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
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.
Rich people end up together, poor people watch it happen with their own eyes At that time, I was sitting on a three-wheeler and saw it clearly $BTW $EVAA $BTC
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
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's GRVT feels really smooth—before I noticed, I ended up刷ing a lot more. Luckily it didn't get caught. 2U wear for 16分, not bad Babe, are you still刷ing securities? If not, that wear is a bit too high $GRVT $SOL $牛来
$牛来 sure enough it’s on Binance Alpha, Binance still as always will catch the hot topics In 5 days, a thousand-times coin’s leap—now rushing in means getting stuck holding the bag? Coins like this that rely only on narrative hype are destined to have no future The value of a sh*tcoin is 0—truly sound advice $DEXE $SNDKB
For blockchain to enter regulated financial markets, it must clear a threshold: transaction finality. For real-world assets (RWAs) such as securities and bonds, once a transaction is confirmed, it cannot be rolled back—this is the most basic safety requirement. Dusk Network is a consensus mechanism called Succinct Attestation (SA). SA is a permissionless consensus protocol based on Proof of Stake (PoS) and using a committee structure. The Dusk whitepaper clearly states that its protocol provides strong finality guarantees for permissionless participation and state transitions through a novel state-machine replication algorithm. Specifically, each round of consensus is clearly divided into three steps: Proposal, Validation, and Ratification. Randomly selected providers (provisioners) complete block proposal, validity checks, and final confirmation in sequence. Once certificates are created, voting power continuously transfers among validators, ensuring that certificates cannot be revoked. This deterministic finality is a lifeline for financial assets like RWAs that do not allow reorgs or rollbacks. Meanwhile, SA is paired with a targeted dissemination protocol called Kadcast, which can achieve 25% to 50% bandwidth savings compared with traditional Gossip protocols, balancing transmission efficiency with node privacy. SA unifies privacy and compliance—two requirements that seem to conflict. In its whitepaper, Dusk states plainly that its goal is to “bridge the gap between decentralized platforms and traditional financial markets,” providing a “blockchain focused on privacy and compliance-ready features.” With a dual-layer design of Moonlight (a public trading model) and Phoenix (a privacy-preserving model), users can switch instantly between transparency and anonymity. This “selective disclosure” capability allows Dusk to meet regulatory compliance requirements such as those under the EU’s MiCA, without sacrificing personal privacy. The value of succinct attestation is not in how complex it is, but in the fact that it delivers the determinism most needed for financial-grade applications with the minimal possible communication overhead. As on-chain assets move from cryptocurrencies to trillion-level real-world assets, finality is no longer a technical option—it is a survival baseline. $SNDKB #dusk $DUSK @Dusk #以太坊基金会启动Glamsterdam测试网 #比特币徘徊63500美元 $SOL
Uniswap, Hyperliquid, and PancakeSwap have been thriving as decentralized exchanges, and decentralized lending platforms like Aave V3, Morpho Blue, and MakerDAO have also emerged. Now TermMax has set its sights on decentralized lending and options trading. Since the development of the DeFi industry so far, total value locked (TVL) has grown from about $600 million in 2020 to nearly $200 billion by the beginning of 2026. Over the long term, the DeFi market has been dominated by floating interest rates, bringing double uncertainty to both borrowers and depositors. Traditional financial institutions and professional traders need predictable interest rates to plan capital allocation, hedge interest-rate risk, and optimize leverage costs. Reviewing the TermMax whitepaper, we find that TermMax is attempting to fill this gap. The whitepaper proposes a decentralized fixed-rate lending infrastructure based on a three-token system—FT (fixed-income tokens), XT (yield tokens), and GT (leverage tokens)—along with a customized AMM, enabling users to know the maximum possible yield and maximum possible cost even before entering the market. This logic of turning “floating-rate uncertainty” into “deterministic contracts” has long been the norm in traditional finance, yet it has been missing on-chain for a long time. As the whitepaper suggests, what TermMax aims to build is not just a lending platform, but a market mechanism that can support different assets, different terms, and different capital needs. At the beginning of 2026, major lending protocols such as Aave, Morpho, and Kamino have already made fixed interest rates a core development target. On-chain lending protocol TVL has reached $64.3 billion, while off-chain credit markets generate about $200 trillion in credit every year—where fixed terms are absolute common practice. For DeFi to evolve from a “Martian casino” into financial infrastructure that supports real economic activity, fixed interest rates are an unavoidable step. TermMax’s exploration reveals an even deeper trend: in the second half of decentralized platforms, core competitiveness is no longer about how high the returns are, but about how stable the structure is. When the on-chain financial scale expands by tenfold or twentyfold, only protocols that can run continuously and stably are truly infrastructure prepared for the future. Determinism has already become the next benchmark for DeFi’s evolution #termmax @TermMax $SNDKB $DEXE #比特币徘徊63500美元 $BTC #加密初创上半年融资112亿美元 #以太坊基金会启动Glamsterdam测试网
