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Have you seen this kind of bookkeeping document? Our company’s invoices are exactly like this. The physical world is truly clear at a glance—real and convenient.
It can be scratched out and rewritten; you don’t need a signature; you don’t need a seal. No games, no backstabbing—everyone just acknowledges it.
In the Web3 world, if you do things like this, it’ll turn into chaos. You can see balances, but you don’t know who transferred to whom, or how much funds there are.
This is where Dusk should make its entrance. The whitepaper is crystal clear. Financial transactions need an intermediate path: user data and transaction details must be confidential, but correctness must still be provable.
In plain language: you don’t have to tell me how much you transferred, but you must prove you didn’t make a blind, messed-up transfer.
To satisfy this “prove I’m not dead” kind of unreasonable requirement, Dusk uses a dual-account personality-splitting design. Moonlight is a public account—balances are written in the contract, so anyone can take a quick look, suitable for “decent people.”
Phoenix is a privacy account: the money becomes encrypted “little notes,” and zero-knowledge proofs are used to prove that “I have money and no double-spending,” but it still won’t tell you how much or who it came from.
When it comes to risk mitigation, Dusk’s Succinct Attestation consensus mechanism doesn’t do probabilistic finality. Each block goes through a three-stage process—propose → verify → approve—deterministic finality, nipping the “I changed my mind” soap-opera plot in the bud. The Transfer Contract acts as the whole-network “customs,” running every transaction through a gate to verify legality and collect Gas fees.
Phoenix transactions use zero-knowledge proofs to prevent double-spending, and the math guarantees you can’t sell the same coin twice.
But risk is like expired yogurt in the fridge—you don’t know it’s expired unless you check. Still, they do clearly mark the expiry date.
In May 2026, OtterSec discovered a dusk-plonk implementation vulnerability: the verifier skipped a key check, and the attacker nearly minted coins out of thin air. At the time, 60 million USD was locked. So Dusk embedded compliance into the underlying layer: the XSC standard allows regulators to audit using view keys, meeting MiCA and MiFID II requirements.
Accounting vouchers can be invisible, but mathematical logic won’t lie. Transactions can be confidential, but risk must be made visible.
Dusk’s ultimate move is to use zero-knowledge proofs as a shield, hard finality as the foundation, and XSC as the compliance lock.
For those who want to squeeze through loopholes to make a quick buck, dusk says: go ahead. I’ll keep my hands in my pockets—when I take them out and do the math, I’ll be the one who wins $TUT #dusk $DUSK @Dusk $ZEC #TRUMP突破3.4美元创3月21日以来新高 #黄金反弹近5% .
It can be scratched out and rewritten; you don’t need a signature; you don’t need a seal. No games, no backstabbing—everyone just acknowledges it.
In the Web3 world, if you do things like this, it’ll turn into chaos. You can see balances, but you don’t know who transferred to whom, or how much funds there are.
This is where Dusk should make its entrance. The whitepaper is crystal clear. Financial transactions need an intermediate path: user data and transaction details must be confidential, but correctness must still be provable.
In plain language: you don’t have to tell me how much you transferred, but you must prove you didn’t make a blind, messed-up transfer.
To satisfy this “prove I’m not dead” kind of unreasonable requirement, Dusk uses a dual-account personality-splitting design. Moonlight is a public account—balances are written in the contract, so anyone can take a quick look, suitable for “decent people.”
Phoenix is a privacy account: the money becomes encrypted “little notes,” and zero-knowledge proofs are used to prove that “I have money and no double-spending,” but it still won’t tell you how much or who it came from.
When it comes to risk mitigation, Dusk’s Succinct Attestation consensus mechanism doesn’t do probabilistic finality. Each block goes through a three-stage process—propose → verify → approve—deterministic finality, nipping the “I changed my mind” soap-opera plot in the bud. The Transfer Contract acts as the whole-network “customs,” running every transaction through a gate to verify legality and collect Gas fees.
Phoenix transactions use zero-knowledge proofs to prevent double-spending, and the math guarantees you can’t sell the same coin twice.
But risk is like expired yogurt in the fridge—you don’t know it’s expired unless you check. Still, they do clearly mark the expiry date.
In May 2026, OtterSec discovered a dusk-plonk implementation vulnerability: the verifier skipped a key check, and the attacker nearly minted coins out of thin air. At the time, 60 million USD was locked. So Dusk embedded compliance into the underlying layer: the XSC standard allows regulators to audit using view keys, meeting MiCA and MiFID II requirements.
