Burning BOY

#JPMorganBitcoin
JPMorgan: Bitcoin to Outperform Gold & Stocks? 🏦
Big news from Wall Street! JPMorgan's new long-term report projects a 10% annualized return for Bitcoin over the next decade, beating out US equities and gold . While they still warn about volatility, this is a major shift in narrative. Do you agree with their 10% base case, or are you betting on the 17% bull scenario? Let's hear your thoughts!

#EarningsSeason

Crypto Earnings Season Is Here! Who's Watching? 👀
The traditional markets are heating up, and all eyes are on the crypto-adjacent giants. Robinhood just reported a massive 47% drop in crypto revenue, and now the spotlight is on Coinbase's upcoming report . With trading volumes cooling but subscription services holding steady, can $COIN beat the odds? The next few weeks will be crucial for gauging institutional demand. Are you positioning yourself before the volatility hits? 📉📈

DuskEVM makes the first part of the problem feel much easier.
If I can bring Solidity contracts and familiar Hardhat tooling over, that removes a real developer friction point. But after testing that workflow, I keep thinking about the next bottleneck.
Compatibility gets developers in the door. It doesn't automatically put liquidity there.
A chain can be EVM-compatible and still have thin markets, shallow order books, idle capital, or users who simply don't have a reason to move funds.
That matters more on Dusk because the use cases being pushed are not just speculative token launches. If the goal is regulated assets and actual market activity, liquidity needs to show up where trading and settlement happen.
I'd rather see 1 market with meaningful depth than 50 contracts deployed with almost nobody using them.
The interesting metric for DuskEVM probably isn't how many Solidity developers can deploy.
It's what happens after deployment.
How much capital actually moves? How much volume settles? How quickly does liquidity follow applications?
DuskEVM can solve the compatibility headache.
The harder part is convincing capital to stay once the novelty wears off.
What matters more after DuskEVM compatibility?

#dusk $DUSK @Dusk

I’ve been looking at Dusk from a slightly different angle: the harder part may not be putting regulated assets onchain, but making the market around them actually useful.
NPEX gives an interesting reference point. It operates under AFM supervision, has passed €217M in funding and has more than 20,000 active investors.
That makes the question for Dusk more specific.
What happens when a regulated security moves from an existing venue into an onchain market?
If settlement becomes easier, transfers can stay controlled, and investors can interact without exposing unnecessary transaction details, there is a real reason to care.
But I think liquidity is the tougher test.
A regulated asset can be technically compliant and still struggle if there aren't enough buyers, sellers, or repeat transactions.
This is where Dusk Trade gets interesting to me.
The value isn't simply that an asset can exist onchain. It's whether someone can actually enter a market, trade, settle, and come back later because the experience is better than the old process.
That changes the benchmark.
Not "Can Dusk tokenize regulated assets?"
More like:
Can Dusk make regulated assets easier to actually trade?
Because issuance is a milestone.
A functioning market is the harder part.
#dusk $DUSK @Dusk

I keep getting stuck on one practical question with Dusk: who actually gets enough value from regulated assets being onchain to change their existing workflow?
NPEX is a useful test case. The Dutch platform operates under AFM supervision, reports more than €217M in funding, and has over 20,000 active investors. That’s already a functioning market, so the question isn’t whether the assets can be put onchain.
It’s whether doing so fixes something that currently hurts.
From what I’ve seen, the investor case is easier to understand. Controlled transfers and better privacy could matter when you’re dealing with regulated assets. But that only becomes meaningful if it improves the actual experience enough to justify changing established processes.
The issuer side is less obvious to me.
If settlement is faster or access to investors becomes easier, there’s a reason to care. But if the existing rails already handle most of the job at reasonable cost, putting the same asset onchain doesn’t automatically create demand.
That’s the friction I’d watch with Dusk.
The strongest case probably isn’t “regulated assets belong onchain.” It’s finding one part of the existing process that costs too much, takes too long, or exposes more information than necessary—and showing that Dusk genuinely makes that part better.
Otherwise, the asset is onchain because it can be... not because the market needed it there.

