BlockRadar-月月

On the last day of 2025, Yueyue stands in front of the Binance backdrop, filled with anticipation for 2026～

May the new year bring everyone's wallets to shine like this '2026', and may financial freedom be achieved soon! 🚀🌕

Thanks to Binance for being with us all the way; in 2026, let's get rich together and soar! 💰

#Binance #2026见 #crypto

Last night I整理 @Dusk ’s partner roster and wanted to find licensed institutions outside Europe. I found that, in addition to NPEX, 21X, and Quantoz, Italy’s PlayMatika and Betpassion have also integrated with DuskPay—but they still fall within the EU. This geographical concentration made me pause for a long time before even getting to the table. I originally just wanted to map commercial progress, but I was pulled into a more fundamental issue: a chain that claims to be “global financial infrastructure” has, for now, only dug its compliance moat in Europe.

On the surface, Dusk is a privacy-compliant public chain. But the more I looked, the more it felt like its true core is a “digital mirror” of European financial regulation. Terms like MiCA, DLT Pilot, and MiFID II form the entire narrative foundation of Dusk. NPEX’s Dutch license, 21X’s DLT-TSS, and EURQ’s MiCA compliance—each one precisely corresponds to an EU regulation. Chainlink and Cordial Systems bring globalized technology and custody partnerships, but they are not licensed financial institutions, so they can’t replace the real barrier of licensing. The design is airtight in Brussels, but once you leave the EU, every license has to be recreated from scratch. #dusk

What makes me cautious is this: Europe’s compliance advantage is a moat within Europe, but outside Europe it could turn into a wall. The U.S. has the SEC and CFTC, and Asia has its own regulatory frameworks. If Dusk wants to enter those markets, it can’t simply reuse the EU compliance playbook—it has to rebuild the legal framework from the ground up and renegotiate licenses. And the center of gravity of global capital markets clearly isn’t in Europe—U.S. stocks, Asian bonds, Middle Eastern sovereign funds, all far beyond the scope Dusk can currently reach. Even more subtly, the privacy design depth of $DUSK is tightly bound to Europe’s data protection traditions; in other jurisdictions that may not be a positive, and sometimes it even requires additional explanation.

What I’m watching now is whether Dusk can abstract Europe’s compliance experience into a reusable technical architecture—so that licensed institutions elsewhere can integrate as quickly as plugging into a protocol, rather than having to go through an entirely new round of legal customization every time they enter a new jurisdiction. What I truly care about isn’t NPEX’s short-term €300M assets, but in the long run whether DUSK’s network effects can break out of Europe, or whether it will ultimately be trapped in a fortress of “the strictest compliance, but insufficient capital depth.”

Last night I opened the developer documentation for @Dusk , looking for a beginner path for a third-party developer. In “Start here,” the official guidance recommends deploying contracts and bridging assets. But within the same set of docs, I also noticed entry points for products like Dusk Trade, Dusk Wallet, and Dusk Pay. I originally just wanted to see how external teams would integrate, but the setup of “the official team building an application layer themselves” really caught my attention, and I ended up getting absorbed for a long time.

On the surface, $DUSK is a privacy-compliant chain. But the more I looked, the more it seemed less like a pure chain and more like a case of vertical integration where the boundary between “protocol” and “application layer” is deliberately blurred: it not only provides the DuskDS consensus and the DuskEVM execution environment, but also personally steps in to build a trading platform, a wallet, and payment. The official documentation positions these products as “application layer sitting on top of the protocol,” and the protocol itself still emphasizes openness. DuskEVM is compatible with standard Solidity tooling, and Dusk Connect supports multi-wallet integration. But in practice, the official applications and the underlying protocol are being driven by the same entity—so the boundaries are far more blurred than the wording suggests.

What makes me cautious, though, is this: in the cold-start phase, vertical integration can indeed help quickly get the workflow running and give institutions an “out-of-the-box” demonstration. The ecosystem already has community projects such as Sozu staking, Pieswap DEX, and Dusk Domains, which suggests that third-party entry points aren’t completely closed. However, Dusk Trade and Dusk Pay are still in a pre-release or waitlist stage and haven’t truly begun large-scale operations yet. So it’s too early to claim that they have already secured an “official endorsement” position. What I keep thinking about is whether, in the long run, third-party developers will still have enough motivation to build alongside official products—rather than assuming that the official apps will inevitably receive priority access to NPEX licensing resources and liquidity entry points. This is only a reasonable hypothesis for now, not a confirmed hard priority.#dusk

So what I want to observe now is: once Dusk Trade and Dusk Pay truly go live, can Dusk transition from “officially demonstrated” to “a thriving third-party ecosystem”? I’m not primarily concerned with whether the official applications themselves can succeed. What I care about is whether, in the long term, the value of the DUSK token can be jointly grown by an open application ecosystem—rather than ultimately converging into “internal fuel” for just a few official products.

