance’s own security guidance repeatedly emphasizes phishing awareness and safe access practices. A simple “Safe Transfer Routine” you can follow every time Check announcements + supported networksConfirm network matches on both sidesConfirm memo/tagTest transferUse whitelist withdrawalsUse passkeys / strong 2FA
Which one causes more losses in your experience: wrong network, missing memo/tag, or phishing?
Dusk is clearly building for the long game—privacy, compliance, and modular design done right. If institutions want on-chain finance that actually works in the real world, this is
Emily Adamz
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Dusk Network is shaking up how institutions create on-chain financial apps. Its modular L1 stack splits everything up: DuskDS handles settlement, DuskEVM takes care of execution (and yes, it’s EVM-compatible), and DuskVM brings in serious privacy.
There are over 19,500 holders keeping the network secure, and since launch, almost 30 million $DUSK has moved onto the mainnet. Developers can roll out regular Solidity contracts without any fuss. If you want encrypted, auditable transactions that actually keep things private, just add Hedger.
With Chainlink now in the mix, Dusk supports cross-chain RWA interoperability and real-time oracle data. That’s a fancy way of saying compliant dApps like PieSwap DEX (already live on testnet) get what they need to work—instant settlements for tokenized assets, way less friction for regulated markets.
Dusk isn’t following hype or trends. It’s here to build programmable finance that lasts.$DUSK @Dusk #Dusk
Walrus is tackling the real bottleneck—trustworthy data at scale. If AI agents are going to act autonomously on-chain, storage like this isn’t optional, it’s foundational. Thi
Emily Adamz
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Is Your AI Data Really Safe? See How Walrus is Changing the Game for Decentralized Trust
Imagine AI agents zipping around on the blockchain, making snap decisions with massive amounts of data—never once doubting where the data came from or whether someone tampered with it. That’s exactly what Walrus is building right now on the Sui network. Sui takes raw data and turns it into something you can actually trust, which is a huge deal in the current AI explosion. I’ve spent years watching crypto projects pop up and flame out, but Walrus grabs my attention because it actually attacks the core problem: data integrity in a world overloaded with information. Walrus runs on a decentralized storage network built for wild scale. It taps into Sui’s speed, storing everything from AI training datasets to giant video files without breaking a sweat. They launched on mainnet back in March 2025, and it’s already showing what it can do. Walrus spreads data across independent nodes using erasure coding—basically, splitting big files into smaller encoded chunks and distributing them with just a 4-5x overhead. That’s way more efficient than old-school replication, which wastes tons of space making full copies. Even if two-thirds of those chunks disappear because nodes crash or drop out, Walrus just rebuilds the original data like nothing happened. This isn’t just theory. It’s built for real chaos, where nodes are joining and leaving all the time.
There’s a clever trick at the heart of Walrus: the Asynchronous Challenge Protocol (ACP). Most systems want instant responses to verify data, but that falls apart if there’s lag or someone tries to game the timing. Walrus flips the script. Nodes get challenged to prove they’re holding real data, but they can respond whenever they’re ready. As long as enough valid proofs pile up, the system says, “Yep, data’s still good.” No need to punish honest delays. That makes Walrus tough, fair, and stable—exactly what you want when AI apps depend on rock-solid data. Picture autonomous agents pulling data they know is legit; Walrus locks in the source cryptographically, so you don’t need to trust third parties or cross your fingers. Look closer, and the architecture gets even smarter. Walrus keeps its control plane—coordination, payments, and rules—on-chain with Sui, making storage programmable. Developers can set up availability checks, lifetimes, and access controls right in the smart contracts. The actual storage happens off-chain. Nodes hold the encoded pieces, publishers certify writes, and aggregators handle reads with built-in consistency checks. This split means Walrus can scale beyond the blockchain itself, adapting easily to new tech like Layer 2s or cross-chain setups. It’s chain-agnostic at the storage layer. So while it works beautifully with Sui, it’s already opening doors for all kinds of blockchain integrations, letting data flow wherever it’s needed.