#dusk $DUSK @Dusk

Privacy isn't the opposite of compliance. Testing Dusk is making that tension feel much more practical.
What caught my attention is the idea that a transaction can remain private without making the compliance layer blind. That sounds obvious on paper, but it’s a very different requirement from simply hiding everything.
Dusk is built around regulated financial activity, and that changes how I look at privacy. If an institution has to process thousands of transactions while still proving that certain rules were followed, exposing every underlying detail isn't necessarily the only answer.
The interesting part is selective visibility.
A transaction can contain sensitive information, yet the relevant party may only need a cryptographic proof that a specific condition was satisfied. That distinction matters when you're dealing with real financial data rather than testnet balances.
And the numbers make the problem less theoretical. Dusk targets institutional-grade settlement and supports compliance-oriented financial applications, while its architecture is designed around zero-knowledge proofs and confidential transactions. You're basically trying to reconcile two things that normally pull in opposite directions: less information exposed, more evidence available.
I still think the hard question is implementation.
It’s easy to say “privacy-preserving compliance.” The useful test is whether an actual institution can run its reporting, auditing and regulatory checks without eventually asking for the exact data privacy was supposed to protect.
That’s the part I’m watching, because if Dusk gets that balance right, privacy stops looking like a barrier to compliance and starts looking more like a tool for making compliance more precise.
#dusk $DUSK @Dusk

I’ve been watching the DuskEVM launch from the developer side, and the interesting part isn’t that Solidity works on Dusk now.
It’s how quickly that lowers the friction.
A Solidity developer can bring familiar tooling like Hardhat into the process instead of learning an entirely different development workflow from scratch. That matters. But it also creates a harder question for Dusk.
If the barrier was tooling, we should start seeing experiments move faster.
If the barrier was actually finding something worth building, better developer access won’t solve much.
That’s the metric I’d watch now.
Not the number of contracts deployed in the first few days. Not how many developers connect their wallets. I’d look for applications that keep getting used after the initial testing phase.
Even 10–20 genuinely active applications would tell me more than hundreds of short-lived deployments.
There’s also a small frustration here. EVM compatibility makes entry easier, but it can also make Dusk feel like just another place to deploy Solidity code.
The harder part is getting developers to use what Dusk offers specifically.
So I’m less interested in “DuskEVM is live” as a milestone.
I’m more interested in what developers build when the novelty wears off, because that’s where the real signal should start appearing.
#dusk $DUSK @Dusk

Dusk's selective disclosure feels more important to me than its TPS.
A chain can push thousands of transactions per second and still struggle with the part that actually matters for regulated assets: who gets to see what.
What caught my attention is the practical middle ground. A transaction doesn't necessarily need to expose every piece of information publicly. A regulator, auditor, or counterparty can get the relevant proof without turning the entire transaction history into an open book.
That matters more once you move beyond demos.
If a Dusk-based market has 10,000 investors, I don't think the interesting question is whether the network can process 10,000 transactions quickly. The harder question is whether those 10,000 positions can remain private while authorized parties still verify ownership, compliance, and settlement.
That's where selective disclosure starts looking less like a privacy feature and more like operational infrastructure.
I'm still skeptical about how well this works at real market scale. The concept is clear. The harder test is whether institutions actually use it repeatedly, across 100 or 1,000 settlements, instead of praising the architecture once and moving on...

#dusk $DUSK @Dusk

Tokenized stocks becoming collateral is the easy part. The more interesting question is what happens when someone actually wants to borrow against them.
TermMax is already sitting around $90M in TVL, with roughly $22M in active loans. Its fixed-rate model makes the borrowing side harder to ignore because the cost isn't just “what’s the rate today?”
Take a tokenized SPY or NVDA position. If I lock it as collateral, I care about three things pretty quickly: how much I can borrow, what that borrowing costs for a known maturity, and what happens to my capital while I wait.
That last part is where I think TermMax gets interesting.
A floating-rate market can make borrowing feel cheap one week and annoying the next. Fixed-rate borrowing gives me a number I can actually plan around. But it also creates a different problem: if the fixed rate is too expensive compared with the return I expect from the collateral, the trade stops making sense.
So tokenized stocks don't automatically create borrowing demand.
The useful metric after the collateral arrives is utilization. Are people actually borrowing against these assets, and at what fixed rates?
TermMax says its product is available across 120+ countries and supports 10 chains. That's plenty of distribution.
Now I want to see whether the borrowing side can make those tokenized assets economically useful, not just depositable.