Accounting vouchers can be invisible, but mathematical logic won’t lie. Transactions can be confidential, but risk must be made visible.
Dusk’s ultimate move is to use zero-knowledge proofs as a shield, hard finality as the foundation, and XSC as the compliance lock.
For those who want to squeeze through loopholes to make a quick buck, dusk says: go ahead. I’ll keep my hands in my pockets—when I take them out and do the math, I’ll be the one who wins $TUT #dusk $DUSK @Dusk $ZEC #TRUMP突破3.4美元创3月21日以来新高 #黄金反弹近5% .
Verified
Have you noticed that the debate about privacy in the crypto space is always a fight? One side says, “Total transparency is the true faith.” The other side screams, “A blockchain without anonymity is just fraud.”
Dusk steps out, rolls its eyes, and takes a serious look at Dusk’s underlying logic: it’s playing with cryptographic transaction privacy.
Dusk’s answer is as simple as eating and drinking. If you want more privacy, you can have more privacy. In the whitepaper, it throws out two transaction models—Phoenix and Moonlight. One is like wearing an invisibility cloak, the other is like walking around in public without a shirt.
Phoenix is the one with the cloak. Your assets aren’t a balance number—they’re a bunch of encrypted “little notes,” hidden inside a Merkle tree where nobody can find them.
When transferring, a zero-knowledge proof jumps out and shouts: “I prove there’s enough money and no double-spending—but I just won’t tell you how much it is or who transferred it!” The PLONK proving system works hard in the background, and the verifier only knows “the statement is true.” Everything else stays unknown.
Moonlight is the one with bare arms: account balances and transfer records are all public. It’s for those “come on, let’s hurt each other” transparency scenarios.
The most outrageous part is that you can switch between the two modes with one click—faster than changing your WeChat status. Even more ruthless: Phoenix also includes viewing keys. When regulators come, you pull them out and show them; when they leave, you put them away and go back to pretending you didn’t.
The whitepaper calls it “privacy first, transparent when needed.”
On the cryptography layer, the BLS12-381 curve, the JubJub curve, the Poseidon hash, and Schnorr signatures are all stacked together, plus a Segregated Byzantine Agreement consensus mechanism and Kadcast network optimization that trims 25%-50% of bandwidth consumption.
After this whole combo, the meaning of the Dusk Network boils down to one sentence: privacy isn’t all darkness or total nudity—it’s a lamp you can adjust.
Traditional finance can finally wear a suit and, at the same time, lock its underwear securely in a safe. $SOL #dusk $DUSK @Dusk #美国炼油商面临原油供应下滑 $BTC #比特币创2023年3月来最佳周表现 #三星拟周五公布新股东回报计划
Dusk steps out, rolls its eyes, and takes a serious look at Dusk’s underlying logic: it’s playing with cryptographic transaction privacy.
Dusk’s answer is as simple as eating and drinking. If you want more privacy, you can have more privacy. In the whitepaper, it throws out two transaction models—Phoenix and Moonlight. One is like wearing an invisibility cloak, the other is like walking around in public without a shirt.
Phoenix is the one with the cloak. Your assets aren’t a balance number—they’re a bunch of encrypted “little notes,” hidden inside a Merkle tree where nobody can find them.
When transferring, a zero-knowledge proof jumps out and shouts: “I prove there’s enough money and no double-spending—but I just won’t tell you how much it is or who transferred it!” The PLONK proving system works hard in the background, and the verifier only knows “the statement is true.” Everything else stays unknown.
Moonlight is the one with bare arms: account balances and transfer records are all public. It’s for those “come on, let’s hurt each other” transparency scenarios.
The most outrageous part is that you can switch between the two modes with one click—faster than changing your WeChat status. Even more ruthless: Phoenix also includes viewing keys. When regulators come, you pull them out and show them; when they leave, you put them away and go back to pretending you didn’t.
The whitepaper calls it “privacy first, transparent when needed.”
On the cryptography layer, the BLS12-381 curve, the JubJub curve, the Poseidon hash, and Schnorr signatures are all stacked together, plus a Segregated Byzantine Agreement consensus mechanism and Kadcast network optimization that trims 25%-50% of bandwidth consumption.
After this whole combo, the meaning of the Dusk Network boils down to one sentence: privacy isn’t all darkness or total nudity—it’s a lamp you can adjust.
