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Dollar Under Pressure as Treasury Yields Fall: USD/JPY and USD/CAD Await Fresh Data The US dollar has come under moderate pressure as long-term US Treasury yields have declined. Another factor has been the US Treasury Department’s decision to increase buyback operations for securities with maturities ranging from 10 to 30 years in an effort to support market liquidity. Against this backdrop, the 30-year Treasury yield fell by around 9 basis points to 5.19%. The decline in yields has weakened one of the key sources of support for the dollar and has been particularly significant for USD/JPY, which remains highly sensitive to movements in the US bond market. The recently released FOMC minutes provided a counterweight. The minutes revealed growing concerns among policymakers about inflation risks, with several officials favouring a rate hike as early as the July meeting. This kept the overall tone relatively hawkish. Although policymakers were divided over whether an immediate rate increase was necessary, inflation risks remain a central concern for the Federal Reserve, while future decisions will continue to depend on incoming economic data. Today, markets will focus on a fresh batch of US economic figures. The Philadelphia Fed Manufacturing Index is expected to fall to 24.1 from 41.4, while initial jobless claims are forecast at 210,000. Weaker-than-expected figures could put additional pressure on the dollar, whereas resilient data may allow the currency to recover some of its recent losses. For the Canadian dollar, commodity-price data will provide an additional catalyst. The Raw Materials Price Index (RMPI) is expected to decline by 1.8% following a 6.9% drop in the previous month, making the actual reading potentially important for the further direction of USD/CAD. TO VIEW THE FULL ANALYSIS, VISIT FXOPEN BLOG Disclaimer: This article represents the opinion of the Companies operating under the FXOpen brand only (excluding FXOpen EU). It is not to be construed as an offer, solicitation, or recommendation with respect to products and services provided by the Companies operating under the FXOpen brand, nor is it to be considered financial advice.

SuperEx Guide: Digital Asset Management Tool #SuperEx #Guide #Wallet A Web3 wallet is far more than just a place to store your crypto. It is your gateway to the entire Web3 world. Whether it’s DeFi, NFTs, GameFi, decentralized identities (DIDs), or countless on-chain ecosystems, your wallet is always the first point of entry. Among all Web3 wallets, none has been more iconic than MetaMask. Over the past few years, MetaMask has been the default choice for almost everyone — a browser extension wallet that is simple, reliable, and more than capable of meeting everyday needs. However, as the industry has evolved, cross-chain ecosystems have expanded, and digital asset portfolios have grown, a new generation of wallets has emerged. From early cold wallets designed solely for storing Bitcoin to today’s multi-chain wallets that can connect to DeFi, NFTs, GameFi, and even decentralized social applications with a single click, the industry is shifting from being merely a “tool” to becoming the primary interface of the entire Web3 ecosystem. Yet despite all these new features introduced over the past few years, the fundamental wallet experience has remained a compromise. Powerful features, but assets are still dependent on platform custody. Self-custody of private keys, but with a fragmented user experience and complicated operations. Multi-chain support, but with an unclear security model. The result is that while assets live on-chain, the associated risks remain opaque. Most wallet iterations have focused on adding more and more features, making the ecosystem increasingly complex while leaving its core problems unresolved. While most wallets continue competing by stacking more features, the SuperEx team chose a much cleaner path with Super Wallet. Built around security and user sovereignty, Super Wallet redefines the very architecture of a Web3 wallet. It is no longer simply a container for digital assets — it is becoming the central gateway for managing assets, connecting decentralized applications, configuring permissions, and controlling risk. The design philosophy behind Super Wallet is built entirely around this transformation. What Is Super Wallet? Super Wallet is SuperEx’s Web3 wallet solution, designed to support multi-chain asset management, on-chain interactions, permission management, cross-chain operations, and seamless access to decentralized applications (dApps). For everyday users, Super Wallet serves as a simple and intuitive gateway into the Web3 ecosystem: Manage crypto assets across multiple blockchains Send and receive digital assets Connect directly to decentralized applications (dApps) View and monitor your asset allocation Switch between Web3 wallet interfaces more conveniently But the true value of Super Wallet goes far beyond simply being functional. Its greatest strength lies in giving users clearer control over their assets and a much better understanding of their own risk boundaries while navigating Web3. And that is exactly what sets Super Wallet apart from many traditional Web3 wallets. Why Should Wallet Security Go Beyond Just Protecting Your Private Key? When people talk about wallet security, their first instinct is usually, “Protect your private key.” While that is certainly important, in real-world Web3 usage, security risks extend far beyond losing your private key. More often than not, users are exposed to permission risks, smart contract risks, cross-chain risks, and risks arising from interacting with multiple decentralized applications. For example: Connecting to an unfamiliar