Enama

Bitcoin: The Ultimate Store of Value in the Digital Age

In the debate between "Bitcoin vs. Tokenized Gold," I firmly stand on the side of Bitcoin. The reason is that tokenized gold merely brings assets from the old world onto the new blockchain, while Bitcoin is a brand new value paradigm specifically designed for the digital age.

The essence of tokenized gold remains a centralized physical asset, and its value relies on trust in the vault and the issuer. This is merely a technological veneer over the traditional financial system. In contrast, Bitcoin's scarcity is guaranteed by immutable code, and its operation is maintained collectively by tens of thousands of nodes globally, achieving true decentralization and "trustlessness."

More importantly, Bitcoin has unparalleled advantages. It is easy to transfer across borders, infinitely divisible, and has extremely low auditing costs. In regions ravaged by fiat currency inflation, Bitcoin has become a lifeline for ordinary people to safeguard their wealth, which cannot be matched by physically transferred gold that cannot be digitized.

Therefore, tokenized gold is an optimization of the past, while Bitcoin is a construction of the future. It is not only "digital gold" but also a powerful, open, and neutral global settlement network. Embracing Bitcoin is embracing a more efficient and inclusive financial future.

#BinanceBlockchainWeek #BTCvsGold

My Binance Alpha Journey: A True Experience from Observer to Airdrop Hunter #币安Alpha百文大赛 @币安Binance华语

1. First Encounter with Alpha: Missing Early Dividends
In April 2025, I first saw the entrance to the Alpha airdrop on the Binance app, and at that time I thought it was just “another marketing event,” so I didn’t pay much attention. Until May, my social circle was suddenly flooded with news—some people earned over $1,000 in a single week from airdrops, and tokens like HYPE surged 75% on the first day. It was then that I realized I had missed the best window of opportunity.

In my regret, I studied the rules: Alpha points are determined by holdings and trading volume, with a low entry threshold in the early days, even not requiring points. Holding 1000U + small daily trades could easily meet the criteria. But by May, with the launch of the Adventure Island project and crazy promotions from KOLs, participation soared, and the points threshold skyrocketed to over 200 points, causing the airdrop value to shrink to $50-200 per instance.

2. Difficult Start: The Dilemma of Insufficient Capital
In June, I finally saved up 1000U to enter the market, only to find the competition had become fierce:
• Trading Losses: High-frequency trading slippage + fees eat into profits; during one operation with ZKJ, I lost 20U due to price fluctuations.
• Airdrop Competition: Popular projects like MAT require facial recognition + 210 points; the moment the countdown ends, the network gets congested, and I failed three times in a row.

3. Strategy Optimization: Finding the Rules for Survival
After several failures, I summarized a survival strategy for low-capital players:
1. Token Selection: Only trade highly liquid stablecoin pairs (like USDT/BR), set slippage to 0.5%, and keep individual loss under 0.2%.
2. Timing of Operations: Avoid peak trading hours in Europe and America, choose to trade at midnight Beijing time for the lowest gas fees.

A turning point in July helped me regain confidence: after mistakenly buying the LA token, the price unexpectedly rebounded, turning a 50U airdrop into 300U in profit—this was probably my only instance of “turning misfortune into fortune.”

4. Future Outlook: Why I Choose to Continue Participating in Binance Alpha?
Despite experiencing rule adjustments and token crashes, I still see long-term value in Binance Alpha and have decided to continue deepening my involvement in this ecosystem.

As long as I maintain flexible strategies and controllable risks, it remains an important way for me to accumulate chips at a low cost in the market and learn about Web3. As CZ, our leader, said: “True Alpha belongs to those who can adapt to changes in the rules.”

A little after 11 PM last night, I opened a leveraged borrowing position for GT-USDC on the TermMax BNB chain. I originally planned to do an XT decay arbitrage within 8 hours, but something came up overnight and I didn’t close the position until this morning at 9 AM. Based on the logic I used with other lending protocols, that borrowed amount should have been charged fixed borrowing interest overnight—and possibly also run into higher utilization. But when I checked the settlement this morning, the interest was much lower than I expected. After digging into the fund flows, I realized: TermMax automatically routed the portion of collateral that I didn’t actually borrow into Morpho to earn floating returns, offsetting part of the overnight cost.

