Crypto World
What is Etherscan? How to use the Ethereum explorer
Etherscan is the most widely used Ethereum blockchain explorer. It turns raw on-chain data into searchable records of transactions, wallets, smart contracts, and gas costs.
Summary
- Etherscan is a free blockchain explorer and analytics platform that indexes every transaction, address, token transfer, and smart contract deployed on Ethereum since the network launched in 2015.
- Founded by Matthew Tan in 2015, Etherscan now operates explorers for more than 30 blockchains through its parent company Blockscan, including BscScan, PolygonScan, and the acquired Solana explorer Solscan.
- The platform processes data from over 2.8 billion cumulative Ethereum transactions and tracks more than 300 million unique addresses.
- Core features include a gas tracker, token approval checker, contract verification tool, and an API that serves over 500 million calls per day from wallets, portfolio trackers, and DeFi dashboards.
- Etherscan is not a wallet and cannot move funds; it is a read-only window into blockchain activity that anyone can use without creating an account.
Most people encounter Etherscan for the first time when a transaction takes longer than expected and they want to know what happened. They paste a hash into the search bar, see a wall of unfamiliar fields, and close the tab. That reaction is understandable because Etherscan surfaces raw blockchain data with minimal hand holding.
The tool is worth learning because every interaction with Ethereum leaves a permanent, public record, and Etherscan is the standard interface for reading those records. Whether the goal is confirming that a transfer arrived, inspecting a smart contract before approving a token spend, or checking whether current gas prices justify a swap, the answer lives on Etherscan.
How a blockchain explorer works
A blockchain explorer is a search engine for on-chain data. Ethereum nodes store the complete history of every block, transaction, and state change since the genesis block on July 30, 2015. That data is public but not easily readable in its raw form. An explorer like Etherscan runs its own Ethereum nodes, indexes the data into a searchable database, and presents it through a web interface.
The indexing process is what separates an explorer from a node. A standard Ethereum node can answer queries about specific blocks or transactions, but it cannot efficiently search across the entire chain. Etherscan builds and maintains database indexes that allow users to search by address, transaction hash, block number, token name, or ENS domain and receive results in milliseconds.
This architecture means Etherscan is a centralized service reading decentralized data. The blockchain itself remains trustless and permissionless, but the explorer layer is operated by a private company. If Etherscan went offline, the data would still exist on every Ethereum node. Users would simply need a different tool to read it. Alternatives like Blockscout (open source and self-hostable), Dune Analytics (SQL-based custom queries), and Tenderly (developer-focused debugging) exist, but none matches Etherscan in mainstream adoption or breadth of indexed data.
Reading a transaction on Etherscan
Every Ethereum transaction has a unique identifier called a transaction hash, a 66-character string starting with 0x. Pasting this hash into the Etherscan search bar opens the transaction details page, which displays several fields.
Transaction hash is the unique identifier. Status shows whether the transaction succeeded or failed. A failed transaction still consumes gas and is recorded on-chain. Block is the block number in which the transaction was included. Timestamp shows when the block was mined. From is the sender address. To is the recipient address, which can be a wallet or a smart contract.
Value shows the amount of ETH transferred. Transaction fee shows the total gas cost in ETH. Gas price shows the price per unit of gas in gwei, where one gwei equals one billionth of one ETH. Gas limit and usage shows the maximum gas the sender was willing to spend and how much was actually consumed.
For transactions that interact with smart contracts, an additional section called Input data shows the function call and its parameters. Etherscan decodes this data for verified contracts, translating hexadecimal input into human-readable function names and arguments. For unverified contracts, the input data appears as raw hexadecimal, which requires external tools to decode.
A detail that new users often miss is the internal transactions tab on the transaction page. When a smart contract calls another smart contract during execution, those nested transfers appear as internal transactions. They are not separate entries on the blockchain but sub-operations within the parent transaction. A single swap on Uniswap, for example, can generate multiple internal transactions as the router contract moves tokens between liquidity pools. Checking this tab is essential for understanding the full flow of funds in complex DeFi interactions.
Reading a wallet address
Searching for an Ethereum address on Etherscan opens the address page, which serves as a complete financial history of that wallet. The overview tab shows the ETH balance, the dollar value at current prices, and the total value of ERC-20 tokens held.
The transactions tab lists every ETH transfer sent or received by the address, ordered by time. The internal transactions tab shows transfers triggered by smart contract execution, which do not appear in the standard transaction list. The token transfers tab shows every ERC-20 and ERC-721 (NFT) movement associated with the address.
For addresses that are smart contracts, Etherscan displays additional tabs. The contract tab shows the source code if the developer has verified it. The read contract and write contract tabs allow users to interact with the contract’s public functions directly through the Etherscan interface, though writing requires connecting a wallet.
One practical use of the address page is checking whether a wallet has granted unlimited token approvals to smart contracts. The Token Approvals tool, accessible from the More menu, lists every contract that has permission to spend tokens on behalf of the wallet. Revoking unnecessary approvals is a basic security hygiene step that many users overlook.
Etherscan also labels known addresses. Exchange hot wallets, bridge contracts, and flagged scam addresses carry visible tags that appear next to the address. These labels are curated by Etherscan’s team and by community submissions. If an address you are about to interact with carries a warning label, stop and investigate before proceeding. The label system has identified thousands of phishing contracts and helped users avoid sending funds to malicious addresses.
The gas tracker
The Etherscan gas tracker is one of the most visited pages on the platform. It displays real-time gas prices in three tiers: low, average, and high. Each tier shows the estimated cost in gwei and the approximate confirmation time.