dApp Approving a smart contract to access your tokens Participating in DeFi yield farming or staking Transferring assets across different blockchains Using NFT or GameFi applications Every on-chain interaction is, at its core, an act of granting permissions. The problem with many traditional wallets is that permission management is often too broad. A user may only intend to allow an application to use a small amount of assets, yet unknowingly grants far more access than necessary. It’s like asking someone to pay a small bill on your behalf but accidentally handing over full access to your entire bank account. What Super Wallet Emphasizes Is Permission Control. One of the core principles behind Super Wallet is putting users in control of their permissions. External Authorization: Allow Smart Contracts to Operate Only Within the Permissions You Grant Super Wallet’s external authorization feature allows users to grant specific permissions to designated recipients, smart contracts, or application scenarios, enabling them to perform only the actions explicitly permitted by the user. Simply put, users gain much finer control over: Who receives the authorization Which assets are being authorized How much can be accessed or spent What the authorization can be used for Whether the authorization scope should be modified later This transforms wallet authorization from a simple “all or nothing” approach into a far more granular permission management system. For example, when participating in a GameFi project, a user may only want to authorize a small amount of USDT for in-game interactions instead of granting the smart contract unrestricted access to a much larger portion of their assets. With more flexible authorization controls, users can achieve a better balance between convenience and security. This is especially important for Web3 users. Because the wallets of the future will no longer be just asset management tools — they will also serve as identity managers and permission controllers. Who can sign transactions on your behalf, who can access your assets, and which smart contracts are allowed to interact with your wallet will all become fundamental pillars of the Web3 security experience. HD Wallet Architecture: Making Multi-Chain Asset Management Simpler Super Wallet adopts an HD Wallet (Hierarchical Deterministic Wallet) architecture. The key advantage of this architecture is that users no longer need to create and manage separate wallet systems for every blockchain. Instead, multiple blockchain addresses and assets can all be generated and managed within a single unified framework. The improvements this architecture brings include: A more unified approach to managing assets across multiple blockchains No need to constantly switch between separate wallet structures A cleaner and more organized address structure An experience that feels much closer to managing a single account Smoother asset management across different blockchain networks For everyday users, this significantly lowers the learning curve of using multiple blockchains. For more experienced users, it provides a much clearer asset management workflow while reducing operational risks caused by juggling multiple wallets and numerous blockchain addresses. Asset Isolation: Creating Different Security Boundaries for Different Types of Assets Within the Web3 ecosystem, not all assets, blockchains, or applications carry the same level of risk. Core long-term holdings and funds allocated for testing new projects should never be exposed to the same risk environment. Super Wallet emphasizes asset isolation, allowing users to organize their assets based on different purposes, blockchain networks, and personal risk preferences. The benefits of this design include: High-value assets can be managed with greater protection. Assets used for frequent transactions can be separated from long-term holdings. Assets allocated to DeFi, NFTs, and GameFi can remain separate from long-term investment portfolios. Even if one interaction becomes compromised, the potential impact on the rest of your assets can be significantly reduced. Think of it as creating separate “security zones” for different categories of digital assets. Not every asset needs to exist within the same authorization environment, nor should every interaction share the same security boundary. Users can configure their asset management strategy according to their own habits and risk tolerance. This is one of the key reasons why Super Wallet is particularly well suited for multi-chain DeFi users, high-frequency on-chain participants, and users managing substantial digital asset portfolios. Multi-Chain and Cross-Chain Support: Reducing Friction Across Web3 Today’s Web3 users rarely operate on just a single blockchain. Ecosystems such as Ethereum, BNB Chain, and Solana each offer unique use cases. DeFi, NFTs, GameFi, and on-chain trading are all distributed across different networks. If a wallet cannot efficiently support multiple blockchains, the user experience quickly becomes interrupted by constant network switching, cross-chain transfers, gas fees, and complicated operational steps. Super Wallet natively supports multi-chain asset management while providing cross-chain capabilities that allow users to move assets between different ecosystems more efficiently. This provides several important advantages: Manage assets across multiple blockchains within a single wallet Enjoy a smoother cross-chain experience Reduce reliance on multiple third-party tools Lower the learning curve of interacting with multiple blockchains Improve overall efficiency across Web3 applications For everyday users, this translates into a much simpler all-in-one experience. For advanced users, it means greater efficiency when managing