#termmax @TermMax yesterday short $STAR booked loss of $15 now look it's again in the gainers today Hurry up go long on $SKYAI 0.15 is the tp also long
spent part of the afternoon reading through @TermMax's TMX pre-mine structure and one number made me stop.
40 million TMX.
out of a fixed 1 billion total supply, 4% was allocated specifically to incentivize early users through pre-mining.
At first I read it like another rewards campaign. deposit, provide liquidity, collect rewards, move on.
then noticed the split in how those rewards were actually earned.
FT holders accumulated TMX daily based on their FT balances.
Order makers earned TMX based on the trading volume of their matched orders. And when Curators qualified as order makers, their rewards were distributed directly to depositors of the corresponding vault.
hold up, thats two pretty different behaviors being subsidized.
one side rewards capital for holding fixed-rate positions.
the other rewards capital for actually creating order flow that gets matched.
kinda feels less like an airdrop faucet and more like TermMax trying to incentivize both participation and usable liquidity while the market is still developing.
and the displayed TMX APY makes it even more interesting.
TermMax's docs say that incentive APY was calculated using a $60M FDV assumption, based on the valuation of its funding round.
So TMX APY wasn't purely the underlying fixed-rate yield in the normal sense. The USD value assigned to those token incentives depended on an assumed valuation for TMX while the pre-mined tokens themselves were non-transferable during the campaign period.
thats the part I'd watch.
once TMX becomes liquid and the incentive gets an actual market price, do users still like the fixed-rate product underneath it…
or were the incentives doing more work than the interest rate?
$USELESS will pump again
@TermMax #TermMax Poll: What really proves TermMax demand after incentives?
#dusk $DUSK @Dusk I used to think the interesting part of Phoenix was simply that Dusk has a UTXO-based transaction model.
The deeper part is what that actually changes.
Instead of keeping one continuously updated account balance, ownership is represented through individual outputs that can later be consumed and replaced by new outputs. Each transaction effectively proves what can be spent and what new ownership state should exist.
That structure fits confidential transactions surprisingly well.
The protocol can reason about specific pieces of state without requiring every transaction to expose one global account history. Its a cleaner way to isolate what is being spent from everything else happening around it.
But theres a cost.
UTXO systems make state more explicit, which can also make applications harder to reason about when multiple pieces of state need to interact at once. The privacy benefit doesnt automatically make the programming model simpler.
So does discrete UTXO state give Dusk a better foundation for confidential financial transactions, or does the extra state complexity become the price of that privacy model??
Spent the Dusk task reading the ECSP plan again and one thing kept nagging at me: building infrastructure for regulated assets is one problem. Actually getting those assets onto the infrastructure is another. Dusk is applying for an ECSP licence to connect European businesses raising capital with investors through eligible offerings like loans, shares and bonds. thats the bit i got stuck on. Europe has roughly 34 million SMEs according to Dusk's update, while the same piece points to nearly $70B facilitated by crowdfunding platforms globally in 2025. Then theres the financing pressure: Dusk cites Q2 2026 data showing a 43-percentage-point margin of SMEs reporting rising bank-loan rates. So this isnt really just another licence sitting beside the tech stack. If approved, the ECSP route gives Dusk a way to bring businesses seeking capital into the same ecosystem where the resulting financial assets can eventually interact with identity, privacy, distribution and settlement infrastructure. Dusk's older regulatory material already positions ECSP as the permission covering retail-funded investment instruments across the EU. Hmm, thats a different growth model from waiting for somebody else to tokenize something. Businesses get another capital route. Investors get access to regulated offerings. Dusk potentially gets new assets and activity flowing into its own product stack. But hold up, an application isnt an approval, and a licence isnt demand. Businesses still have to choose the route and investors still have to fund the offerings. Coffee went cold while i kept coming back to that. Infrastructure can move assets once they exist. ECSP could help answer where those assets actually come from. So does pursuing ECSP turn Dusk from infrastructure waiting for regulated assets into infrastructure capable of sourcing them, or does that only matter once real businesses and investors start using the route at scale?? #dusk @Dusk $DUSK
#dusk @Dusk $TUT +22.66%, $UAI +25.87%, $ZRO+24.80%… Gainers tab is basically a party i wasn't invited to 😂
something about Dusk's DLT-TSS work kept making me read the roadmap wrong.
i was treating it like DuskEVM.
engineers build it.
testing finishes.
someone flips the switch.
then i went back through @Dusk's update on the NPEX application and… this milestone runs on a completely different clock.
DLT-TSS means DLT Trading and Settlement System.
the important part isn't another smart contract going live.
Dusk and NPEX are pursuing the regulatory permission needed to combine trading and settlement of regulated DLT financial instruments within the EU framework.
and Dusk's own description of the work is almost the opposite of a normal software release.
technical team involved.
business development involved.
Norton Rose Fulbright involved.
meetings with regulators.
changing requirements.
questions and revisions after submission.
that's the thing that stuck.
you can't GitHub your way through the last stage.