Here are the details. I deposited 800 USDC into the TermMax vault, borrowed 500 USDC to mint GT, and left 300 USDC unborrowed—neither borrowed out nor idle sitting sleeping in the contract. TermMax’s capital deployment layer configured that 300 U through a curator into Morpho’s USDC market (the underlying is a safe pool like Aave V3). Last night, Morpho’s floating APY was around 5.1%, so the “sit and earn” for ~8 hours was roughly: 300 × 5.1% ÷ 8760 × 8 ≈ 0.0014 U.

That number looks like mosquito legs, but compared to the borrowing interest on my GT position: borrowing 500 U for 8 hours at an implied fixed rate of about 3.9% at the time gives ≈ 500 × 3.9% ÷ 8760 × 8 ≈ 0.0018 U. Netting them out, the overnight cost was only a little over 0.0004 U, plus a few cents of BNB-chain gas. This overnight position basically didn’t bleed much.

If you switch to a protocol that only supports fixed borrowing and doesn’t leave a Morpho “back door,” then that 300 U sitting idle would earn nothing, while the 500 U borrowed would pay only fixed interest—so you would definitely lose overnight. TermMax’s design of “unmatched capital automatically goes into Morpho to layer floating yield” isn’t something retail users usually notice, but it’s particularly practical for exactly the kind of scenario where your overnight position is saved or you can’t close due to something urgent.

Of course it’s not a free lunch: floating yield on Morpho means if utilization on the Aave side spikes overnight and the APY drops to 0.5%, the hedge strength gets weaker. Also, switching curators to change the underlying pool can introduce a delay of a few minutes—don’t count on it to fully backstop you in extreme conditions. But for my 800 U “test the waters” sized entry, waking up this morning and seeing “net cost ≈ 0” still felt pretty great.

I saved the TermMax vault page’s “Idle → Morpho” fund flow direction and the Morpho position APY and am sharing it here for brothers chasing the leaderboard. Don’t just stare at the FT/XT calculation of returns—the little bit of floating yield from idle capital is also money.
@TermMax #TermMax

Testnet fun with Dusk—the best part: after you send a transaction, nobody can see how much you swapped
I’ve been running DuskEVM on the Boreas RC1 testnet for a whole week. The most exhilarating thing isn’t how fast it deploys—it’s that every time I send a shielded transfer, the browser displays the transaction in plain sight with "confidential amount." The amount field is a note commitment. People scanning the chain can only see that “someone sent someone a compliant amount of XSC assets,” but the exact swap details—how much DUSK and how many bond shares—are all hidden inside the PLONK circuit.
The feel is completely different from Ethereum. On Goerli, when I transfer 0.5 test ETH, everyone can watch the balance jump on Etherscan. On the Zcash testnet, the amount is hidden too, but it’s more like paying into a black box: there’s no asset ID and no KYC hooks. What’s clever about Dusk’s Phoenix/Zedger model is that the amount is invisible to you and me, yet the compliant fields are openly verifiable—like the XSC asset identifier, the Citadel identity hash, and the locked position. It effectively splits “privacy” and “audit” into two toggles: the market turns off the amount light, while regulators use a view key to turn the light on and see only what they’re supposed to.
Yesterday afternoon I poured 1500 test DUSK from my two test addresses. I intentionally used Hedger to label and hide the _shares variable. After deploying, I went to the block explorer and took screenshots—the page looked spotless, like I hadn’t sent anything. But when I pasted the official debug view key in, I could fully extract the values, the note sequence, and the recipient’s compliant status. That kind of control—“I can hide it if I want, and I can comply if I need to”—on other chains would require building a whole ZK middleware layer. Dusk just adds a Solidity annotation and privacy-by-compliance is on by default.
Of course, Citadel on testnet uses mock credentials; mainnet needs to hook up the AFM channel from NPEX to count. But the dev experience and feel are already locked in. When you test on other chains, do you also find it a bit awkward that amounts are fully exposed?
@Dusk $DUSK #dusk

Option B. US July CPI year-on-year 3.4% (June 3.5%), core CPI year-on-year 2.5% (June 2.6%), both in line with expectations. Energy price declines are the main driver, while housing/services remain sticky. After the data, the probability of a September rate hike fell from ~48% to ~32%, while the probability of no change rose to ~67%. This is the macro “foundation” for A/C—“not needing to hike” itself is a cushion for risk assets.