As of mid-2026, Ethereum mainnet gas prices have dropped dramatically following the Dencun upgrade and the migration of transaction volume to Layer 2 networks. Average gas prices in early 2026 fell to roughly 0.47 gwei, down from 1.67 gwei a year earlier. Mainnet transaction fees dropped approximately 95 percent to about $0.01 per transaction for simple transfers.
The gas tracker also shows the estimated cost in dollars for common operations: a simple ETH transfer, an ERC-20 token transfer, a Uniswap swap, and an NFT mint. These estimates update every few seconds and are useful for deciding whether to execute a transaction now or wait for a cheaper window.
Below the real-time tracker, Etherscan publishes historical gas price charts that show trends over days, weeks, and months. These charts reveal patterns such as lower gas during weekends and early morning hours in US time zones, which can inform timing decisions for non-urgent transactions. Understanding these patterns can save meaningful amounts on gas-intensive operations like deploying contracts or interacting with complex DeFi protocols, even with the lower base fees of 2026.
Verifying smart contracts
Contract verification is one of Etherscan’s most important features for security. When a developer deploys a smart contract to Ethereum, only the compiled bytecode is stored on-chain. Bytecode is machine-readable but not human-readable. Verification is the process of uploading the original source code to Etherscan so that anyone can read it and confirm that the bytecode on-chain matches the source code.
A verified contract displays a green checkmark on its Etherscan page. Users can read every function, check the logic, and verify that the contract does what the project claims. An unverified contract displays only raw bytecode, which requires specialized tools to decompile and is never as clear as the original source.
Before interacting with any DeFi protocol, checking whether its core contracts are verified on Etherscan is a minimum due diligence step. Unverified contracts are not necessarily malicious, but the inability to inspect the code removes a layer of transparency that verified contracts provide. Projects that refuse to verify their contracts after being asked should be treated with caution, as there is no legitimate reason to hide source code for a protocol asking users to deposit funds.
Using Etherscan for security and due diligence
Beyond basic transaction lookups, Etherscan is a powerful tool for investigating the legitimacy of tokens, contracts, and projects before committing funds.
Token holder distribution. Searching for a token contract on Etherscan reveals the Holders tab, which shows how the token supply is distributed across addresses. A token where a single non-exchange wallet holds 40 percent of the supply presents a concentration risk that the project’s marketing materials will not mention. Comparing the top holder addresses against known exchange hot wallets (which Etherscan labels) helps distinguish between genuine distribution and artificial concentration.
Contract creation history. The contract creator address and creation transaction are visible on every contract’s Etherscan page. Checking the creator address reveals whether the same deployer has launched other contracts, and whether any of those previous contracts were flagged as scams. A deployer address with a history of abandoned or rug-pulled tokens is a warning sign that no amount of marketing can override.
Transaction pattern analysis. Examining the transaction history of a contract over time can reveal suspicious patterns. A DeFi protocol that claims thousands of active users but shows only a handful of unique addresses interacting with it is misrepresenting its adoption. Similarly, a token with high reported trading volume but very few actual on-chain transfers may be the subject of wash trading on centralized exchanges.
Event logs. The Events tab on a contract page shows every event emitted by the contract. Events are structured log entries that contracts use to record significant actions (transfers, approvals, swaps, liquidations). Advanced users can filter events by type to track specific activity, such as all large transfers above a certain threshold or all ownership changes in a protocol’s governance contract.
Etherscan’s API
Behind the web interface, Etherscan operates an API that serves over 500 million calls per day. The API provides programmatic access to the same data available on the website: account balances, transaction lists, token transfers, contract ABIs, gas prices, and block data.
Free API accounts are limited to five calls per second. Paid plans increase the rate limit and add features such as higher throughput, priority support, and access to archival data. The API is the backbone of many third-party tools: portfolio trackers like Zapper and DeBank, wallet interfaces like MetaMask (for transaction history), and DeFi dashboards all pull data from Etherscan’s API.
Developers building on Ethereum use the API for tasks such as monitoring wallet activity, tracking token transfers, verifying contract deployment, and estimating gas costs. The documentation covers endpoints for accounts, transactions, blocks, tokens, gas, stats, and logs, with response formats in JSON. For applications that need real-time data, Etherscan also supports webhooks that push notifications when specific on-chain events occur, such as a deposit arriving at a monitored address.
Beyond Ethereum: Blockscan and multichain explorers
Etherscan started as an Ethereum-only tool, but the team recognized early that the multichain future would require explorers for every network. In June 2020, Matthew Tan launched Blockscan, a parent platform that now operates explorers for more than 30 blockchains.
The most prominent are BscScan for BNB Chain, PolygonScan for Polygon, Arbiscan for Arbitrum, and Optimistic Etherscan for OP Mainnet. Each explorer maintains the same interface conventions as the original Etherscan, so users who learn one can navigate them all.
In early 2024, the company acquired Solscan, the leading Solana blockchain explorer. The acquisition extended the Blockscan family beyond EVM-compatible chains for the first time, signaling an ambition to become the default explorer layer across the entire industry.
Blockscan also operates a multichain search engine that allows users to search an address or transaction hash across all supported chains simultaneously. This is useful for tracking assets that have been bridged between networks, where a single address may have activity on Ethereum mainnet, Arbitrum, and Polygon. The unified search eliminates the need to manually check each chain’s explorer when tracing cross-chain fund flows.
ENS domain lookups and name resolution
Etherscan integrates with the Ethereum Name Service (ENS), which maps human-readable names like vitalik.eth to Ethereum addresses. Searching for an ENS name on Etherscan resolves it to the underlying address and displays the same address page as a direct address search. This integration makes it possible to look up any ENS-registered wallet by name rather than memorizing or copying a 42-character hexadecimal address.