Traditional finance can finally wear a suit and, at the same time, lock its underwear securely in a safe. $SOL #dusk $DUSK @Dusk #美国炼油商面临原油供应下滑 $BTC #比特币创2023年3月来最佳周表现 #三星拟周五公布新股东回报计划
Profit of 4000 hasn't been taken yet. I'm thinking of waiting until the take-profit hits. Guys, can I make it to the other side? $SNDK $BNB $ZEC
Behold how he rises to high towers, behold how he entertains his guests, behold how he reaches the summit peak, behold how he takes in the splendid prosperity, behold how he sits atop fame, fortune, and boundless glory—scintillating in every way. In the end, behold how he suffers total defeat
$EVAA $BTC $BNB
$EVAA $BTC $BNB
Verified
Fixed interest rates—completely the wrong idea. Don’t get fooled by fixed rates. TermMax is doing something even harsher.
Many people think TermMax is just an agreement that turns a floating rate into a fixed one: save money and lock in interest, borrow money and lock in your cost, done.
But the real “brutal” part is that it splits a single debt into three cards: GT issues an IOU, FT represents the future money, and XT represents the remaining time.
The most counterintuitive thing is that its normal path is to decay all the way to zero. The closer you are to maturity, the more FT approaches its full face value, and the less XT remains. People ask: if something is destined to go to zero, why does it exist at all? The answer lies exactly in the words “destined to.” If XT didn’t go to zero, the same debt would be counted twice and the books wouldn’t balance. Going to zero isn’t a bug—it’s proof that settlement is complete.
What TermMax is really doing is taking the “funds pricing power” back from the protocol and putting it into the hands of users. In the old lending model, you’re just a provider of capital—passively accepting whatever interest rate is offered. In TermMax, lenders can define their own pricing curve, set Range Orders, and actively decide in which interest-rate ranges they will provide funds. Makers finally get back pricing power, and Takers can also find the optimal fixed rate.
As of May 2026, since TermMax launched on the mainnet, TVL at one point exceeded $71 million. On January 5, 2026, TermMax partnered with Ondo to launch a tokenized stock fixed-rate market on BNB Chain as collateral. Cumulative funding exceeded $8 million, and the DeFiSafety score reached 93%.
TermMax isn’t building a “more stable lending/borrowing tool.” It’s creating a native on-chain bond market.
Pendle optimizes yield trading, Aave optimizes liquidity, and TermMax turns DeFi into the infrastructure for true fixed-income markets.
Of course, risks still exist: you’re fixing the cost, not the collateral price. But mechanism-wise it’s made clear: fixed interest isn’t guessing the future—it’s splitting and accounting for principal, costs, and time in advance.
An asset destined to go to zero but still indispensable—do you call it risk, or an interest invoice that’s counting down? #termmax @TermMax $BTC $AKE $EVAA #FASB拟允许合格稳定币计入现金等价物 #加密空头爆仓约30亿美元
Many people think TermMax is just an agreement that turns a floating rate into a fixed one: save money and lock in interest, borrow money and lock in your cost, done.
But the real “brutal” part is that it splits a single debt into three cards: GT issues an IOU, FT represents the future money, and XT represents the remaining time.
The most counterintuitive thing is that its normal path is to decay all the way to zero. The closer you are to maturity, the more FT approaches its full face value, and the less XT remains. People ask: if something is destined to go to zero, why does it exist at all? The answer lies exactly in the words “destined to.” If XT didn’t go to zero, the same debt would be counted twice and the books wouldn’t balance. Going to zero isn’t a bug—it’s proof that settlement is complete.
What TermMax is really doing is taking the “funds pricing power” back from the protocol and putting it into the hands of users. In the old lending model, you’re just a provider of capital—passively accepting whatever interest rate is offered. In TermMax, lenders can define their own pricing curve, set Range Orders, and actively decide in which interest-rate ranges they will provide funds. Makers finally get back pricing power, and Takers can also find the optimal fixed rate.
As of May 2026, since TermMax launched on the mainnet, TVL at one point exceeded $71 million. On January 5, 2026, TermMax partnered with Ondo to launch a tokenized stock fixed-rate market on BNB Chain as collateral. Cumulative funding exceeded $8 million, and the DeFiSafety score reached 93%.
TermMax isn’t building a “more stable lending/borrowing tool.” It’s creating a native on-chain bond market.
Pendle optimizes yield trading, Aave optimizes liquidity, and TermMax turns DeFi into the infrastructure for true fixed-income markets.
Of course, risks still exist: you’re fixing the cost, not the collateral price. But mechanism-wise it’s made clear: fixed interest isn’t guessing the future—it’s splitting and accounting for principal, costs, and time in advance.