and allocating capital across different blockchain ecosystems. A User Experience Closer to Modern Mobile Banking One of the biggest shortcomings of many traditional Web3 wallets is that while they are powerful, they often come with a steep learning curve. New users are frequently discouraged by complicated blockchain names, gas configurations, authorization prompts, smart contract interactions, and confusing asset management workflows. Super Wallet adopts a user experience much closer to familiar mobile banking applications, emphasizing simplicity, clarity, and accessibility. For example: One-click transfers One-click authorization One-click network switching Automatic token recognition Clearer and more intuitive risk alerts Visualized asset allocation More convenient switching between Web3 wallet interfaces The goal of this design is not to reduce functionality, but to reduce the effort users must invest to understand and use those features. A truly great Web3 wallet should never require its users to become technical experts before they can safely manage on-chain assets. Who Is Super Wallet Designed For? For beginners, Super Wallet serves as the ideal first step into the Web3 ecosystem. It helps users manage digital assets, transfer funds, grant permissions, and interact with dApps, while minimizing the complexity traditionally associated with on-chain operations. For DeFi users, Super Wallet’s granular authorization controls and asset isolation mechanisms provide better permission management and stronger risk control when participating in yield-generating strategies. For NFT collectors and GameFi participants, Super Wallet supports authorization, asset ownership, and interactive on-chain experiences, allowing users to connect seamlessly with decentralized applications. For professional traders and high-net-worth users, the value of Super Wallet lies in its more sophisticated asset segmentation, clearer permission management, and stronger multi-chain asset coordination capabilities. In short: Everyday users need simplicity, security, and an intuitive experience. Experienced users need multi-chain support, permission management, and operational efficiency. Professional users need asset isolation, precise control, and clearly defined risk boundaries. Super Wallet is designed to deliver value across all of these dimensions simultaneously. Final Thoughts Wallets are becoming the most important gateway into the Web3 world. A wallet connects far more than just digital assets — it also connects identities, permissions, decentralized applications, and every on-chain interaction. A mature wallet should not simply focus on supporting more blockchains, more tokens, or more features. More importantly, it should help users understand and manage risk with confidence. The true value of Super Wallet lies in transforming complex Web3 operations into a much clearer and more intuitive asset management experience. Through granular authorization controls, users can define exactly what permissions smart contracts are allowed to have. Through asset isolation, they can establish different security boundaries for different assets and use cases. And with native multi-chain and cross-chain support, they can move seamlessly across the broader Web3 ecosystem. Only when wallets evolve beyond being simple storage tools and become unified gateways for assets, identities, and permissions can Web3 truly be ready for mass adoption. That is exactly what Super Wallet aims to deliver — a Web3 wallet experience that is safer, more flexible, and much closer to the real needs of everyday users. Risk Disclosure Interactions with Web3 wallets, on-chain authorizations, DeFi protocols, NFTs, and cross-chain operations all involve inherent risks. Before granting permissions or conducting any asset-related transactions, users should carefully verify the authorization recipient, approval limits, and the smart contracts they are interacting with. All on-chain activities should be carried out prudently and in accordance with each user’s individual risk tolerance. About SuperEx As the world’s first Web3-powered cryptocurrency exchange, SuperEx has remained committed to building the Web3 ecosystem. Over the years, it has introduced a comprehensive range of products and services, including SuperEx DAO, SuperEx Web3 Wallet, Super Start, SuperEx P2P, SuperEx Stock Markets, SuperEx Copy Trading, SuperEx Earn, and SuperEx DAO Academy, creating a full-spectrum ecosystem that spans every major sector of Web3. Today, SuperEx serves over 10 million users, with a social media community of more than 600,000 followers across 166 countries and regions worldwide. The platform supports 1,000+ cryptocurrencies for both spot and futures trading. Seamlessly integrated with Super Wallet, SuperEx provides decentralized asset custody while combining the trading efficiency of a centralized exchange (CEX) with the security of a decentralized exchange (DEX). Click to register SuperEx Click to download the SuperEx APP Click to enter SuperEx CMC Click to enter SuperEx DAO Academy — Space

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Good Forex knowledge comes from understanding how currencies move and what influences their prices. Learning through practice and studying the market can help traders make better decisions. It will not prevent every loss, but it can reduce careless mistakes. A strong understanding of Forex also makes it easier to follow a trading plan.

Forex is one of the largest and most active markets in the world. Many people prefer it because there are different currency pairs to trade and the market is open for long hours. However, no market is perfect. Forex can offer opportunities, but it also comes with risks and unpredictable price movements.