The ENS integration extends beyond simple lookups. Etherscan displays the ENS name alongside the address throughout its interface, including in transaction sender and recipient fields, token holder lists, and contract interaction logs. This contextual labeling makes transaction histories significantly easier to read, as “vitalik.eth” conveys more information at a glance than “0xd8dA6BF26964aF9D7eEd9e03E53415D37aA96045.”
ENS names can also reveal information about a wallet’s purpose or owner. Project treasury wallets, DAO multisigs, and known community members often register descriptive ENS names. When investigating an unfamiliar address, checking whether it has an ENS name associated with it is a quick first step that can provide immediate context.
Tracking whales and large transactions
Etherscan provides several tools for monitoring large-scale on-chain activity. The top accounts page ranks all Ethereum addresses by ETH balance, providing a real-time view of the largest holders on the network. The token holder pages for individual ERC-20 tokens offer the same ranking for specific assets.
For users who want automated monitoring, Etherscan’s address watch list feature (available to registered accounts) sends email alerts whenever a watched address sends or receives funds. This is commonly used to track exchange cold wallets for signs of large deposit movements (which can precede sell pressure), protocol treasury addresses for grant disbursements, and known whale wallets for position changes that may signal market direction.
The combination of labeled addresses, ENS names, and transaction history makes Etherscan the primary tool for on-chain researchers who track fund flows across DeFi protocols, bridge exploits, and exchange movements. When a major hack or exploit occurs, the first public analysis typically references Etherscan transaction links as evidence of how funds moved from the victim to the attacker and through subsequent laundering steps.
Common misunderstandings about Etherscan
Several misconceptions about Etherscan persist among both new and experienced users. The most common is the belief that Etherscan can reverse or cancel transactions. Once a transaction is confirmed on the Ethereum blockchain, it is permanent. Etherscan displays it but has no ability to modify, reverse, or cancel it. The only entity that could theoretically reverse a confirmed transaction is the Ethereum network itself through a hard fork, which has happened exactly once in its history (the 2016 DAO hack) and is extremely unlikely to recur.
A second misconception is that Etherscan shows all activity related to a wallet. While Etherscan is comprehensive for Ethereum mainnet, it does not display activity on Layer 2 networks like Arbitrum, Optimism, or Base. A wallet that appears inactive on Etherscan may have significant activity on L2 chains that requires checking the respective Blockscan explorer (Arbiscan, Optimistic Etherscan, or BaseScan) to see.
A third misconception is that “verified” on Etherscan means “safe.” Verification means the source code matches the deployed bytecode. It does not mean the code has been audited, that the contract is free of vulnerabilities, or that the project behind it is legitimate. Verified scam contracts exist. Verification is a transparency measure, not a safety certification. Users should still check whether the contract has been audited by a reputable security firm, whether the project has a track record, and whether the contract’s ownership and upgrade patterns are appropriate before depositing funds.
A fourth point of confusion involves pending transactions. When a transaction is broadcast to the network but not yet included in a block, it appears in Etherscan’s pending transaction pool (mempool viewer). Users sometimes mistake a pending transaction for a failed one and attempt to send a replacement, which can result in duplicate transactions if the original eventually confirms. Checking the status field (pending, success, or failed) before taking action prevents this costly mistake. If a transaction is stuck as pending due to a low gas price, the correct approach is to send a replacement transaction with the same nonce but a higher gas price, which Etherscan’s documentation explains in detail.
Finally, some users believe that Etherscan requires an account to function. The core features, including all transaction lookups, address searches, contract verification checks, gas tracking, and token holder analysis, work without any account. Creating a free account adds convenience features like address watchlists, private name tags, transaction notes, and API key generation, but the fundamental read-only explorer functionality is available to anyone with a web browser.
What this article does not cover
This article does not cover how to check Ethereum transactions step-by-step with screenshots, as interfaces change frequently. It does not cover alternative explorers such as Blockscout, which is open source, or Dune Analytics, which specializes in custom SQL queries against blockchain data. It does not cover the technical details of how Etherscan’s indexing infrastructure is architected.
Practical checks before trusting an Etherscan page
Confirm you are on the real site. Etherscan’s domain is etherscan.io. Phishing clones exist at similar-looking domains. Bookmark the real URL and use the bookmark, not search engine results, to navigate there.
Check the contract verification badge. A green checkmark means the source code has been uploaded and matches the on-chain bytecode. No checkmark means the contract is unverified and the code cannot be inspected.
Review token approvals regularly. The Token Approvals page lists every smart contract with permission to spend tokens from your wallet. Revoke approvals for contracts you no longer use.
Cross-reference gas estimates. The gas tracker shows real-time prices, but confirm against your wallet’s estimate before submitting. Gas conditions can change between loading the page and signing the transaction.
Use labels and tags. Etherscan labels known addresses (exchanges, bridges, scam addresses). If an address you are about to interact with carries a warning label, stop and investigate before proceeding.
What is Etherscan?
Etherscan is a free blockchain explorer and analytics platform for the Ethereum network. It indexes every transaction, address, token transfer, and smart contract on Ethereum and presents the data through a searchable web interface.
Is Etherscan free to use?
Yes. All core features, including transaction lookups, address searches, gas tracking, and contract verification checks, are free. Creating an optional account unlocks additional features such as private name tags, API access, and wallet activity alerts.
Can Etherscan access or move my funds?