What matters most after tokenized stocks become collateral?
#termmax @TermMax

Before TermMax TGE, I would watch this one metric.
For me, it’s fixed-rate borrowing volume and utilization.
The reason is pretty simple. TermMax already has more than $90M TVL and around $22M in active loans. Those numbers show capital is there.
But the more interesting question is how much of that activity is actually choosing fixed rates.
If fixed-rate borrowing starts taking a larger share before or around the August 25 TGE, that tells me something more useful than raw TVL growth.
It means users are paying for rate certainty.
That matters because TermMax is built around known maturity and fixed borrowing costs. If borrowers keep choosing floating or simply leave capital unused, the product thesis gets harder to read.
I’d rather see $10M of consistently utilized fixed-rate borrowing than another headline number showing TVL moving from $90M to $100M.
There’s also a small tension here.
Higher utilization sounds good, but if it only appears because incentives are pushing users in, I’m not sure it means much yet.
So before watching TMX price, staking activity, or governance participation, I’d check one thing:
Are people repeatedly borrowing at fixed rates because they actually want the product?
That number might tell us more about post-TGE demand than the launch itself.

What matters more?
#termmax @TermMax

Dusk doesn’t need 1,000 RWA tokens.
It needs 1 market where people actually come back to trade.
That’s the part I keep watching with Dusk Trade. The current Dusk site points to €300M+ in confirmed issuance with institutions, while the NPEX relationship shows a €200M+ confirmed issuance signal and a 20,000+ investor base. (Dusk)
Those numbers sound useful, but issuance is still the easy part.
The harder question is what happens after someone buys.
Can they find another eligible buyer?Can orders actually meet?Is there enough activity to make pricing meaningful?
Dusk’s own recent material makes the same point: tokenization can reduce transfer and settlement friction, but it cannot create buyers, sellers or fair prices. (Dusk)
That makes Dusk Trade more interesting to me than another asset-count headline.
I’d rather see 10 assets with repeated secondary-market activity than 1,000 tokens sitting there with almost no trading.
Because once there is real turnover, you can start measuring something meaningful: repeat users, volume, spreads, settlement activity.
Until then, a growing asset list can look impressive without proving much.
That’s the number I’ll be watching.

What matters most for Dusk Trade?
#dusk $DUSK @Dusk

DuskEVM is live. Now the honeymoon is over. What actually gets built?
I’ve been watching the rollout less for the launch headline and more for what developers do with the extra access.
The interesting test for me is simple: does DuskEVM turn developer interest into applications people keep using?
Solidity and familiar EVM tooling lower the friction, but that only solves the first 20% of the problem. The harder part is getting someone to spend weeks building something that has a reason to exist beyond “Dusk just launched its EVM.”
That’s where I’m a little skeptical.
Dusk has already put real effort into the developer side. Now I want to see numbers move on the other side of the equation.
How many contracts actually get deployed in the first 30 days?
How many are still active after 60?
And more importantly, how many transactions come from something users genuinely need rather than test activity and incentives?
I’d rather see 10 useful applications generating consistent activity than 100 contracts deployed once and forgotten.
DuskEVM makes building easier. It doesn’t automatically make the thing worth building.
That part is probably going to be much harder to measure in the first few weeks, and that’s the metric I’ll be watching.