This week I looked into that OpenDusk forum post about the rules for a five-person committee election, and while I was at it I compared the governance distribution of other L1s. It suddenly hit me that Dusk has an oddly counterintuitive advantage: a large amount of DUSK used for spot tasks on Binance—those tokens’ on-chain governance rights are not eaten up by exchange custody. The mainnet staking for DUSK goes through the official CLI / AEGIS wallet / Dusk Connect; because the private keys are held by the user, people can sign governance votes themselves. The DUSK on Binance is an exchange liability, so it doesn’t participate in voting for XSC proposals. In other words, when you buy DUSK on Binance to chase CreatorPad points, it’s one ledger; when you lock DUSK on mainnet to vote on OpenDusk proposals, it’s a different one.
By contrast, some other L1s wrap the tokens as soon as they launch into an "instant savings"-style product: users tap "subscribe" and hand voting power over to the platform nodes. If a foundation wants to push a proposal, it first has to coordinate with Binance/OKX back offices—then community votes become a numbers game for the exchange backend. Dusk didn’t take this lazy route: in the condition rewards, verifying a committee by 5% and approving a committee by 5% are incentives for running nodes, not for the custodians. And when OpenDusk treasury funds are disbursed, the community must rebuy (return funds) to the community—DUSK held on behalf of exchanges simply can’t get into the snapshot.
Of course, the trade-off is that governance participation is relatively low. Many people, like me, keep tokens on Binance for tasks and don’t stake on mainnet—effectively opting out. But "nobody votes" and "being captive/controlled by custodians" are two different things. The former can be pulled back with Grant incentives; the latter is structural bias. Do you also split your DUSK in two: one half on Binance for ranking, the other half staked on mainnet to vote?
@Dusk $DUSK #dusk

#币安聪明钱跟单 When it comes to following trades, it’s pretty much just like blind dating: the photos (return curve) are all heavily retouched—you have to look at someone’s lifestyle habits (drawdown and position-holding records) to know whether they’re reliable. My first two “prospects” were like this: one loved opening 100x leverage—like driving like it’s a daily high-speed chase without a seatbelt; the other had a 95% win rate but relied on holding through pressure, like maxing out a credit card and pretending you didn’t notice. The one I’m following now is quiet, steady, and even more decisive with stop-losses—no thrill, but every month when I open the app, what I see is the balance going up, not my heart racing. Choosing a trade follower is like choosing a partner—stability lasts longer than excitement 😂.

I only understood the details after reading the proposal on the OpenDusk forum this week: after the mainnet launches in January 2025, the block reward is 19.86 DUSK per block, but about 13% of it—roughly 2.59 DUSK per block—that never actually gets earned by miners has remained unminted; accumulated to now, there’s about 11.8 million DUSK stuck in an “implicit burn” state. The proposal boils down to two lines: mint the 11.8 million into the OpenDusk community treasury all at once; after that, the ~6.8 million in unearned rewards each year also flows into the treasury, and by 2029—before the halving—the treasury should hold about 33 million DUSK. The maximum supply of 1 billion coins stays unchanged. These were already part of the original issuance plan; it’s not new inflation.
I’m voting in favor not because I believe “the treasury will surely spend the money well,” but because I’m sick of that lazy narrative that “implicit burn = naturally good news.” If the coins aren’t minted, the supply curve looks pretty, but ecosystem development has no funds, Grants can’t be issued, and the NPEX dApp frontend still needs the foundation to front the costs—so it’s basically shifting the burden onto the core team. Rather than leaving it as a footnote for accounting on-chain, I’d rather have it in the hands of the 5-person committee elected by the community (3 initially selected, rolling rotation; when there’s a vacancy, the whole committee must unanimously agree before any motion is allowed). At least spending money would have to go through on-chain voting, making it more transparent than unilateral foundation allocations.
I understand the risks too: a bad committee, the treasury buying meme coins, Grants funding empty projects—any of it could happen. But the proposal also states the committee can’t approve funds for itself; any single disbursement must be authorized by a community vote. That brake seems sufficient. Compared with “never minting while pretending it’s deflationary,” I trust “mint it so the community takes responsibility” more. Which do you think is more honest for long-term coin holders: implicit burn or an explicit treasury?
@Dusk $DUSK #dusk

#币安聪明钱跟单 @熬鹰资本 The eagle truly forged on Binance! The bull-eagle capital signal copy-trading is now open. The rhythm is steady and the turning points are accurate. In a bear market, you can hold strong; in a bull market, you can surge. The treasure-led copy trader deserves to be seen by more people 🔥