No. Etherscan is a read-only tool that displays publicly available blockchain data. It cannot initiate transactions, access private keys, or move funds. Any site claiming to be Etherscan that asks for your seed phrase or private key is a phishing scam.
What is a transaction hash on Etherscan?
A transaction hash is a unique 66-character identifier (starting with 0x) assigned to every Ethereum transaction. Pasting it into the Etherscan search bar displays the full details of that transaction, including status, sender, recipient, value, and gas cost.
What does the gas tracker on Etherscan show?
The gas tracker displays real-time Ethereum gas prices in three tiers (low, average, high) along with estimated confirmation times and dollar costs for common operations such as ETH transfers, token swaps, and NFT mints.
What does it mean when a contract is verified on Etherscan?
A verified contract has had its source code uploaded to Etherscan and confirmed to match the compiled bytecode deployed on-chain. This allows anyone to read the contract’s logic, check its functions, and assess whether it behaves as the project claims.
Does Etherscan work for blockchains other than Ethereum?
Etherscan’s parent company, Blockscan, operates explorers for more than 30 blockchains including BNB Chain (BscScan), Polygon (PolygonScan), Arbitrum (Arbiscan), and Solana (Solscan). Each explorer follows the same interface design as the original Etherscan.
How do I check token approvals on Etherscan?
Navigate to the Token Approvals page (accessible from the More menu or by searching your address and clicking the token approvals link). The page lists every smart contract with permission to spend tokens from your wallet. You can revoke unnecessary approvals directly from this page by connecting your wallet.
Disclaimer: This article is for informational purposes only and does not constitute financial, investment, or security advice. Always conduct your own research before interacting with smart contracts or blockchain applications. Published August 24, 2026.
Crypto World
Bitcoin Smashes $80K as $260M in Shorts Get Wiped Out: Here Are the Next Targets
Bitcoin’s price revival that began last Wednesday culminated, at least for now, a few hours ago when the asset soared past $80,000 for the first time since mid-May and tapped a multi-month peak above $81,000.
Analysts were quick to pick up the move and outline the next short-term targets of up to $88,000. BTC’s surge also led to an increase in liquidated short positions as the total value exceeded $260 million in the past 4 hours.
On a daily scale, the liquidations are up to $650 million, with the lion’s share coming from shorts again. Bitcoin is responsible for half of that amount, according to data from CoinGlass.

Thus, the primary cryptocurrency gained over $16,000 from its starting point of under $65,000 last Wednesday to just over $81,000 earlier today.
Some of the reasons behind this major resurgence include the US Treasury Department’s announcement from last week, the Crypto Summit in the White House, renewed ETF appetite, and Jim Cramer. Oh, wait, the last one might be a joke.
Some altcoins have followed BTC on the way up today, including ETH, which has neared $2,500 once again. Although the asset has soared by 32% in the past week, the $2,500 barrier appears too strong at the moment. XRP, on the other hand, fights for the $1.50 resistance.
SOL has surged the most from the larger-cap alts today, pumping by over 7.5%. It now trades above $100 for the first time in months as well.
The post Bitcoin Smashes $80K as $260M in Shorts Get Wiped Out: Here Are the Next Targets appeared first on CryptoPotato.
Crypto World
Cosmos Labs Confirms Cosmos EVM Incident as 3 Chains Disclose Impact
Cosmos Labs confirmed an ongoing security incident affecting users of the Cosmos EVM module. It advised chains in contact with it to ask validators to halt block production.
Three networks have now disclosed impact. KiiChain and TAC froze their chains after attackers drained accounts, while MANTRA restarted its mainnet.
3 Chains Traced Incidents to Cosmos EVM
Three networks disclosed security incidents within days of each other. All three named the Cosmos EVM module, a component that lets Cosmos SDK chains run Ethereum-style smart contracts.
MANTRA was first. BeInCrypto reported that the team halted the chain as a precaution amid a security incident in an upstream dependency. The team said two MANTRA-managed wallets were affected, and user balances were never impacted.
The network later informed users that the vulnerability was in the Cosmos-EVM module and that it had been fixed in version 8.4.0, allowing the network to resume normal block production.
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KiiChain then disclosed an exploit. The team said that on August 22, an attacker repeated the same technique 18 times, draining 148,326,583.15 KII before validators halted the chain at block 9355723.
“The vulnerability is in Cosmos code, not KiiChain code. It sits in the shared Cosmos EVM module (cosmos/evm), which KiiChain runs unmodified,” the team said.
The chain remains halted. KiiChain said the network will resume through a coordinated binary upgrade at a predetermined block height, with all validators applying the update simultaneously. The process will not require an on-chain governance proposal.
TAC halted the same day at block 24,671,475 after an attacker drained a single account. The team said the defect sits in the shared module rather than in TAC-specific code.
Cosmos Labs has pointed teams with questions to its security contact and said it will publish an incident report once the situation is resolved. It has not yet described the cause.
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The post Cosmos Labs Confirms Cosmos EVM Incident as 3 Chains Disclose Impact appeared first on BeInCrypto.
Crypto World
CFTC clashes with U.S. soldier over $400K Polymarket bet
The CFTC entered the criminal Polymarket case against U.S. Army soldier Gannon Ken Van Dyke on Aug. 24 after a federal judge granted the regulator permission to file an amicus brief.
Summary
- Judge Margaret Garnett allowed the CFTC to file its contested amicus brief on August 24.
- Van Dyke may answer new CFTC arguments through a ten-page filing due September 9, 2026.
- Prosecutors allege thirteen Polymarket wagers generated approximately $409,881 using classified information before Maduro’s capture.