An asset destined to go to zero but still indispensable—do you call it risk, or an interest invoice that’s counting down? #termmax @TermMax $BTC $AKE $EVAA #FASB拟允许合格稳定币计入现金等价物 #加密空头爆仓约30亿美元
Verified
They laugh at me for being too wild and demented; I laugh at others for not seeing through it.
When “traditional blockchain” players talk about finance assets, basically it’s like using a hammer to look at everything as if it were a nail. Bitcoin can transfer—so can stocks and funds, right?
For things like equity and bond funds, behind the scenes there are holder eligibility requirements, transfer restrictions, voting rights, dividends, and a whole bunch of states that change over time.
A typical public chain only records “who transferred how much to whom.” As for “whether this person is qualified to hold,” “whether the transfer exceeds the limit,” “whether dividends should be issued”—sorry, the chain doesn’t care.
So-called “tokenizing financial assets on-chain” is, in essence, moving an Excel sheet onto a blockchain. Aside from being slower and more expensive, nothing else changes.
In Dusk Network’s whitepaper, the first page already says: don’t use token-thinking for finance.
Phoenix handles trade privacy. With the UTXO model plus zero-knowledge proofs, transaction validity can be verified while sensitive information isn’t exposed. Whether you buy a fund or sell a stock, the chain can tell you “this happened,” but it can’t tell you “who with whom,” or “how much.”
Zedger manages regulated assets, blending state management with private transactions. KYC and AML rules are hard-coded into the virtual machine. Regulator nodes can verify state validity anytime via zero-knowledge proofs, but blockchain explorers can’t parse the specific path or monetary exposure. In plain terms: regulators can see it; outsiders can’t.
Citadel provides identity management with zero-knowledge selective disclosure. You want to prove you’re a qualified investor? Prove it—no need to lay out your ID card, property certificate, and bank statements in full.
DuskDS provides consensus and settlement. The Succinct Attestation consensus mechanism excludes fork rollbacks, delivering instant finality for the delivery of financial assets.
On January 7, 2026, the Dusk mainnet goes live, and DuskEVM launches. Together with the licensed Dutch exchange NPEX, it pushes regulated securities on-chain. As of August 2026, DUSK’s circulating supply is about 500 million tokens, with a market cap around $30 million.
What Dusk is really working on isn’t “adding a privacy shell to financial assets.” It’s redesigning how financial rules run on an open network. Verify what must be verified, cover what must be covered—this is something earlier chains just didn’t figure out. #dusk $DUSK @Dusk #美国初请失业金人数降至20.6万 #特朗普敦促国会通过Clarity法案 #加密空头爆仓约30亿美元 $SOL $ALLO
When “traditional blockchain” players talk about finance assets, basically it’s like using a hammer to look at everything as if it were a nail. Bitcoin can transfer—so can stocks and funds, right?
For things like equity and bond funds, behind the scenes there are holder eligibility requirements, transfer restrictions, voting rights, dividends, and a whole bunch of states that change over time.
A typical public chain only records “who transferred how much to whom.” As for “whether this person is qualified to hold,” “whether the transfer exceeds the limit,” “whether dividends should be issued”—sorry, the chain doesn’t care.
So-called “tokenizing financial assets on-chain” is, in essence, moving an Excel sheet onto a blockchain. Aside from being slower and more expensive, nothing else changes.
In Dusk Network’s whitepaper, the first page already says: don’t use token-thinking for finance.
Phoenix handles trade privacy. With the UTXO model plus zero-knowledge proofs, transaction validity can be verified while sensitive information isn’t exposed. Whether you buy a fund or sell a stock, the chain can tell you “this happened,” but it can’t tell you “who with whom,” or “how much.”
Zedger manages regulated assets, blending state management with private transactions. KYC and AML rules are hard-coded into the virtual machine. Regulator nodes can verify state validity anytime via zero-knowledge proofs, but blockchain explorers can’t parse the specific path or monetary exposure. In plain terms: regulators can see it; outsiders can’t.
Citadel provides identity management with zero-knowledge selective disclosure. You want to prove you’re a qualified investor? Prove it—no need to lay out your ID card, property certificate, and bank statements in full.
DuskDS provides consensus and settlement. The Succinct Attestation consensus mechanism excludes fork rollbacks, delivering instant finality for the delivery of financial assets.
On January 7, 2026, the Dusk mainnet goes live, and DuskEVM launches. Together with the licensed Dutch exchange NPEX, it pushes regulated securities on-chain. As of August 2026, DUSK’s circulating supply is about 500 million tokens, with a market cap around $30 million.