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LoftObmen.com — KURSOFF Monitoring Dear forum members, LoftObmen.com has been added to the KURSOFF directory. For those accustomed to selecting exchange services via monitoring sites, a dedicated LoftObmen.com listing is now available, featuring key information about the project. This directory listing complements the service's main page and makes it easier for users to get to know LoftObmen.com. The LoftObmen.com Team

SuperEx Educational Series: Understanding Genesis Block and Why Does Blockchain Need a Starting Point #SuperEx #EducationalSeries #Blockchain We have some exciting news to share — our educational series has officially reached its 401st edition. Over the first 400 installments, we’ve covered everything from blockchain fundamentals, technical architecture, and core mechanisms to cross-chain technology, Data Availability (DA), MEV, governance, AI, and countless other Web3 concepts, taking readers from the basics to advanced topics. As we enter this new chapter, we’re also launching a brand-new “Blockchain Knowledge System.” Instead of focusing solely on individual technical terms, we’ll expand into the broader structure of the industry, including ecosystem architecture, product models, operational workflows, asset lifecycles, user behavior, market structure, development processes, project lifecycles, and the connections between the on-chain world and the real world. Simply put, we’re no longer limiting ourselves to explaining “what something is.” Instead, we’ll answer questions like: “How does it actually work in the real world?” and “Why does it work this way?” This new learning path will take you through the complete blockchain journey — from how blockchain networks operate, how data is generated, how digital assets exist, how wallets manage those assets, how DApps function, how tokens enter the market, and ultimately how markets discover prices. Many people hear “Genesis Block” and imagine something mystical, like the Big Bang of blockchain. A developer types the first line of code, and the world begins. Sounds dramatic, but in plain English, the genesis block is basically the first page of a ledger. The key is that this first page matters a lot. Without page one, page two has nowhere to attach. Without a starting point, nodes do not know which chain they are joining. Without an initial state, assets, accounts, transactions, and future blocks have no shared reference. The Genesis Block is the first block of a blockchain, usually at block height 0. It does not have a normal previous block, so it becomes the starting point of the entire chain history. Normal blocks reference the hash of the previous block. Block 100 references block 99, block 101 references block 100, and so on. This is how blocks become a chain. But the genesis block has no predecessor. It does not attach to anything before it. Instead, all nodes agree: this is where the chain begins. So it is not only the first record; it is the shared anchor of the network. In one sentence: the Genesis Block is the initial anchor of a blockchain. Concept Interpretation A blockchain is not a random pile of data. It is a state machine that runs in order. Each new block changes blockchain state. In Bitcoin, state is mainly represented by UTXOs, meaning which transaction outputs remain unspent. In Ethereum, state includes account balances, nonces, contract code, and contract storage. Transactions are not isolated events; they update state step by step. So here comes the question: what existed before step one? That is what the genesis block answers. It defines the starting history, initial parameters, and initial state of the chain. Different blockchains include different information in their genesis setup, but the meaning is the same: everyone starts accounting from the same place. Without this starting point, nodes cannot independently verify history. Verifying a blockchain is not only checking today’s balance. It means starting from the earliest state, executing valid transactions step by step, and arriving at today’s state. Why Does Blockchain Need a Starting Point? First, a hash chain needs an anchor. Every block references the hash of the previous block, creating continuity. If someone changes an old block, all following hashes change. The Bitcoin whitepaper’s core idea is to place transactions into a hash-based proof-of-work chain, creating a chronological record that is hard to rewrite. Second, a state machine needs an initial state. Assets do not float in the air. In Bitcoin, coins enter circulation through coinbase transactions and block rewards. In Ethereum, the launch used a genesis configuration to define initial account balances. Asset models differ, but every chain must answer: what did the ledger look like at the beginning? Third, consensus needs a shared reference. If two nodes have different genesis blocks, they are not on the same chain. Even if the software and transaction format are the same, different starting points lead to different hashes, states, and histories. If two people claim to read the same book but page one is different, the conversation is already broken. Fourth, network identity needs distinction. Mainnets, testnets, private chains, and forked chains may use similar code, but they are distinguished by different genesis configurations, chain parameters, network IDs, or chain IDs. The genesis block is like the first identity page of the network. Fifth, verification needs traceable history. Blockchain security comes from the ability to verify independently. Nodes do not simply trust someone’s