- The defense argues geopolitical event contracts are bets rather than swaps governed by federal commodities law.
- CFTC civil proceedings remain stayed pending resolution of the related federal criminal prosecution in Manhattan.
Van Dyke’s lawyers had opposed the request. They argued that the CFTC was attempting to defend its regulatory authority through the criminal prosecution while its parallel civil lawsuit remained paused.
Judge Margaret Garnett rejected the request to exclude the brief but said the court would give the regulator’s arguments “appropriate weight.” Van Dyke has pleaded not guilty to charges arising from Polymarket wagers that allegedly generated $409,881.
CFTC can defend its Polymarket interpretation
The CFTC requested permission to address Van Dyke’s argument that the Venezuela-related Polymarket contracts were bets rather than swaps regulated under the Commodity Exchange Act.
The regulator argues that event contracts can qualify as swaps when their value depends on events carrying financial, economic or commercial consequences. The Maduro contracts could have related consequences for Venezuelan bonds, oil prices and the country’s currency, according to the CFTC’s civil complaint.
Van Dyke’s attorneys contend that this interpretation stretches the swap definition beyond its statutory limit. They say the contracts were straightforward geopolitical wagers with no underlying financial product or commercial exposure.
“The CFTC is no sheep ‘friend of the Court’ here,” the defense wrote, describing the regulator as a “regulatory wolf.” The language represents legal advocacy, not a court finding.
The defense also disputes whether CFTC Rule 180.1, which prohibits fraud connected with swaps, can support the commodities fraud charge under the circumstances alleged.
Judge gives Van Dyke until September 9
Garnett added the CFTC’s proposed amicus brief to the criminal record. The order does not decide whether the contracts qualify as swaps or whether the disputed charges will survive.
The judge gave prosecutors and Van Dyke until Sept. 9 to answer any CFTC argument not already addressed in their motion-to-dismiss filings. Each optional response may contain no more than 10 pages.
The deadline makes the regulator’s swap interpretation part of the court’s consideration before it rules on dismissal. A decision against the CFTC’s position could narrow how federal commodities law applies to prediction markets.
Van Dyke’s criminal trial remains tentatively scheduled for Dec. 7. A status conference is expected on Sept. 28, although disputes involving classified evidence or the dismissal motion could alter that schedule.
Soldier allegedly earned $409,881 from 13 bets
The Justice Department alleges that Van Dyke participated in planning and executing Operation Absolute Resolve, the U.S. military operation that captured former Venezuelan President Nicolás Maduro on Jan. 3.
According to the federal indictment, Van Dyke placed approximately $33,934 through 13 Polymarket trades between Dec. 27 and Jan. 2. The markets covered Maduro’s removal, U.S. forces entering Venezuela, a potential invasion and presidential war powers.
Prosecutors allege that the trades produced approximately $409,881 in profit after several contracts resolved in Van Dyke’s favor. They also accuse him of transferring proceeds through a foreign cryptocurrency vault and attempting to conceal accounts linked to the activity.
Those allegations remain unproven. Van Dyke faces charges including commodities fraud, wire fraud, misuse and theft of government information, and conducting a monetary transaction involving allegedly criminal proceeds.
Civil Polymarket case remains paused
The CFTC brought a parallel civil action on April 23, its first insider trading case involving prediction-market event contracts. The regulator is seeking restitution, disgorgement, financial penalties, trading bans and an injunction.
The agency’s complaint invokes the “Eddie Murphy Rule,” which prohibits certain uses of misappropriated government information when trading swaps.
A federal judge has paused the parallel CFTC lawsuit until the criminal proceeding ends. Van Dyke’s lawyers argue that the regulator should defend its legal interpretation in that lawsuit rather than enter the criminal matter.
The dispute reaches beyond one trader. In related coverage, the CFTC has been developing updated federal rules for prediction markets as courts consider whether event contracts fall under federal derivatives law or state gambling regimes.
Crypto World
Standard Chartered becomes first bank to offer HKDAP
Standard Chartered Bank Hong Kong became the first bank to distribute HKDAP on Aug. 24, giving eligible institutional clients and partners access to Hong Kong’s first live regulated local-currency stablecoin.
Summary
- Standard Chartered became HKDAP’s first bank distributor, extending access to eligible institutional clients and partners.
- Anchorpoint holds one of two stablecoin issuer licences granted by Hong Kong’s regulator in April.
- HKDAP launched through controlled beta access on Ethereum for institutions and professional investors this month.
- Standard Chartered plans tokenized money market fund subscription and settlement services during fourth quarter 2026.
- Anchorpoint reported 522,000 HKDAP circulating as of August 19 during the limited beta rollout period.
Anchorpoint Financial issues HKDAP, short for “HKD At Par,” under licence FRS01 from the Hong Kong Monetary Authority. Standard Chartered is Anchorpoint’s largest shareholder and established the company with HKT and Animoca Brands.
Hong Kong granted two stablecoin issuer licences in April, one to Anchorpoint and another to HSBC. That distinction is important: the regulator licensed two issuers, but HSBC had not publicly launched its stablecoin when Standard Chartered announced its distribution service.
Standard Chartered adds a bank channel for HKDAP
Standard Chartered joins HashKey Exchange and OSL as an authorized HKDAP distributor. HashKey and OSL began offering beta access earlier in August, before Standard Chartered became the first conventional bank to join the distribution network.
Eligible clients can use authorized distributors to convert Hong Kong dollars into HKDAP and redeem the tokens for fiat currency. Access remains limited to institutions, corporate customers and professional investors during the current phase.