What Dusk is really working on isn’t “adding a privacy shell to financial assets.” It’s redesigning how financial rules run on an open network. Verify what must be verified, cover what must be covered—this is something earlier chains just didn’t figure out. #dusk $DUSK @Dusk #美国初请失业金人数降至20.6万 #特朗普敦促国会通过Clarity法案 #加密空头爆仓约30亿美元 $SOL $ALLO
Verified
Compliance, privacy—blockchains can’t avoid it. For a project to develop well, it must strike a balance between compliance and privacy.
The Dusk Network whitepaper proposes achieving auditable privacy through zero-knowledge proofs. It sounds like it solves the problem—does it really?
At the heart of the whitepaper’s logic is that what financial institutions need is not complete invisibility, but the protection of sensitive data within a regulatory framework.
Dusk embeds this idea throughout the entire protocol layer. It isn’t about installing a compliance plug-in on a specific public chain; instead, compliance DNA is built into the underlying architecture. Concretely, Dusk introduces the Citadel protocol—a self-sovereign identity system built on zero-knowledge proofs.
Users don’t need to upload passport photos or ID documents. They only need to cryptographically prove to the system that “I have passed KYC/AML review” or “I meet the qualifications of an accredited investor.” Meanwhile, the counterparty can’t infer the user’s real identity at all. This “invisible identity” fundamentally changes the logic of KYC—from “uploading documents” to “proving compliance status.”
Dusk’s technology is top-notch: it uses the PLONK zero-knowledge proof scheme and combines the Phoenix and Moonlight dual-transaction model, allowing users to freely choose between public transactions and private transactions. At the same time, the XSC security token standard enables KYC and AML rules to be directly hard-coded into smart contracts.
Regulatory nodes can verify the legality of the state machine at any time via zero-knowledge proofs, but blockchain explorers can’t parse the specific transaction paths or expose amounts.
In January 2026, Dusk’s EVM-compatible mainnet will正式上线. Zero-knowledge proof generation time has been compressed to the 50-millisecond range, making it sufficient for high-frequency financial trading such as stocks and bonds.
Dusk’s practice shows that the true value of zero-knowledge proofs is not about hiding everything, but about letting what should be public be public, what should be confidential stay confidential, and what should be verifiable be verifiable.
As Europe’s MiCA regulation is fully implemented and global RWA tokenization accelerates, this “privacy by default, audit optional” architecture may just be the bridge between traditional finance and the on-chain world.#dusk $DUSK @Dusk $BTC $SOL #SK海力士拟回购40万亿韩元股份 #比特币时隔三月重返6.9万美元 #中国企业据报经东南亚数据中心获英伟达算力
The Dusk Network whitepaper proposes achieving auditable privacy through zero-knowledge proofs. It sounds like it solves the problem—does it really?
At the heart of the whitepaper’s logic is that what financial institutions need is not complete invisibility, but the protection of sensitive data within a regulatory framework.
Dusk embeds this idea throughout the entire protocol layer. It isn’t about installing a compliance plug-in on a specific public chain; instead, compliance DNA is built into the underlying architecture. Concretely, Dusk introduces the Citadel protocol—a self-sovereign identity system built on zero-knowledge proofs.
Users don’t need to upload passport photos or ID documents. They only need to cryptographically prove to the system that “I have passed KYC/AML review” or “I meet the qualifications of an accredited investor.” Meanwhile, the counterparty can’t infer the user’s real identity at all. This “invisible identity” fundamentally changes the logic of KYC—from “uploading documents” to “proving compliance status.”
Dusk’s technology is top-notch: it uses the PLONK zero-knowledge proof scheme and combines the Phoenix and Moonlight dual-transaction model, allowing users to freely choose between public transactions and private transactions. At the same time, the XSC security token standard enables KYC and AML rules to be directly hard-coded into smart contracts.
Regulatory nodes can verify the legality of the state machine at any time via zero-knowledge proofs, but blockchain explorers can’t parse the specific transaction paths or expose amounts.
In January 2026, Dusk’s EVM-compatible mainnet will正式上线. Zero-knowledge proof generation time has been compressed to the 50-millisecond range, making it sufficient for high-frequency financial trading such as stocks and bonds.
Dusk’s practice shows that the true value of zero-knowledge proofs is not about hiding everything, but about letting what should be public be public, what should be confidential stay confidential, and what should be verifiable be verifiable.