claimed balance. They check blocks, transactions, signatures, state transitions, and consensus proofs according to rules. The genesis block is where that verification path begins. How Blockchain Runs After Genesis First comes the genesis block. Normal blocks come after it. A user creates a transaction, such as a transfer, contract call, NFT mint, or order submission. The transaction is broadcast to the network and enters the transaction pool seen by nodes. Miners or validators select transactions and package them into a new block. The new block states which parent block it follows, which transactions it contains, what state change results from execution, and what its block header hash is. Other nodes do not simply accept the new block. They re-check: is the parent block correct, are transaction signatures valid, are balances sufficient, is gas valid, does the state transition match, and are consensus rules satisfied? If validation passes, nodes attach the new block to their local chain and update state. Then the next round begins. This is how blockchain moves forward block by block: not because a central server says so, but because nodes repeatedly verify according to the same rules. What Is Inside a Genesis Block? Different blockchains design this differently, but a genesis block or genesis configuration usually contains several types of information. First is block header information, such as timestamp, difficulty parameters, gas limit, extra data, and parent hash. Since there is no parent block, the genesis block’s parent hash is usually a special value. Second is initial state. This may include which addresses have balances at launch, which accounts or contracts exist, and how system parameters are set. During Ethereum’s early Frontier launch, users generated and loaded the genesis block containing ether sale allocations, making it the common starting point of the network. Third is chain configuration. This can include consensus parameters, upgrade activation rules, network identifiers, and block parameters. Strictly speaking, some rules live in client software, and some live in the genesis configuration. Together, they tell nodes how to judge whether a chain is valid. Bitcoin and Ethereum Cases Bitcoin’s genesis block was created on January 3, 2009. It opened Bitcoin’s chain history and became the earliest anchor referenced by later blocks. The block also included a famous newspaper headline, pointing to the financial context of the time and giving the technical starting point a historical marker. But the more important part is not the story; it is the mechanism. Every valid Bitcoin block after genesis must attach to the existing chain and satisfy proof-of-work and transaction validity rules. Assets exist in the UTXO system, where transactions spend old outputs and create new outputs. Ethereum’s genesis block is closer to an initial state file. It is not only “the first block”; it defines account balances and the starting network state. After that, each new block executes transactions and changes accounts, balances, contract storage, and global state. This explains why a blockchain is not just a database. A database can directly edit a balance row. A blockchain asks: where did this balance come from, through which transactions, in which blocks, and can it be verified from genesis to now? Common Misunderstandings The first misunderstanding: the genesis block creates all coins. Not necessarily. Bitcoin did not issue all BTC in the genesis block; BTC entered circulation over time through block rewards. Ethereum and other chains may pre-allocate balances in the genesis state. Different chains use different issuance models. The second misunderstanding: the genesis block can be changed casually. You can modify your local genesis configuration, but that basically creates a different chain. The original network will not follow your edited first page. Changing genesis is not editing history; it is starting a new network. The third misunderstanding: a more complex genesis block is more advanced. Wrong. A genesis block should be clear, verifiable, and reproducible. Complex pre-allocations, hidden rules, and opaque parameters increase trust cost. The first block is not for showing off; it is for establishing a shared starting point. The fourth misunderstanding: having a genesis block means the system is fully decentralized. Not necessarily. The genesis block is only the technical starting point. Decentralization depends on node distribution, client diversity, consensus design, governance, token distribution, validation barriers, and whether the community can run independently. Risks and Design Questions The first risk is initial allocation. If genesis allocation is too concentrated, the ecosystem may carry fairness problems from day one. On-chain transparency does not automatically mean social acceptance. The second risk is opaque configuration. If the genesis configuration includes critical parameters without clear explanation, node operators and users may not understand what network they are joining. The third risk is client inconsistency. If different clients interpret genesis state or rules differently, consensus splits may happen. A blockchain’s dangerous moment is when people think they agree, but machines execute differently. The fourth risk is social consensus. A genesis block does not work only because of code. A public chain launches because enough people accept its starting point, rules, and issuance arrangement. Behind technical consensus, there is also social consensus. Conclusion The core value of the Genesis Block is giving a blockchain