As previously reported, Anchorpoint launched HKDAP through a phased institutional rollout. HashKey subsequently completed an initial minting and redemption transaction for approved clients.
HKDAP operates on Ethereum and is intended to maintain a value of HK$1 per token. Hong Kong’s Stablecoins Ordinance requires licensed issuers to maintain adequate reserves, segregate those assets and process redemptions at par.
Anchorpoint’s published figures showed 522,000 HKDAP in circulation as of Aug. 19. That limited supply reflects the project’s controlled beta status rather than broad consumer adoption.
HKDAP will target tokenized fund settlement
Standard Chartered plans to introduce subscription and settlement services for tokenized money market funds during the fourth quarter. The bank said it would work with international and Hong Kong asset managers.
A stablecoin can provide the cash side of a tokenized fund transaction on the same blockchain infrastructure used to record the fund units. This can reduce the timing gap between transferring an investment and completing its payment.
Standard Chartered said the service could support faster settlement, but the bank has not named participating managers or disclosed expected transaction volumes.
The project builds on the bank’s existing tokenization work. Standard Chartered already provides infrastructure for China Asset Management Hong Kong’s tokenized money market fund and previously tested tokenized deposit settlement through the HKMA’s Project Ensemble.
The bank will also test HKDAP for transfers between companies within its group. Further proposed applications include cross-border payments, treasury management and transfers outside conventional banking hours.
Those uses remain pilots or planned services. Standard Chartered has not announced a commercial launch date beyond the Q4 target for tokenized fund subscriptions and settlement.
Hong Kong licensed two stablecoin issuers
The HKMA awarded its first licences to Anchorpoint and HSBC on April 10 after receiving 36 applications. The regulator has said it will remain selective when considering further approvals.
Anchorpoint adopted a business-to-business-to-consumer distribution model. Instead of serving every holder directly, it works with regulated banks, exchanges and commercial partners that provide access and fiat conversion.
In related coverage, HashKey became an authorized distributor for institutional HKDAP access. OSL also provides distribution, liquidity and conversion services during the beta period.
The HKMA has warned investors about unrelated tokens using the HKDAP name. Its April warning said tokens carrying HKDAP or HSBC tickers were circulating without connections to the licensed issuers.
Users must therefore verify contract addresses and access the stablecoin through Anchorpoint’s authorized channels.
Independent review raises contract questions
Security researcher Yajin Zhou published an independent review of HKDAP’s Ethereum contract after its beta launch. The analysis questioned elements of its custom approval, upgrade and access-control architecture.
The review claimed some compliance controls did not operate as expected, but the findings were not an HKMA enforcement determination or confirmed exploit.
No theft or loss was identified in the review. Anchorpoint had not published a detailed public response to the findings at the time of writing.
The next measurable developments will be named asset-manager partnerships, actual fund settlement transactions and updated reserve disclosures. Anchorpoint has also said wider access, including a possible retail expansion, may arrive by the end of 2026, subject to market conditions and regulatory requirements.
Crypto World
Kylie Jenner's X Account Reportedly Hacked to Push Meme Coin That Crashed 68%
Kylie Jenner’s X account was reportedly hacked and used to promote a meme coin called kylie. The token’s market capitalization peaked at nearly $1.19 million before falling by roughly 68%.
The posts no longer appear on the account, which has 39.5 million followers. Several other kylie tokens are now trading on the Solana (SOL) network, each only a few hours old.
Deleted Posts Sent kylie Token Past $1 Million
The account first posted a casual message about trading, then pointed followers to a Pump.fun profile named cutekjenner. A second post carried the ticker and a contract address.
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The two posts drew roughly 50,000 and 33,000 views before deletion. Community accounts flagged the abrupt tone as a sign of compromise.
The token climbed to a $1.19 million market capitalization on PumpSwap, according to GeckoTerminal data.
At press time, its market cap stood near $378,500, with $6.1 million in 24-hour trading volume. Liquidity now sits near $58,900, held by roughly 3,700 holders.
Account Hacks Keep Turning Into Meme Coin Rug Pulls
The deleted posts left a trail of imitators behind them. Traders have minted a cluster of rival Kylie-themed tokens on Solana, most of them worth very little.
One rival kylie token, carrying the same profile image, reached a $1.04 million market cap on $6.72 million in trading volume. Others sit between $29,800 and $370,300. None had traded for longer than seven hours at the time of writing.
The playbook mirrors recent takeovers. Attackers used the SpaceX and Starlink accounts in July to push SCATMAN, netting around $125,000.
In late July, Robinhood CEO Vlad Tenev’s account was compromised, and the attacker cleared roughly $1.2 million through Vladhood.
Senator Cynthia Lummis’ compromised account then promoted a fake USA token, while actor Dean Norris disowned a DEAN coin in January 2025.
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The post Kylie Jenner's X Account Reportedly Hacked to Push Meme Coin That Crashed 68% appeared first on BeInCrypto.
Crypto World
Strive Adds 1,110 BTC for $81.5M, Holding Tops 21,356; ASST Up 11%
Strive, the Nasdaq-listed firm known for a corporate Bitcoin treasury program, bought 1,110 Bitcoin for roughly $81.5 million in the week of Aug. 17–Aug. 21, according to a filing with the US Securities and Exchange Commission. The purchases brought its total holdings to 21,356 BTC.
In the same filing, Strive said it paid an average of $73,409 per Bitcoin (including fees and expenses) for the tranche acquired during that period. Cash and cash equivalents increased by $17.1 million to $171.9 million, while its Class A shares outstanding rose by 3.65 million to 79.89 million.