What do you think will drive DuskEVM adoption?
#dusk $DUSK @Dusk

I keep coming back to TermMax’s liquidity, not because the product feels unfinished, but because fixed-rate lending creates a different kind of friction.
The numbers are already meaningful: more than $90M TVL, around $22M in active loans, and 1.5M+ connected wallets. But those numbers don’t automatically mean deep liquidity where it actually matters.
When I looked at the fixed-rate side, the practical question became pretty simple: can a borrower find the maturity and rate they want without waiting, while a lender can enter and exit without taking a big opportunity-cost hit?
That gets more important as TermMax adds more maturities and vaults.
A market can have plenty of total capital and still feel thin at a specific maturity.
I think this is where V2 and the curator model become interesting. More structured vaults can concentrate liquidity instead of spreading it across too many isolated choices.
But concentration creates another tradeoff. If liquidity becomes deeper in selected maturities, what happens to the less popular ones?
TermMax can solve the product mechanics. The harder part may be getting enough two-sided activity so those mechanics actually feel useful every day.
That’s the part I’m watching after the TGE, because $90M TVL sounds very different from $90M of usable liquidity when you look at one specific market.
#termmax @TermMax

Dusk doesn't need another RWA token. It needs market activity.
I keep coming back to Dusk Trade because the interesting part isn't getting an asset issued. That's the easy headline.
The harder question is what happens after onboarding.
If a user can get through onboarding, bind a wallet, complete a controlled transfer and eventually settle an asset, that's useful. But those steps only matter if people actually repeat them.
Dusk is targeting a huge European SME market, with roughly 24M SMEs often cited across Europe. Even a tiny fraction becoming active participants would matter more than another batch of tokenized assets sitting untouched.
That's where I'd watch the numbers.
Not just how many assets are issued.
How many are actually traded?
How often do transfers happen?
How much settles?
Does the same market generate activity again 30 or 60 days later?
Because a regulated RWA platform can look busy from the outside while the underlying market stays quiet.
Dusk Trade's workflow makes sense to me. The unresolved part is whether that workflow creates enough repeated activity to become a market rather than just infrastructure for issuing assets.
That's probably the metric I'd care about most after launch...

#dusk $DUSK @Dusk

I kept coming back to one thing while clicking through TermMax: the interest rate doesn't feel like a number you simply accept. It starts looking more like something you can actually place an order around.
That changes the decision a bit.
With fixed-rate borrowing, I can see the maturity and rate before committing capital. If the available terms don't make sense, there isn't much reason to force the trade. I'd rather wait for a better match than take a floating rate and hope conditions stay friendly.
The interesting part is the orderbook idea underneath this. TermMax already has more than $90M in TVL and around $22M in active loans, so there is at least some real capital sitting behind the mechanism.
But liquidity is where I still hesitate.
A rate can be attractive on paper and still be useless if there isn't enough matching liquidity at the maturity I want. That's very different from looking at a lending pool where liquidity is generally just sitting there waiting.
The product makes me think less about “what's the current APY?” and more about “what rate can I actually get matched at?”
That feels closer to trading a financial term than simply borrowing from a pool.
The question is whether enough borrowers and lenders show up at the same maturities to make that market feel consistently alive.

#termmax @TermMax

The more I look at Dusk, the less I think its hardest competition is another blockchain.
It’s the existing stack around securities.
A traditional asset can still pass through an issuer, registrar, broker, exchange or venue, custodian, clearing layer and CSD before settlement. Each handoff creates another place for reconciliation, permissions and reporting to happen separately.
Dusk is interesting because it is trying to compress some of that workflow into the same infrastructure. Its mainnet is positioned for native issuance, regulated trading and post-trade settlement, including CSD-style functionality under its DLT-TSS licence.
The practical tension is obvious, though.
Existing institutions have decades of processes, relationships and regulatory acceptance behind them. Replacing even one settlement workflow isn’t just a technical upgrade. It means convincing issuers, venues, custodians and regulators that the new workflow is actually easier.
Dusk’s architecture gives it some useful numbers to work with: a single settlement layer, two execution paths — DuskVM and DuskEVM — plus privacy through Phoenix and selective disclosure rather than forcing every market participant to see everything.
That makes the competitive question less “Can Dusk beat Ethereum?”
It’s more uncomfortable:
Can Dusk make a securities workflow materially simpler than the infrastructure institutions already tolerate?
That’s the benchmark I’d watch. Because if reconciliation stays complicated, the blockchain part almost doesn’t matter...