As Europe’s MiCA regulation is fully implemented and global RWA tokenization accelerates, this “privacy by default, audit optional” architecture may just be the bridge between traditional finance and the on-chain world.#dusk $DUSK @Dusk $BTC $SOL #SK海力士拟回购40万亿韩元股份 #比特币时隔三月重返6.9万美元 #中国企业据报经东南亚数据中心获英伟达算力
Verified
I took a look at Alipay’s Jiebei today, and the annual interest rate is as high as 21.96%. Compared with blockchain lending rates, it’s far too much.
In mainstream DeFi lending protocols such as Aave and Morpho, borrowing interest rates also fluctuate in real time with the utilization rate of the liquidity pool. Today, borrowing USDC has an annualized rate of 4%, but tomorrow it could rise to 8%.
By early 2026, the total value locked in on-chain lending protocols has reached $64.3 billion, yet more than 95% of active loans still have floating interest rates with no maturity date.
This uncertainty poses a huge obstacle for institutions and enterprises that need to plan cash flow.
TermMax’s whitepaper mentions on-chain lending with fixed interest rates and fixed terms.
After the borrower locks the collateral, it mints leveraged tokens (GT) and fixed-rate tokens (FT). The number of FT minted is limited by the maximum loan-to-value ratio (MLTV).
Once minting is complete, the borrower sells the FT on the market at a discount to obtain instant liquidity, while committing to repay the full debt at maturity.
The lender, meanwhile, buys the FT at a discount and redeems it at par value at maturity, earning predictable fixed returns. The entire process is implemented efficiently through a customized AMM for price discovery.
This mechanism offers a “dimensionality-reduction” advantage over traditional bank lending. For the borrower, financing costs are locked in at the moment the position is opened, eliminating the impact of interest rate fluctuations on repayment costs. For the lender, returns are effectively determined when entering the market, with no need for constant monitoring of interest rate changes.
More importantly, fixed interest rates provide a foundation for complex strategies. Users can borrow at a fixed rate on TermMax, then lend on other platforms at a floating rate—combining predictable costs with potential upside. They can also complete fixed-rate borrowing and lending across different markets within TermMax, making profit on both sides predictable.
If it can truly be done, TermMax’s vision is to build a robust foundational fixed-rate market for the DeFi ecosystem, comparable to financial markets in the real world.
When the off-chain credit market of roughly $200 trillion per year makes fixed terms the norm, the floating interest rate era of on-chain lending may finally see a real turning point. #termmax @TermMax $ETH $SNDKB $ARB #Coldcard盗窃案调查取得进展 #中国企业据报经东南亚数据中心获英伟达算力 #FOMC会议纪要 #特朗普敦促国会通过Clarity法案
In mainstream DeFi lending protocols such as Aave and Morpho, borrowing interest rates also fluctuate in real time with the utilization rate of the liquidity pool. Today, borrowing USDC has an annualized rate of 4%, but tomorrow it could rise to 8%.
By early 2026, the total value locked in on-chain lending protocols has reached $64.3 billion, yet more than 95% of active loans still have floating interest rates with no maturity date.
This uncertainty poses a huge obstacle for institutions and enterprises that need to plan cash flow.
TermMax’s whitepaper mentions on-chain lending with fixed interest rates and fixed terms.
After the borrower locks the collateral, it mints leveraged tokens (GT) and fixed-rate tokens (FT). The number of FT minted is limited by the maximum loan-to-value ratio (MLTV).
Once minting is complete, the borrower sells the FT on the market at a discount to obtain instant liquidity, while committing to repay the full debt at maturity.
The lender, meanwhile, buys the FT at a discount and redeems it at par value at maturity, earning predictable fixed returns. The entire process is implemented efficiently through a customized AMM for price discovery.
This mechanism offers a “dimensionality-reduction” advantage over traditional bank lending. For the borrower, financing costs are locked in at the moment the position is opened, eliminating the impact of interest rate fluctuations on repayment costs. For the lender, returns are effectively determined when entering the market, with no need for constant monitoring of interest rate changes.
More importantly, fixed interest rates provide a foundation for complex strategies. Users can borrow at a fixed rate on TermMax, then lend on other platforms at a floating rate—combining predictable costs with potential upside. They can also complete fixed-rate borrowing and lending across different markets within TermMax, making profit on both sides predictable.
If it can truly be done, TermMax’s vision is to build a robust foundational fixed-rate market for the DeFi ecosystem, comparable to financial markets in the real world.