Key takeaways
- Strive added 1,110 BTC between Aug. 17 and Aug. 21, lifting total holdings to 21,356 BTC.
- The company’s average purchase price was $73,409 per BTC (with fees/expenses), versus Bitcoin trading near the $79,000 level on Monday.
- Strive’s latest buying strengthens its position among public corporate Bitcoin holders, moving it into the top tier tracked by BitcoinTreasuries.NET.
- Strive also reported improvements in liquidity (cash up $17.1 million) alongside share growth during the same reporting window.
- Separately, Strive’s SATA preferred shares returned to the company’s $99–$101 target range after trading near $83.30 in late June.
Another tranche adds to Strive’s corporate Bitcoin stack
The latest treasury update underscores how Strive continues to pursue a steady acquisition cadence. The SEC filing details that Strive paid $73,409 per BTC on average for the 1,110 coins purchased between Aug. 17 and Aug. 21.
That average cost was below the approximate $79,000 Bitcoin price level referenced on Monday in the company’s disclosure context, meaning the new buys were made at a discount to the market price at the start of the week. While the filing does not frame the transactions as a hedging strategy, investors generally focus on the relationship between treasury purchase prices and the prevailing spot market as a signal of how aggressively a company is adding during different market regimes.
BitcoinTreasuries.NET ranks Strive among the largest publicly traded corporate holders. Based on that site’s data, Strive moved to the seventh-largest position behind Bullish and ahead of SpaceX.
Why investors track Strive alongside its asset management business
Strive’s corporate treasury is only one part of its broader footprint. The company operates a Bitcoin-focused treasury strategy alongside an asset management business that, according to its own overview page, manages nearly $3 billion across exchange-traded funds and a direct-indexing platform.
The combination matters because it ties the company’s market positioning to both Bitcoin holdings and recurring business activity in capital markets products. For public-market investors, that dual exposure can influence how the equity trades: sentiment about corporate Bitcoin accumulation can amplify interest, while performance expectations for the asset management segment can affect overall valuation.
In addition to Bitcoin, Strive reported holding 505,000 shares of Strategy’s STRC preferred stock valued at $48.6 million as of Aug. 21, reflecting the cross-ecosystem nature of corporate Bitcoin finance. The disclosure also offers a reminder that corporate Bitcoin holders often maintain diversified positions across preferred structures, not just spot-equivalent BTC exposure.
SATA preferred shares return to the $100 target band
Beyond Bitcoin purchases, Strive’s filing and market commentary also draw attention to SATA, the company’s variable-rate perpetual preferred stock. SATA closed at $100.01 on Friday, returning to management’s targeted $99-to-$101 trading range after having fallen as low as $83.30 in late June.
Strive previously narrowed the trading range from $95–$105 to $99–$101 in March. The company also stated that it would not issue SATA through at-the-market or follow-on offerings below $100, a term designed to limit dilution at lower price levels and to support the intended trading band.
The instrument launched in November 2025, initially selling 2 million shares at $80 each for $160 million in gross proceeds. SATA’s structure includes a stated amount and an initial liquidation preference of $100 per share.
Operationally, Strive positions SATA as an income-oriented product, with a variable dividend rate intended to help keep the shares near $100. In April, the firm raised the annualized dividend rate to 13% and began switching from monthly to daily dividend payments starting June 16, per Strive’s SEC filings.
On Monday, SATA performance suggested renewed stability after a period of weakness. That pattern is important for investors who treat preferred shares differently from common stock: preferreds typically attract buyers seeking income characteristics, but their market price still depends on interest-rate mechanics, dividend expectations, and confidence that the issuer will maintain the design guardrails.
Cross-comparison with Strategy’s STRC and its BTC pause
Because SATA is similar to STRC, the variable-rate perpetual preferred stock issued by Strategy, many traders compare their pricing and dividend behavior. Strategy’s STRC was trading near $97 on Monday, below Strategy’s $100 target, while Strategy reported no Bitcoin purchases for the week ended Aug. 23, according to earlier coverage.
That contrast highlights a potential asymmetry in corporate accumulation behavior: Strive continued buying into the Aug. 17–Aug. 21 window, while Strategy’s most recently reported week showed no purchases. Even without making assumptions about future timing, investors typically watch for whether pause periods broaden or remain temporary—especially because accumulation schedules can affect how markets price treasury companies’ future cash flows, dividend capacity, and balance-sheet momentum.
Strive’s SATA returning toward its target band adds another layer to those comparisons. When preferred instruments track toward their $100 reference points, it may reinforce confidence in the issuer’s dividend-setting framework, even as the underlying Bitcoin market fluctuates.
Looking ahead, investors should monitor two things closely: whether Strive’s BTC purchasing pace continues across the next reporting windows, and whether SATA sustains its return to the $99–$101 band as dividend mechanics respond to broader market conditions. The next few filings should also clarify if corporate accumulation and preferred-share stabilization remain aligned—or diverge.
Crypto World
BNB Chain Activates Pasteur Hard Fork on BSC
BNB Smart Chain (BSC) activated its Pasteur hard fork on Tuesday, closing bridge verification and validator authorization gaps while introducing a new route intended to fit more transactions into each block.
In a Tuesday post, BNB Chain confirmed that Pasteur was live on the BSC mainnet. The team said the upgrade strengthens the network’s bridge, staking and governance security while giving blocks more capacity without changing its 450-millisecond block time.
The upgrade combines three BNB Evolution Proposals. BEP-682 rejects duplicate validator entries during cross-chain light-block verification, while BEP-695 tightens controls involving validator key rotation, slashing and governance voting. Furthermore, BEP-675 changes how specialist builders submit blocks to validators.