The real magic shows up when builders and users start feeding the flywheel. More stored data attracts more developers, who create new apps, which then generate even more data. It’s a loop that keeps making the network stronger. Wal.app is a perfect example—a simple platform where anyone can publish fully decentralized websites on Walrus, no server or wallet required. Stuff like Flatland (interactive worlds), Snowreads (content sharing), Walrus Staking (for network rewards), and even the official Walrus Docs—all running live—show what’s possible. These aren’t just tech demos. They’re proof that Walrus can power resilient, censorship-resistant apps for gaming, NFTs, and whatever comes next, all with high availability even if some nodes go rogue. Partnerships are ramping things up, too. Walrus works with Talus to power AI agents on Sui, and with Itheum to tokenize data—making it super easy to monetize datasets. The Walrus Foundation, after raising $140 million from names like Standard Crypto and a16z, is pouring funds back into the ecosystem through RFPs. Recent protocol updates show they’re not standing still: for instance, Tusky users have until March 19, 2026, to migrate their data to other platforms like ZarkLab, Nami HQ, or Pawtato Finance, with step-by-step guides ready to help. It’s a smooth handoff as the network keeps evolving. For AI-first projects, Walrus tackles real bottlenecks by anchoring data with economic guarantees. Providers control availability, buyers check integrity before paying, and the result is actual price discovery in new data markets. This isn’t hype—it’s infrastructure that’s built to last. Walrus gives AI systems the verifiable provenance they need for transparent decisions. As decentralized tech keeps maturing, Walrus is setting itself up as the backbone for modular blockchains, where data isn’t just stored—it’s empowered, tradable, and rock-solid. In a space crowded with hype and half-baked promises, Walrus is actually delivering something that matters.$WAL @Walrus 🦭/acc #Walrus
Big move for Web3 infra. Walrus feels like one of those “boring but foundational” breakthroughs—scalable, verifiable storage that actually works for AI + cross-chain apps. If ACDS
Emily Adamz
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Walrus Protocol is shaking up Web3 infrastructure with its asynchronous complete data storage system—ACDS for short. It’s built on Sui and designed to handle giant blobs of data, like AI training sets or endless business logs, without getting bogged down by too much data copying or single points of failure.
Here’s their trick: Walrus splits up the control and storage layers. The blockchain handles coordination, incentives, and keeps everyone honest, while the storage layer just scales up as much as you need. They use erasure coding to break data into little pieces—slivers, really—and scatter them across lots of independent nodes. Even if two-thirds of those nodes go offline, you can still rebuild your data. And you only pay about four to five times the storage cost, which is pretty efficient for this level of fault tolerance.
What do you get out of this? Storage you can actually trust. Everything stays verifiable and tamper-proof, which is a big deal when you’re feeding data to AI models or building autonomous agents that can’t afford to get the wrong info. Walrus has been live on mainnet since March 27, 2025. It scales horizontally with up to a thousand shards and uses longer epochs, so node operators know what to expect.
On the practical side, Wal.app lets developers launch fully decentralized websites—think dApps on Sui, Ethereum, or Solana—right in your browser, no crypto wallet required. Projects like Flatland and Snowreads show that you can get fast, global hosting without breaking the bank.
Backing it all up, Walrus has pulled in $140 million and landed partners like Talus and Itheum. They’re building data markets for the AI age, connecting different blockchains and giving developers programmable storage. So yeah, Web3’s data backbone just got a serious upgrade—scalable, secure, and actually friendly for builders.$WAL @Walrus 🦭/acc #Walrus
The top social ceiling project with the highest activity on the entire BSC chain—MEET48
This year, many projects are basically in a state of falling since opening, but there is one project whose K-line has been steadily rising, which is the official token of MEET48 $IDOL I don't need to say much about the value of this line; since it opened for trading in June 25, it has almost been in a skyrocketing state.
Just today, about guanf 87000000000 $IDOL was transferred to the black hole address! This accounts for 30% of the voting revenue from the second round of MEET48 (total supply 0.181%)
Moreover, the trading data of this token is also experiencing explosive growth: During the event, the ranking of BSC ecological social dApps: First in the entire chain for 24 hours
Buddha Coin (Namo Amitabha) and Guanyin Coin (Om Mani Padme Hum) have their own community group now. Everyone is invited to join the Buddha Coin community group, and we will give away a big red envelope of 100U!!!