Last night I opened the staking page for @Dusk , and my original intention was simply to see what exactly the node was earning. The number of nodes, staking ratio, and annualized yield all looked decent enough. But when I clicked into “revenue sources” to confirm whether the rewards came from transaction fees or newly issued tokens, the official explanation only said “staking rewards” in four words, with no further breakdown. That blank space made me pause a little longer.

On the surface, Dusk is a privacy-compliant public chain, but the more I look at it, the more its current core feels like a transitional state: hiring security through token inflation, then using a security narrative to attract institutions, while institutions still haven’t really paid. The DuskDS mainnet has been running for about one year and seven months. Nodes do receive rewards, but the DuskEVM that would actually generate fee revenue is still on testnet. Each block reward equals newly issued DUSK plus all transaction fees in that block. In the current Stage 1, about 19.86 units of $DUSK are issued per block, and on-chain transactions over 24 hours are usually only a hundred or two, making fees so small they can be ignored. Staking yield is supported almost entirely by inflation.

What really made me wary is that inflation is not free security; it simply spreads the cost back across all token holders. The new coins received by stakers actually dilute the share of those who do not stake. It is like a restaurant with no customers yet using stored-value card money to pay the staff, while the balance in the card quietly shrinks. Just because the technology works does not mean the economics are healthy.

The official team is clearly aware of this, so they designed halvings every four years, with a plan to continue for 36 years and issue a total of 500 million coins. The early high inflation is packaged as “startup subsidies,” and the logic makes sense, but the premise is that transaction fees must rise enough within four years to take over. Otherwise, after the second-stage halving, node revenue will drop sharply, and either the security budget will shrink or the parameters will have to be adjusted. In essence, it is a race against time. #dusk

So now what I want to see more is whether, once DuskEVM באמת starts handling institutional transactions, the source of DUSK staking rewards can shift from being mainly “token issuance” to being mainly “transaction fees.” What I really care about is not how high the node’s annual yield is, but whether the subsidy from each four-year halving can last long enough to meet real economic activity before it runs out, so that the security mechanism can evolve from an “inflation engine” into an income system supported by real settlement.

Last night I opened the block explorer for @Dusk and saw that the mainnet block height has already surpassed 3.28 million. I originally just wanted to check the uptime, but I got stuck on the number “3.28 million.” What exactly is stored in those blocks? The further I scroll down, the more I feel that this number is worth questioning more than any roadmap.

Many people view Dusk as a compliant privacy chain, or buy into the RWA narrative. But now I’m more inclined to think that its true core is a peculiar structure that “separates block production from economic activity”: the underlying DuskDS has been producing blocks stably for more than a year and a half, and consensus and node operations are fine. However, DuskEVM—the piece that actually carries institutional business—is still on the testnet; the Hedger is still in alpha; and Dusk Trade is still on the waitlist. Out of those 3.28 million blocks, how many are staking, transfers, internal testing—and how many involve the real circulation of licensed assets? The official hasn’t disclosed the structure, and that makes me uneasy. #dusk

What makes me cautious here is this: block height has never equaled economic depth. A chain can keep producing blocks thanks to nodes and staking, yet for a long time have no real external transaction demand. Technical soundness doesn’t mean the market exists. What I keep thinking about is that DuskDS’s private transactions, Moonlight’s public trading, and staking all exist—but if on-chain activity is heavily concentrated in staking and internal transfers, then the token value of $DUSK will still be tethered to “block production itself,” rather than to “what is actually put inside the blocks.”

So what I want to observe now is whether, after DuskEVM goes live on mainnet, the composition of transactions in the block explorer will change in a clear way. What I truly care about isn’t how fast the number 3.28 million can grow, but whether, in the long run, DUSK’s gas consumption can shift from “nodes and testing” to “real settlement by licensed institutions,” so that block height finally starts to reflect the density of economic activity, rather than merely proving that a chain is still alive.

When I flipped to the token allocation table entry for @TermMax , what first made me frown wasn’t the mechanism design—it was the name “Foundation.” In Section 3.2, it’s separated out as 5%, meaning 50 million tokens. The vesting condition is a 3-month cliff, followed by linear release over 12 months. Look at it in isolation and it’s not so bad. But once you put it back into the whole table, it just stands out: the team and advisors have a 12-month cliff plus 30 months of linear vesting; investors have a 12-month cliff plus 24 months; even the ecosystem fund has a 1-month cliff plus 48 months of linear vesting. Only this “Foundation,” which is supposed to uphold the protocol’s long-term interests in name, is the fastest among all institutional allocations—fully emptied in just 15 months.