When the off-chain credit market of roughly $200 trillion per year makes fixed terms the norm, the floating interest rate era of on-chain lending may finally see a real turning point. #termmax @TermMax $ETH $SNDKB $ARB #Coldcard盗窃案调查取得进展 #中国企业据报经东南亚数据中心获英伟达算力 #FOMC会议纪要 #特朗普敦促国会通过Clarity法案
Bros, how much mana is usually needed to ride a horse like this?
$ETH $BTW $ALLO
$ETH $BTW $ALLO
Verified
While other public chains are still competing over TPS, Dusk Network is already building high-speed rail for compliant finance.
After Dusk’s 2024 update, check out the whitepaper—there’s a grand vision to bridge the gap between decentralized platforms and traditional financial markets.
This isn’t just concept talk; it’s a real, hands-on rework of the rules at the infrastructure layer.
A three-layer architecture, with compliance and privacy hardwired into the “genes.” Dusk’s modular design cleanly separates the consensus/settlement layer (DuskDS), the EVM execution layer (DuskEVM), and the privacy layer (DuskVM).
DuskDS runs an Isolated Byzantine Agreement (SBA), and committee-style PoS consensus delivers instant finality; DuskEVM lets Solidity developers migrate seamlessly, with customization and integration costs cut by 50x; plus the Phoenix and Moonlight dual-transaction model—users can choose to be public or be invisible, switching with one click. That “want both” infrastructure mindset is what institutions truly dare to use.
Performance isn’t hype—it speaks through data.
On the testnet, single-chain throughput is around 300 TPS, and the block interval is reduced to about 20 seconds. The Kadcast protocol saves 25% to 50% bandwidth compared to mainstream Gossip protocols, and node operating costs are absurdly lower than Bitcoin mining farms. Fast and energy-efficient—this is what serious infrastructure should look like.
Ecosystem deployment is the real knockout.
Dusk is deeply bound with the Netherlands-licensed exchange NPEX. With EU-wide licensing endorsements across MTF, Broker, and ECSP, it directly brings more than €300 million in tokenized securities on-chain. This isn’t empty talk—it’s actual stocks, bonds, and funds. Add Chainlink’s RWA oracle integration, and the “highway network” for compliant finance is already laid out.
A Layer 1 built specifically for regulated financial institutions—where privacy, compliance, and performance, three seemingly conflicting goals, are twisted into a single rope. That’s the evolution direction that blockchain infrastructure should take.#dusk $DUSK @Dusk $BTC #比特币永续合约资金费率创20个月新高 #美元触及三个月低点 $BTW #VIX恐慌指数跌至2026年低点
After Dusk’s 2024 update, check out the whitepaper—there’s a grand vision to bridge the gap between decentralized platforms and traditional financial markets.
This isn’t just concept talk; it’s a real, hands-on rework of the rules at the infrastructure layer.
A three-layer architecture, with compliance and privacy hardwired into the “genes.” Dusk’s modular design cleanly separates the consensus/settlement layer (DuskDS), the EVM execution layer (DuskEVM), and the privacy layer (DuskVM).
DuskDS runs an Isolated Byzantine Agreement (SBA), and committee-style PoS consensus delivers instant finality; DuskEVM lets Solidity developers migrate seamlessly, with customization and integration costs cut by 50x; plus the Phoenix and Moonlight dual-transaction model—users can choose to be public or be invisible, switching with one click. That “want both” infrastructure mindset is what institutions truly dare to use.
Performance isn’t hype—it speaks through data.
On the testnet, single-chain throughput is around 300 TPS, and the block interval is reduced to about 20 seconds. The Kadcast protocol saves 25% to 50% bandwidth compared to mainstream Gossip protocols, and node operating costs are absurdly lower than Bitcoin mining farms. Fast and energy-efficient—this is what serious infrastructure should look like.
Ecosystem deployment is the real knockout.
Dusk is deeply bound with the Netherlands-licensed exchange NPEX. With EU-wide licensing endorsements across MTF, Broker, and ECSP, it directly brings more than €300 million in tokenized securities on-chain. This isn’t empty talk—it’s actual stocks, bonds, and funds. Add Chainlink’s RWA oracle integration, and the “highway network” for compliant finance is already laid out.
A Layer 1 built specifically for regulated financial institutions—where privacy, compliance, and performance, three seemingly conflicting goals, are twisted into a single rope. That’s the evolution direction that blockchain infrastructure should take.#dusk $DUSK @Dusk $BTC #比特币永续合约资金费率创20个月新高 #美元触及三个月低点 $BTW #VIX恐慌指数跌至2026年低点
Verified
In the DeFi world, the scariest thing isn’t a sudden crash in coin prices—it’s waking up to find the interest rates have changed.