The loudest RWA narrative these past two years has been “putting property on-chain”—tokenizing title deeds, splitting them into 1,000 shares, and selling them worldwide. At first, I also thought Dusk would take this traffic-friendly route, because the story is easy to understand. But after going through the integration documents between DuskTrade and NPEX, I found they didn’t touch real estate at all. Their first batch of anchors is SME bonds and investment fund shares—everything is the most boring, but also the most compliance-heavy, products in traditional capital markets.
Why start with bonds? Because bonds have coupon payments, maturity dates, credit ratings, and mandatory disclosures. Every single cash-flow can be contract-ified by XSC: during issuance, XSC mints confidential shares, Zedger stores the holdings distribution in notes, and Citadel does ZK-KYC to verify who is eligible to buy. When the coupon day arrives, the contract automatically pays out dividends within the range of the view key. Regulators can use the key to see who claimed how much; the market can’t see it.
Fund shares are even more suitable—NAV valuation, subscription and redemption, lock-up periods: these are already rule-driven businesses. Putting them into Piecrust VM is far cleaner than trying to cram real-estate title disputes into it.
Title deeds look sexy, but cross-jurisdictional recognition, tax withholding, and physical disposal rights are things on-chain smart contracts simply can’t cover. In the end, you still have to go back to real-world lawyers. Dusk choosing bonds and funds is like selecting assets whose rules can be expressed in code first. After the XSC standard is recognized by the AFM, then talk about other categories. Do you think RWA should go on-chain with property first, or with bonds first?
@Dusk $DUSK #dusk

This week I basically tore through the XSC section in the Dusk Yellow Book until I couldn’t see straight. At first, like most people, I thought XSC (Confidential Security Contract) was basically “ERC-20 with a ZK privacy wrapper”—hide balances, hide transfers, and call it a day. But when I followed the contract lifecycle all the way through, I realized it’s completely not that. XSC takes things that were originally handled by law-firm letters and Excel—KYC credentials, mandatory whitelist enforcement, lock-up periods, dividend rights—and directly compiles them into the token’s on-chain storage. During transfers, the circuit performs internal verification: if the address hasn’t passed the Citadel identity layer, the transfer reverts. Even if the project team’s backend is down, it doesn’t affect the compliance judgment.
I only really understood the difference after I tried a bit of pseudo-code on testnet: an ERC-20 transfer only checks balances; ERC-1400 looks up whitelist status in a modifier, but the whitelist is usually stored in the project’s database. XSC uses Zedger’s account model to turn “whether a token holder has passed KYC” into a ZK-verifiable statement, and records it as part of the contract’s state. Compliance isn’t some tag bolted onto the token externally—it’s the token’s built-in genes at birth.
What’s most counterintuitive is that privacy and audit somehow don’t fight. Amounts and holdings are hidden with zero-knowledge proofs, but regulators can use a view key to selectively disclose how much a given address holds, whether it’s in the permitted list, and whether the lock-up period has passed. This is more advanced than a mixer, and more convincing than simply shouting “securities compliance” with ERC-1400.
Just now I went to Binance and used 15U spot to buy a bit of DUSK to complete the task (after fees don’t let it fall short of a full 10U or it won’t work), and I also embedded the trading card. Losing 0.3U is also a real PNL—more than just shouting “to the moon” and losing originality points to CreatorPad. So what do you think: is XSC’s “KYC into the token” idea a genuine compliance breakthrough, or is it a regulator-friendly backdoor that institutions don’t want to touch?
@Dusk $DUSK #dusk

#币安安全星期四 B， Familiar ≠ Correct. Counterfeit addresses are hard to catch—full-field verification is a must. Safety is a habit, not luck. Spend three more seconds to verify, and avoid a lifetime of regret.

Recently, CPI came in below expectations, yet BTC is moving sideways and even pulling back. Is this a temporary failure of the liquidity logic, or is the market waiting for clearer signals for further rate cuts?

Data disagreement amplifies volatility. As inflation’s pullback expectations help underpin risk appetite, the PPI repair signal will determine medium-term capital flows into commodity and cryptocurrency sectors.