Dusk said in October 2025 that it was close to finalizing the application, after which regulators could come back with questions, revisions and ultimately a decision.
and Dusk's later material still labels the NPEX DLT-TSS as in progress.
so i'm careful with the word “launch” here.
the infrastructure can be technically ready while permission isn't.
and regulatory feedback could still force the infrastructure to change.
21X is useful context because an EU DLT-TSS-authorized venue already exists and Dusk works with it.
so this regulatory route isn't theoretical.
but NPEX still has its own process to clear.
hmm.
maybe that's why this milestone matters more than another product release.
software proves Dusk can build the rails.
DLT-TSS permission would test whether regulators are willing to let an existing securities venue actually run regulated trading and settlement over them.
#dusk disappointed my rank is not improving tried each and everything now I'm done $TREE n $HEMI are the rising star of today
Spent the Dusk task digging through an engineering update and got stuck on a transfer mechanic i genuinely hadnt thought about: a smart contract doesnt have to accept DUSK just because another contract sends it. Dusk added transfer_to_contract, where one contract can transfer DUSK to another and attach arbitrary data to the call. The receiving contract gets to inspect that data and either accept or reject the transfer. sounds tiny. It isnt. A normal transfer model basically treats receiving money as passive. If somebody sends value to an address, the value arrives. Here, receiving can become part of the application's logic. A contract can effectively say “i accept this payment only if the information attached to it satisfies my rules.” I kept coming back to what that means for financial workflows. A payment might need to correspond to a particular instruction, state or condition before the receiving application should treat it as valid. Instead of accepting funds first and figuring out what they were for afterward, the receiver can make acceptance part of execution itself. Thats cleaner, but it also means payments arent universally neutral anymore. The destination contract has agency over whether the transfer completes, and badly designed acceptance logic can reject perfectly legitimate flows. Weirdly, the interesting part isnt that contracts can send money. Thats expected. Its that the receiving side gets a vote. So is explicit receiver acceptance the right primitive for financial contracts that need conditional payments, or does letting contracts reject incoming value add complexity to something transfers should keep simple?? #dusk $DUSK @Dusk
Conditional DUSK payments: better primitive or extra complexity?
go long on $FIGHT i used to think that using Bitcoin as collateral naturally meant the lending system also needed some form of control over the asset.
The more i read through @BabylonLabs_io’s design, the more deliberate the opposite started to feel.
The $BTC remains locked on Bitcoin under spending conditions agreed when the vault is created. The borrowing application does not take custody of it. Its responsibility is narrower: managing the loan, calculating the position’s health, processing repayments and deciding when liquidation conditions have been reached.
That separation matters.
Bitcoin handles the part that should remain difficult to change or interfere with.
The application handles the part that needs to respond to interest rates, collateral parameters and market conditions.
I actually like that the two layers are not blended together. A lending protocol can update how it manages risk without gaining the ability to freely move the Bitcoin backing the position.
The tradeoff is that the full system becomes less intuitive.
Users are not interacting with one platform that holds collateral and issues a loan. They are interacting with two connected environments, each responsible for a different part of the position.
Sometimes stronger boundaries make the architecture safer while making the experience harder to explain.
Does keeping Bitcoin custody separate from lending logic create a clearer trust model, or does dividing responsibility across two systems make borrowing feel unnecessarily complicated?
kept thinking the Vault Provider choice inside @BabylonLabs_io current TBV flow was mostly an operational detail.
someone coordinates peg-in setup, collects signatures, generates the ZK proof at redemption and broadcasts the Bitcoin Claim, Assert and Payout transactions.
then i reached the commission section.
Each provider sets a fee.
It is deducted in BTC from the redemption payout and embedded in the pre-signed Payout transactions when the vault is created.
The depositor approves the amount before BTC moves into the final vault output.
The provider cannot raise it later.
The depositor cannot switch providers later either.
So the choice is fixed twice.
The operational relationship lasts for the vault’s entire life, while the economic terms are cryptographically locked.
that’s the part that stuck.
A provider cannot attract depositors with one rate and quietly increase it after their BTC is committed. The pre-signed payout prevents the terms from drifting.
But that protection creates inflexibility.
If another provider becomes cheaper, faster or more reliable, the vault cannot migrate. The depositor must redeem it and create a new one with another provider.
Grabbed a snack and kept thinking how unusual that feels in DeFi, where service layers can change while positions stay open.
Here, price certainty comes from making the relationship non-upgradable.
The provider still does not custody or control the BTC. Spending paths and payout destinations are agreed in advance.
If the provider becomes slow, unavailable or refuses a valid redemption, the depositor can use the self-claim path—provided they kept the vault-specific WOTS keypair and claimer artifacts.
So non-custodial does not mean interchangeable.
Maybe fixing the provider and fee at creation is the cleanest protection against future manipulation
Or maybe it puts too much weight on choosing the right provider before users have seen a real redemption
Is an immutable commission stronger user protection, or does it make the initial Vault Provider choice too important?