Today the annualized rate is 3%; tomorrow it rockets to 15%. Borrowing feels like playing Russian roulette, and repaying is like guessing a lottery ticket.
Variable interest rates—treats every kind of “dissent.”
At this moment, TermMax walked over holding an iced Americano with a fixed rate and said, “Don’t panic, bro—I’ll lock it in for you.”
Borrower posts collateral → mints GT → generates FT → sells at a discount to raise cash. Lender buys FT → redeems at maturity → receives fixed interest. Whitepaper original text: “Eliminates the need for users to execute complex transactions across multiple protocols.”
Since going live on the mainnet in April 2025, TermMax’s total value locked has already exceeded $100 million, with more than 1.1 million users and over 115,000 Discord community members. It is now deployed on 8 chains: Ethereum, Arbitrum, BNB Chain, Base, Berachain, and others. On March 25, 2026, Token Terminal data showed that its daily active addresses rank second among DeFi lending protocols, behind Aave. In May 2026, the project graduated from the YZi Labs EASY Residency incubator.
Professional market makers like Keyrock, Hardcoded Lab, and Edge Capital maintain the pricing curve. Funds that aren’t borrowed are automatically deployed into Aave and Morpho to generate yield—even if idle.
Of course, we can’t just look at the benefits—risks still exist:
Smart contract vulnerabilities: since the code is written by humans, there’s always the possibility of mistakes, and hackers may target it.
Liquidation risk: if the collateral asset price of GT holders drops significantly, positions can be liquidated. Leverage is a double-edged sword: gains can be impressive when prices rise, but losses can be severe when they fall.
Oracle risk: the project relies on Chainlink and RedStone for price data. If oracles malfunction or quotes become abnormal, the liquidation mechanism can fail as well.
Market volatility risk: in extreme market conditions, it may cause large losses.
TermMax is indeed strong in the fixed-rate track, but no matter how excellent a protocol is, it can’t make up for losses caused by blindly taking on positions while ignoring risk. #termmax @TermMax $BTW $BTC #以太坊启动Glamsterdam早期测试网 #比特币永续合约资金费率创20个月新高 #美国存储股延续涨势闪迪涨10.5% $SNDK
Today the annualized rate is 3%; tomorrow it rockets to 15%. Borrowing feels like playing Russian roulette, and repaying is like guessing a lottery ticket.
Variable interest rates—treats every kind of “dissent.”
At this moment, TermMax walked over holding an iced Americano with a fixed rate and said, “Don’t panic, bro—I’ll lock it in for you.”
Borrower posts collateral → mints GT → generates FT → sells at a discount to raise cash. Lender buys FT → redeems at maturity → receives fixed interest. Whitepaper original text: “Eliminates the need for users to execute complex transactions across multiple protocols.”
Since going live on the mainnet in April 2025, TermMax’s total value locked has already exceeded $100 million, with more than 1.1 million users and over 115,000 Discord community members. It is now deployed on 8 chains: Ethereum, Arbitrum, BNB Chain, Base, Berachain, and others. On March 25, 2026, Token Terminal data showed that its daily active addresses rank second among DeFi lending protocols, behind Aave. In May 2026, the project graduated from the YZi Labs EASY Residency incubator.
Professional market makers like Keyrock, Hardcoded Lab, and Edge Capital maintain the pricing curve. Funds that aren’t borrowed are automatically deployed into Aave and Morpho to generate yield—even if idle.
Of course, we can’t just look at the benefits—risks still exist:
Smart contract vulnerabilities: since the code is written by humans, there’s always the possibility of mistakes, and hackers may target it.
Liquidation risk: if the collateral asset price of GT holders drops significantly, positions can be liquidated. Leverage is a double-edged sword: gains can be impressive when prices rise, but losses can be severe when they fall.
Oracle risk: the project relies on Chainlink and RedStone for price data. If oracles malfunction or quotes become abnormal, the liquidation mechanism can fail as well.
Market volatility risk: in extreme market conditions, it may cause large losses.
TermMax is indeed strong in the fixed-rate track, but no matter how excellent a protocol is, it can’t make up for losses caused by blindly taking on positions while ignoring risk. #termmax @TermMax $BTW $BTC #以太坊启动Glamsterdam早期测试网 #比特币永续合约资金费率创20个月新高 #美国存储股延续涨势闪迪涨10.5% $SNDK
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