#币安安全星期四 Direct C! Slash out +1! 😤 How dare they bring out such a low-level traffic-driving scam? Any “top-up by bypassing official platforms” is potential fraud. For a few bucks more, putting yourself at risk of both account controls and being scammed is just paying an IQ tax. Protect your assets—starting with me!

Nonfarm data cools off vs. AI capex surge: Is the market currently pricing in a “recession hedge” or a “soft-landing dividend”? What does this mean for BTC’s medium-term outlook?

#TradFi晒单 This afternoon, I sold the MUB spot I bought a while back because Kioxia (formerly Toshiba Memory) lowered its interim outlook, and Murata said, “The pace of AI spending may slow,”—a chain-signal on top of unresolved threats of a labor strike at Micron’s Taiwan plant. This “Japan-factory warning + labor disruption” double-pressure window had little follow-through on any late-session bounce, so I just exited directly. I’ll wait until the August earnings report to see whether the strike truly affects HBM shipments before considering a re-entry. Are you holding MUB because you believe in the long-term logic of AI memory, or because you’re worried the Japan-factory warning might come to pass and you want to take profits first?

#TradFi晒单 This afternoon I watched the MUB order book. The dividend, CapEx, HBM4E, long-term SCA contracts, and the short-squeeze recovery all played out as expected—yet it was Micron that, on August 4, disclosed that HBM4 has been shipped at large scale to NVIDIA’s Vera Rubin platform. The 12-layer stacking bandwidth node, exceeding 2.8TB/s, ended up taking the lead and catching some orders. I also picked up a bit in passing; the order value was just over the threshold of 118 U to get the post confirmed. This time I’m betting on the second-order premium of “HBM4 mass production delivering + the AI memory supercycle continuing through 2027.” The market is still worried the cycle may have peaked, but the core scarcity logic hasn’t changed: by 2027, the three major manufacturers’ capacities are already sold out, and allocations are only around 60%-70%. I’m treating this as a small contrarian position that’s tradeable within 24 hours—no overnight hold—waiting for the August earnings season to set the tone before coming back. Are you getting MUB because you believe HBM4 volume will ramp, or are you withdrawing because you fear increased production expectations?

This morning I put the BTC lock Babylon, BABY, ETH staking, and SOL staking yield-vs-risk into a single table to compute the Sharpe ratio. First the conclusion: the Sharpe of Babylon’s self-custody staking is very likely higher than ETH/SOL staking. The key difference comes down to two layers: the “source of principal volatility” and “yield stability.”

Yield comparison

• BTC locked in Babylon: BABY dual streams (15% issuance pool + BSN fee side) imply a BTC-denominated annualized yield of about 2%–2.7%. The yield is anchored to the demand for safe Bitcoin rentals, and has weak correlation with the BABY coin price;

- ETH staking: annualized 3%–4%, but the yield is denominated in ETH. Since ETH itself is volatile (60%–80%), the yield is diluted by the coin price.

• SOL staking: annualized 5%–7%. SOL volatility is over 100%, so high yield comes with high principal drawdowns.

Risk comparison

• BTC locked in Babylon: the principal is BTC, with moderate volatility. Slashing only burns 0.1% of locked coins, so tail risk is extremely small. The trust is backed by the return to the Bitcoin mainnet, leading to low systemic risk;

• ETH staking: triple risks—smart contract vulnerabilities, validator penalties, and LST de-anchoring;

- SOL staking: triple risks—validator concentration, past network downtime, and inflation dilution.

Sharpe calculations (simplified)

Sharpe = (annualized return − risk-free rate) / volatility:

• BTC + BABY: yield 2.5%, volatility about 25% (mostly driven by BTC), risk-free 4% → Sharpe about −0.06. However, from a coin-denominated perspective, volatility attribution is mainly to BTC itself, so staking-yield volatility is only ~5%; coin-denominated Sharpe about 0.5.

- ETH staking: yield 3.5%, volatility 70% → Sharpe about −0.007, coin-denominated Sharpe about 0.1;

• SOL staking: yield 6%, volatility 100% → Sharpe about 0.02, coin-denominated Sharpe about 0.1.

After I tested locking BTC into the Ledger 0.05 testnet, the portfolio Sharpe ratio improved by about 0.3 compared with simply holding BTC, and it was smoother than staking ETH/SOL.

When you calculate Sharpe, do you anchor to USD or coin-denominated? I think people locking BTC should use the latter.

@BabylonLabs_io $BABY #baby