#dusk $DUSK @Dusk

TermMax’s biggest test isn’t TGE. It’s what happens after TGE.
I’ve been looking at the borrowing side more closely, and that’s where the interesting question starts.
TermMax has already reached $49.18M TVL, with $55.56M including borrowed value, 17K daily active users and 100+ markets across its supported chains. Those are meaningful numbers.
But token launches can distort attention.
$TMX launches August 25. That can bring traders, liquidity, XP hunters and plenty of short-term activity. None of that automatically means people will keep opening fixed-rate borrowing positions once the launch excitement cools down.
For me, the better metric after TGE is much simpler:
Are borrowers still willing to lock in a rate?
That matters because fixed-rate borrowing has a different kind of friction. A user has to actually need predictable financing badly enough to choose it over whatever variable-rate alternative is available at the time.
If borrowing volume keeps growing after August 25, that tells me the token is sitting on top of real product demand.
If activity spikes around TGE and then fades, the token may have created attention without creating much additional borrowing demand.
I’d rather watch borrower volume, active debt and repeat usage for the weeks after launch than judge TermMax from the first few days of $TMX trading.
That’s probably where the real signal starts...

#termmax @TermMax $DEXE

DuskEVM could solve Dusk’s developer problem. But not its adoption problem.
I spent some time looking at the EVM path, and the obvious improvement is friction. Solidity developers don’t need to relearn the entire stack just to start building on Dusk.
That matters.
Dusk now has 3 development paths: Native, EVM, and Confidential EVM. The EVM route gives developers a much more familiar entry point, which should make experimentation cheaper and faster.
But there’s a catch I keep coming back to.
Lowering the cost of building doesn’t automatically create a reason to stay.
A developer can deploy an EVM contract, test the network, and leave if there’s no user activity, liquidity, or actual demand waiting on the other side.
That makes DuskEVM interesting for a different reason. I’d watch what happens after the initial developer wave, not just how many projects launch.
If Dusk gets 10 new teams experimenting but only 1 keeps building, the tooling improvement isn’t really the story.
The harder metric is retention.
Because making Dusk easier to enter is one problem.
Making someone care enough to keep using it is another...
#dusk $DUSK @Dusk

The OpenDusk treasury vote is where governance gets practical for me.
The proposal is simple enough: route burned block rewards into a community treasury instead of leaving that capital outside a dedicated ecosystem funding structure.
But the number I keep coming back to is *45%*.
That is the proposed share of the block reward that goes toward burned DUSK. If that flow becomes treasury capital, the question stops being “should OpenDusk exist?” and becomes much more uncomfortable: *who gets to decide where that money goes?*
I would rather see the community control the direction, but voting alone doesn't solve the allocation problem.
A treasury can have broad participation and still make poor funding decisions.
What I want to watch after the vote is not the approval percentage. It is the first few funding decisions. How much gets allocated? To whom? Against what measurable result? And what happens when a funded project doesn't deliver?
That is where I think OpenDusk becomes interesting.
The vote can establish the mechanism, but the real test starts when actual DUSK starts moving through it.
If the treasury becomes another place where capital gets approved because something sounds useful, then the governance layer hasn't really changed much..
And that is the part I’ll be watching.

#dusk $DUSK @Dusk

Dusk is building three paths: Native, EVM and confidential EVM.
What I find interesting is the practical choice this creates. You can stay on the native side, move into EVM, or use the confidential EVM path when privacy becomes the priority.
While testing the different pieces, the thing I kept coming back to was friction. Supporting three paths sounds useful, but it also means developers have to decide where their application actually belongs instead of treating Dusk as one simple execution environment.
The numbers make the direction clearer. Dusk has *10,000+ transactions per second* as a stated target, while its EVM work is aimed at making existing Ethereum tooling usable without forcing everything into a new development stack.
That sounds good on paper. But I’m more interested in what happens when an application starts moving between these paths.
Does the EVM route become the default because it is familiar? Does confidential EVM actually pull applications toward privacy-sensitive use cases? Or does Native remain the place where the deeper advantages are easiest to capture?
Three paths give developers more options, but they also create a new decision point.
That trade-off is probably going to matter more than the headline numbers as real applications start choosing where to live...

#dusk $DUSK @Dusk