Tether USDt qiymətUSDT

$USDT.D Monthly RSI has officially broken out of its 4.5-year downtrend 👀🔥 At the same time: •Russell 2000 near ATH • Fed injecting liquidity • ISM PMI above 52 • Pro-crypto Fed Chair confirmed • Crypto Market Structure Bill incoming • SEC preparing for tokenized stocks This looks more like accumulation than distribution 🚀

“The most dangerous scams in DeFi rarely look suspicious at first glance. They look familiar.” This is not a hypothetical. It happens every day across DeFi to experienced participants and complete beginners alike. A token appears in a search result carrying a name you recognize. The ticker looks right. The logo matches what you've seen before. Nothing feels obviously wrong. Until it is. Fake tokens are designed specifically for that moment of confidence. The split second where familiarity overrides caution and you interact before asking the right questions. And in DeFi that split second can be expensive. The reality of an open blockchain Anyone can deploy a token. No verification. No approval process. No authority checking whether a new token is legitimate before it appears on chain. That openness is fundamental to what DeFi is and it means fake tokens, honeypot contracts, hidden fee mechanisms and intellectual property violations exist alongside legitimate assets with nothing separating them visually at first glance. Most users discover this the hard way. STONfi built a system so you don't have to. “Open blockchains give everyone the freedom to build including bad actors. The challenge was never openness itself, but helping users navigate it safely.” Five labels that change how you interact with tokens Fake: Tokens built to imitate well known assets like USDT or TON through copied names, tickers or logos. Designed to make you believe you're interacting with something real when you're not. Cannot be searched by name or swapped on STONfi under any circumstance. Honeypot: You can buy it. You cannot sell it normally afterward. Your funds go in. They don't come back. One of the most damaging scam patterns in DeFi and one of the hardest to spot before it's too late. Also completely blocked on STONfi. Taxable: Token contracts hiding extra swap fees beyond standard trading costs. The fee exists in the contract. It just wasn't disclosed upfront. Limited support on STONfi and none at all if the transfer tax exceeds 10%. Suspicious: Tokens raising concerns without meeting harder restriction criteria. Often involves unverified use of brand identities or celebrity names. Still swappable but labeled clearly so any decision to proceed is a conscious one. DMCA Notice: Tokens subject to intellectual property complaints from rights holders. Still accessible for intentional interaction. Labeled so no interaction ever happens accidentally. What happens when a token is labeled Every labeled token can only be found by manually entering its smart contract address. That friction is deliberate. It ensures that interacting with a flagged token is always a decision never an accident. Fake and Honeypot tokens cannot be swapped at all even with the correct contract address. The protection is absolute for the most dangerous categories. The bigger picture STONfi doesn't decide what exists on chain. The blockchain stays open. The protocol stays decentralized. What changes is what you see before you click honest context about what a token actually is based on observable data, user complaints, monitoring and legal notices. That combination open underneath, transparent at the surface is how DeFi protects its users without becoming what it was built to replace. “The future of DeFi security is not restricting what exists on-chain. It’s giving users enough transparency to understand what they’re interacting with before they click.” The token that looks familiar is not always the token you think it is. Now you know what to look for before you find out the hard way. #TON #DeFi #STONfi #TokenSafety #BitgetInsight

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if you've ever wondered why swapping TON on STONFI works seamlessly alongside thousands of other tokens despite TON being the blockchain's native currency rather than a standard token, pTON is the answer. TON's fungible token standard is called jetton. every token you trade on STONFI — STON, USDt, JETTON, NOTCOIN — follows this standard with a minter contract and per-user wallet contracts. native TON doesn't. it's the base currency of the blockchain, used for gas and staking, and it has no jetton structure by default. AMM pools and routers expect consistent token interfaces for transfers, balance tracking, and transfer notifications. to include native TON in pools alongside jettons, STONFI uses pTON — proxy TON — a jetton-compatible wrapper that represents native TON on a 1:1 basis and follows the TEP-161 standard. when you swap TON for a jetton, the router wraps your native TON into pTON internally for the pool interaction. when you swap a jetton back to TON, the output unwraps from pTON to native TON before reaching your wallet. when you provide liquidity to a TON/USDt or TON/STON pool, the TON side of your deposit goes through pTON for reserve accounting. none of this is visible in the app interface. you send and receive native TON throughout. the wrapping and unwrapping happen atomically within the transaction flow. for developers, the SDK provides dedicated pTON helpers for any swap or liquidity flow involving TON. the current version is pTON v2_1. always fetch the correct pTON master address from router metadata rather than hardcoding it, and test TON flows separately from jetton-only flows because the gas requirements differ. pTON maintains its 1:1 peg with native TON through the proxy contract itself. it's redeemable at any time. $BTC $ETH $GOOGLON