TermMaxfi, prepare for TGE on August 25 TermMaxfi is a decentralized exchange platform. In the field of decentralized finance (DeFi), the security and autonomy of users’ assets are the foundation for the platform’s survival. Through a series of rigorous mechanism designs, the TermMax protocol builds a comprehensive asset protection system. All of TermMax’s smart contracts—except the routing contract—are designed to be non-upgradable. This eliminates, at the source, the possibility of any unauthorized or malicious contract changes, ensuring that the core business logic remains permanently unchanged. At the same time, the contracts embed an emergency stop mechanism. Once a security vulnerability or attack is detected, administrators can immediately pause operations to promptly limit losses and buy response time for the team. In terms of governance, all critical administrative actions—including authorization of curators and market maker addresses, permission assignment, parameter updates, and more—are executed through a 4-of-6 multi-signature wallet. This means that any operation must be approved by at least 4 of the 6 administrators to take effect, greatly reducing the risks of private key leakage and single-point malicious actions. TermMax adopts an asset-isolation architecture, with each market contract operating independently. Even if one market suffers an attack or price manipulation, the risk is firmly contained within that market and will not spill over to others—thereby protecting all users’ assets on the platform. The code is open-source and transparent, subject to community review. Before deployment, it undergoes rigorous unit and integration testing. Together with Spearbit, it holds security competitions, sets up an Immunefi bug bounty program, and introduces Hypernative to provide 24/7 on-chain monitoring. All audit reports are fully published. From immutable code to multi-sign governance, from isolated markets to proactive defense, TermMax embeds security principles into every design detail, so users can truly control the security lifeline of their assets while enjoying DeFi returns. #termmax @TermMax $AKE $BTC $SNDKB #全球股票基金净流入186.2亿美元 #SpaceX股价涨至140美元 #标普500首破7800点创新高
In the world of blockchain, privacy is often reduced to “hiding everything.” But Dusk Network’s whitepaper raises a more realistic question: once financial assets are put on-chain, how can we achieve verifiability and regulatory compliance without exposing all transaction details to the public? Dusk’s answer is not “absolute anonymity,” but “visibility when needed.” The whitepaper summarizes this as “Privacy by design, transparent when needed”—privacy is built into the design, and transparency is provided only when necessary. To make this happen, Dusk builds two parallel transaction models on the underlying DuskDS settlement layer. Moonlight is a public account model. Balances and transfers are relatively transparent, making it suitable for scenarios that require public settlement. Phoenix, on the other hand, is based on UTXO and zero-knowledge proofs: assets exist in the form of encrypted “notes,” and transactions are confirmed through zero-knowledge proofs to ensure there is no double-spending and funds are sufficient, while the amounts and senders (except the receiving party) are not exposed to the outside world. Phoenix uses one-time keys and an obfuscation-note mechanism to guarantee that transactions are unlinkable. Dusk’s Transfer Contract coordinates asset flows, allowing the same DUSK to switch freely between contexts. For audits that need to be public, it uses Moonlight; for privacy protection, it enters Phoenix—users can toggle between the two with a single click. A system that is completely unauditable is hard for regulators to accept, while a fully transparent system cannot protect business secrets. Dusk’s Zedger framework is designed specifically for compliant asset scenarios. It uses an account model to track securities balances and follows MiFID II instructions to ensure that on-chain securities transactions comply with established rules. As of early 2026, traditional securities that have been tokenized in a compliant way through the Zedger framework exceed 200 million euros. Now Dusk is further evolving toward a modular architecture of DuskDS + DuskEVM. DuskDS handles consensus, settlement, and data availability, while DuskEVM provides an EVM-compatible execution environment. After the second week of January 2026, when the DuskEVM mainnet goes live, developers will be able to deploy DeFi applications with built-in privacy primitives using Solidity. #dusk $DUSK @Dusk #SpaceX股价涨至140美元 #标普500财报超预期 $SNDKB #LME铜库存连跌42日创2014年来最长 $AKE #全球股票基金净流入186.2亿美元
Although the plot of “Niu Lai” is clichéd and the visuals are poor, and even the special effects are simple, none of that affects the crypto community’s love for it. It’s recommended that they hand-craft even more—something like “Bao La” and “Qi Fei”—so the crypto crowd can go wild with celebration. $SNDKB $SOL $DEXE