The more I look, the more it feels like this kind of ordering is itself a leak of time preference. In token issuance, a lockup period isn’t really a technical parameter. It’s an arrangement of who gets to exit first. The team is locked longer, the advisors locked longer, the investors locked longer—only the Foundation is locked shorter. Yet it’s assigned the very portion that is least in need of liquidity: long-term development, governance, and sustaining the ecosystem. The money that should be the most “slow-moving” is given the most “nimble” exit terms. How does an account that should move last end up ahead of everyone else? #TermMax

In this context, TMX’s role is even more worth thinking about. Ostensibly, it’s a governance token, and the Foundation’s 50 million tokens should, in theory, be used to steward parameters, build the ecosystem, and back the protocol’s long-term operations. But the lockup turns it into a liquid asset that can be fully cashed out by the 15th month. In this allocation, governance power and liquidity basically converge: whoever gets sellable coins fastest gets governance power that can be priced fastest. In other words, before any long-term commitment even begins, the door to exit has already been opened.

So whatever names are written on the allocation table, they can’t hide the timeline. If an account called “Foundation” unlocks completely before everyone else, then what we see isn’t a long-term commitment—it’s an exit option positioned at the very front, covered up by the name. Do you still think that can be called a foundation?

“Native issuance”: the line “corporate actions execute in code, no reconciliation required”—the image it brings to mind is a piece of paper that can distribute dividends by itself, paired with a machine that performs automatic transfers. But beside it there’s no judge announcing default, and no trustee sorting creditors by rank. It can pay interest, as long as someone first enters the parameters; it can’t hold a court session, because it’s an actuator, not a decider.

In the material @Dusk , “corporate actions” appears three times: service actions, complex process automation, and executing in code without reconciliation. Break them apart: dividend payments, stock splits, and mergers are parameterized events—amounts, dates, and ratios are specified, and the code mechanically distributes. Default, restructuring, and extension are adjudicative events—decisions require assessing solvency, creditor tiering, and priority ordering, meaning someone has to step forward and say “no.” The former can go on-chain; the latter cannot be hard-coded. “No reconciliation” only holds for the mechanical leg; reconciliation for the adjudicative leg is deferred until the day the event truly occurs.

Position $DUSK is clear: it’s the gas that gets the machine running—the asset-moving leg and the payment leg. It doesn’t share rights out of coupon, principal, or residual value; those legal claims are denominated in EURQ or in securities terms, not DUSK. Each time the machine moves, it charges a fee and passes what’s left to someone else. This is an operating agreement with fixed fees; it’s not residual claim over the underlying assets.

The risk isn’t on the day the code makes a mistake—it’s on the day the code can’t make a mistake. If there’s actually a default or a restructuring, it’s the contract, the court, and the liquidator that decide who gets back how much—not the contract. At that time, “corporate actions execute in code” will be translated into “parameters are written by someone off-chain,” and that person will be the real counterparty. #dusk

I’m not denying automation—I’m only denying putting adjudication into the executor. Treat it in the budget as a settlement pipeline, not a substitute for claims. For exits, look at whether the parameters are written to a single address and whether write permissions change—don’t look at price fluctuations. Daily watch: the servicing module’s parameter-write permissions, the issuer’s authorized key scope, and the time gap between coupon or principal being received and the record on-chain. The machine might never make mistakes, but the company will always need to hold a court session.

I have a habit when reading project documents like @TermMax : I always flip to the last page first. This time, what I found were two lines: Prepared by: Term Structure Labs Limited; Issuing Entity: Gradient Global Limited (BVI). One is responsible for writing the promises, the other for issuing the assets. The TMX you hold is, in legal bookkeeping terms, recorded under the latter’s name; but governance rights, staking yields, and fee sharing all depend on the code and operations maintained by the former to be realized.

That makes things a bit interesting. If you treat this entire TermMax document as a binary star system, the real problem is not which of the two bodies is brighter, but where the barycenter sits. Nominally, holders stand on the issuance side, meaning the company that minted the token; yet value creation and redemption all happen around the other body—the protocol operated by Term Structure Labs. Between the two sets of black-and-white words, the white paper says nothing about any pooling or guarantee arrangement, leaving only a signature line. The term “governance token” is written into the document with the default assumption that the issuer and operator are the same counterparty; that signature line quietly overturns that premise.

So TMX becomes a rather awkward thing: the unit of account belongs to the issuer, while the utility promise belongs to the operator. Staking, voting, revenue sharing—each right ultimately points to an entity that is not the issuer. Whose promise are you actually holding? I suspect most people have never really thought about that question. #TermMax

So don’t rush to call this a token issued by a single issuer. It is more like a binary structure with a shifted barycenter. Holders think they are betting against the project, but in reality they are dealing with two parties whose boundaries of obligation have not been clearly defined. And the barycenter that should truly bear the redemption obligation has not been written into any contract clause that could actually be enforced.