a starting point recognized by all nodes. It gives blocks a place to start linking, state a place to start evolving, assets an initial reference, nodes a shared history, and verification a first step. From this article onward, we are also entering a new path for understanding blockchain operations: first, where the chain begins; then how data is produced, how assets exist, how wallets manage ownership, how DApps run, how tokens enter markets, and how prices form. In plain words: the genesis block is not decorative blockchain mythology. It is the first nail of the system. Without it, later blocks, transactions, assets, state, and consensus have no shared origin. A chain can go very far, but it must first know where it starts. About SuperEx As the world’s first Web3-powered cryptocurrency exchange, SuperEx has remained committed to building the Web3 ecosystem. Over the years, it has introduced a comprehensive range of products and services, including SuperEx DAO, SuperEx Web3 Wallet, Super Start, SuperEx P2P, SuperEx Stock Markets, SuperEx Copy Trading, SuperEx Earn, and SuperEx DAO Academy, creating a full-spectrum ecosystem that spans every major sector of Web3. Today, SuperEx serves over 10 million users, with a social media community of more than 600,000 followers across 166 countries and regions worldwide. The platform supports 1,000+ cryptocurrencies for both spot and futures trading. Seamlessly integrated with Super Wallet, SuperEx provides decentralized asset custody while combining the trading efficiency of a centralized exchange (CEX) with the security of a decentralized exchange (DEX). Click to register SuperEx Click to download the SuperEx APP Click to enter SuperEx CMC Click to enter SuperEx DAO Academy — Space

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Transaction date: 20.08.2026 in 02:26 Transaction ID: 1174994 Payer transaction ID: 1174993 Transaction type: Transfer Status: Accepted and enrolled Using Azvox API To your wallet: W142574 Sender: W7092795 Credited amount: + 7.38 RUB Sender's comment: Выплата с проекта ASMOS, Пользователю edpr2140

Losses in forex trading are sometimes unavoidable due to the risk of volatility. However, traders can learn from experience; losses may stem from greed, overconfidence, the fear of missing out (FOMO), or trading negligence—such as using large position sizes without risk management—as well as external factors like unexpected economic data.

Gold prices rose due to a combination of a weakening USD and falling US Treasury yields. Yesterday's gold price movement demonstrated strong bullish sentiment driven by the combination of a weaker USD and declining US Treasury yields. Gold prices surged approximately 2%, moving from a low of around $4,324 to a high of $4,521, forming a long-bodied bullish candle with virtually no wicks. Currently, the price sits at the $4,521 level on the FXOpen chart, right at the MA200 line. The primary driver of yesterday's rally was the US Treasury's announcement that it would increase buybacks of long-term bonds. This move pushed Treasury yields down and weakened the USD—two conditions that are typically highly favorable for gold. However, a key dynamic has drawn attention: the released FOMC minutes revealed that several Fed officials are increasingly supportive of raising interest rates if inflation remains high. Three members even dissented, favoring a 25-basis-point hike at the July meeting. The market continues to monitor the FOMC minutes and awaits clarity on the US central bank's monetary policy direction ahead of the Jackson Hole economic symposium. Expectations regarding interest rate cuts could catalyze a surprise shift in price direction. Ongoing geopolitical tensions and the unresolved conflict surrounding energy routes in the Strait of Hormuz continue to bolster gold's status as a premier safe-haven asset. Today, traders are focusing on US Initial Jobless Claims and other US economic data. Thursday, August 20, marks a significant date on the US economic calendar, with market attention centered on Jobless Claims and the Philadelphia Fed Manufacturing Index. If labor market data comes in weaker than expected, the USD is likely to fall, creating a bullish scenario for XAU. Conversely, strong US data could heighten expectations of a hawkish Fed, potentially triggering a correction in gold prices. US Treasury yields are also crucial; a decline in yields has been a primary driver behind the recent surge in gold prices. Traders are also closely watching the performance of the US Dollar Index (DXY), which measures the USD against six major currencies. If the DXY declines further, gold has the potential to hold the $4,500 level. However, traders cannot ignore the FOMC minutes; although gold has risen due to falling yields, the prospect of interest rate hikes remains a risk for the metal. Technically, XAUUSD is positioned at the MA200 line, which currently acts as dynamic resistance; a breakout above this level could trigger a further rise in gold prices. Gold is expected to trade within the $4,300–$4,575 range. Immediate support lies around $4,460, with the next target at $4,400. Immediate resistance is around $4,550, with the next target at $4,575. This forecast could be wrong.

WINVEST Paid! Payment Received via Bitcoin Withdrawal Amount: $15.65 USD Date: 18 Aug 2026 11:22:52 Transaction ID: ee303799f43af2740b10954d2443588497b5b2237c9106e9b1c249f33d8e10fa Transaction Link: https://www.blockchain.com/explorer/transactions/btc/ee303799f43af2740b10954d2443588497b5b2237c9106e9b1c249f33d8e10fa

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