The TON DeFi ecosystem continues to evolve rapidly, and the latest integration between STON.fi and EVAA introduces a significant improvement in how liquidity can be utilized across the network. With LP tokens from the TON/USDt v2 pool on STON.fi now accepted as collateral on EVAA, users gain access to a more advanced layer of DeFi functionality transforming passive liquidity positions into productive financial assets. This integration represents more than a simple partnership between two protocols. It reflects the growing composability of TON DeFi infrastructure, where decentralized exchanges and lending markets are beginning to operate as interconnected financial layers. Understanding the Integration STON.fi is widely recognized as one of the leading decentralized exchanges within the TON ecosystem, providing liquidity infrastructure for token swaps and yield opportunities. EVAA, on the other hand, functions as a lending and borrowing protocol built on TON, enabling users to deposit assets as collateral and borrow against them. Through this integration, users can now: • Provide liquidity to the TON/USDt v2 pool on STON.fi • Receive LP tokens representing their liquidity position • Deposit those LP tokens into EVAA as collateral • Borrow TON or USDt without closing the original liquidity position This creates a more capital efficient model for liquidity providers, allowing them to maintain exposure to trading fees and incentives while simultaneously unlocking additional liquidity. Why This Matters for TON DeFi One of the biggest limitations in traditional liquidity farming is idle capital. Normally, LP tokens remain locked inside liquidity positions with limited utility outside farming rewards. By enabling LP-backed borrowing, STON.fi and EVAA introduce a mechanism that allows liquidity to become multi-functional. This model is commonly seen in more mature DeFi ecosystems and is considered a major step toward deeper financial efficiency. The integration effectively allows users to: • Maintain active liquidity positions • Continue earning pool rewards • Access additional borrowing power • Deploy capital across multiple strategies simultaneously For the TON ecosystem, this signals increasing protocol sophistication and stronger infrastructure development. The Rise of Leveraged Liquidity Strategies Advanced users may also explore recursive or looping strategies through this integration. A simplified version of the process looks like this: 1. Provide liquidity on STON.fi 2. Deposit LP tokens into EVAA 3. Borrow TON or USDt 4. Add borrowed assets back into the liquidity pool 5. Receive additional LP tokens 6. Repeat the cycle The objective behind looping strategies is to potentially increase overall exposure, liquidity rewards, and APR generation. However, these strategies come with elevated risk profiles and require careful management. Key Risks Users Should Understand Although capital efficiency can improve returns, leveraged liquidity strategies are never risk-free. Users should pay close attention to: Liquidation Risk If collateral value declines significantly due to TON price volatility, positions may face liquidation on EVAA. Impermanent Loss Liquidity providers remain exposed to price divergence between TON and USDt within the pool. Health Factor Monitoring Recursive borrowing reduces margin safety, making active monitoring essential during volatile market conditions. Smart Contract Risk As with all DeFi protocols, users should evaluate protocol security, audits, and operational reliability before deploying capital. Risk management remains one of the most important aspects of sustainable DeFi participation. Bigger Picture: TON DeFi Is Becoming Composable Perhaps the most important takeaway from this integration is the growing composability of the TON ecosystem. Strong DeFi ecosystems are not built solely on isolated protocols. They mature when exchanges, lending platforms, liquidity markets, and infrastructure layers begin interacting seamlessly. STON.fi x EVAA demonstrates that TON is gradually moving toward this model. As more protocols integrate and build interconnected financial primitives, TON DeFi may become increasingly competitive within the broader multi-chain landscape. Final Thoughts The integration between STON.fi and EVAA introduces a more advanced capital framework for liquidity providers on TON. By allowing LP tokens to function as productive collateral, the ecosystem gains: • Greater liquidity efficiency • Expanded borrowing functionality • More advanced DeFi strategy opportunities • Improved protocol interoperability While the opportunities are promising, users should approach leveraged strategies with caution and maintain strong risk management practices. As TON DeFi continues maturing, integrations like this could play a major role in shaping the next phase of on-chain financial infrastructure within the ecosystem.