The upgrade prevents validators from being counted more than once in bridge approvals, removes authority from old validator keys and blocks restricted addresses from voting, while aiming to fit more transactions into blocks during busy periods.
Pasteur targets fuller blocks
Under BSC’s previous block-building route, a builder executed transactions before submitting a proposed block, and the validator executed them again before signing it. BNB Chain said the repeated work took time away from builders operating within the network’s 450-millisecond block window, sometimes leaving blocks underfilled.
BEP-675 allows builders to submit blocks they have already executed. Validators check the proposed block against consensus rules, sign and broadcast it, then complete full execution verification afterward. Builders can also continue using the previous route, under which validators execute transactions before signing.
Related: BNB Chain pursues legal action after ex-employee’s memecoin launch
In tests conducted on QANet, an internal environment designed to mirror BSC’s geographically distributed validators, the new route increased throughput by about 88%, from 1,237 to 2,324 transactions per second. Average gas used per block rose from 46.35 million to 84.15 million while the block interval and 100-million gas limit remained unchanged.
BNB Chain cautioned that the figures came from a controlled test workload and were not mainnet measurements.
Pasteur follows previous upgrades centered on reducing block times. BSC’s Maxwell hard fork reduced its average block time from 1.5 seconds to about 0.8 seconds in June 2025, while BNB Chain said the subsequent Fermi upgrade brought it down to 450 milliseconds.
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Crypto World
Stablecoin ID rules should exclude P2P transfers: BA
Blockchain Association asked five U.S. agencies to clarify that customer identification requirements under the GENIUS Act apply to direct issuer relationships, not independent peer-to-peer stablecoin transactions.
Summary
- Blockchain Association supports primary-market identity checks but opposes extending them to peer-to-peer stablecoin transfers downstream.
- Five federal agencies proposed joint identification standards for permitted payment stablecoin issuers in June 2026.
- Issuers would collect names, addresses, birth or formation dates and identification numbers from customers directly.
- Final rules would take effect twelve months after issuance under agencies’ proposed compliance timeline currently.
- GENIUS Act generally begins restricting unlicensed U.S. payment stablecoin issuance on January 18, 2027, nationwide.
The industry group filed its comments by the Aug. 21 deadline and summarized its position on Aug. 24. It supported the proposal’s main approach but requested clearer definitions, less duplicated compliance work and explicit flexibility for digital identity tools.
FinCEN, the Office of the Comptroller of the Currency, Federal Reserve, Federal Deposit Insurance Corporation and National Credit Union Administration jointly proposed the customer identification program in June.
Stablecoin identity checks focus on direct customers
The proposed rule would require a permitted payment stablecoin issuer to establish a written, risk-based customer identification program. The program would form part of the issuer’s wider anti-money laundering and counterterrorist financing controls.
An issuer would generally collect a customer’s name, address, date of birth or formation and identification number before opening an account. It would then use documentary or non-documentary methods to form a reasonable belief that it knows the customer’s identity.
Records containing the identification information would generally remain on file for five years after the account closes. Verification records would remain available for five years after their creation.
As previously reported, U.S. regulators proposed bank-style identification requirements for stablecoin issuers. The proposal follows the GENIUS Act’s decision to treat permitted issuers as financial institutions under the Bank Secrecy Act.
Blockchain Association wants a firm P2P boundary
Blockchain Association agreed that the program should apply when an issuer maintains a direct customer relationship. Examples include issuing, redeeming, converting, repurchasing or providing custody for a payment stablecoin.
The organization said the rule should not reach transactions between users when the issuer does not intermediate, facilitate or approve them.
“They should not extend to downstream, peer-to-peer stablecoin transactions,” the Association argued, although agencies have not finalized that boundary.
The agencies’ proposal largely follows that position. It says simply owning or controlling an issuer’s stablecoin does not establish an account. A transfer involving an issuer only through its smart contract would also generally fall outside the proposed definition.
The proposal calls these interactions secondary-market activity. Examples include transfers from self-hosted wallets, purchases from intermediaries, exchange trades and direct payments to vendors.
The agencies estimated that approximately 99% of stablecoin transaction activity occurs in secondary markets. They acknowledged that issuers have limited ability to obtain identities for people using tokens without interacting with them directly.
Digital identity and duplicate checks remain contested
Blockchain Association also asked regulators to preserve flexibility in how issuers collect and verify information. It specifically supported digital identity tools and interoperable verification technology.
The proposal already permits documentary and non-documentary verification. It asks whether the final text should explicitly address digital identities or verifiable credentials and seeks feedback about their benefits and risks.
The group also requested protection against duplicative compliance obligations. Stablecoin issuers frequently interact with banks, exchanges and other regulated institutions that already conduct customer checks.
Under the proposed rule, an issuer could rely on certain work performed by another federally regulated financial institution. That reliance must be reasonable, governed by a contract and supported by annual certification. The issuer would remain responsible for compliance.
Blockchain Association wants the final rule to clarify how this arrangement works across affiliates, intermediaries and state-regulated entities.
Agencies must now complete the GENIUS Act rules
The public comment period closed Aug. 21. Regulators will now review submissions and may modify the definitions of “account,” “customer” and “digital asset service provider” before issuing a final rule.
The proposal gives issuers 12 months after the final rule’s publication to comply. No final publication date has been announced.
The wider GENIUS Act framework is expected to begin restricting unlicensed payment stablecoin issuance in the U.S. on Jan. 18, 2027. In related coverage, regulators missed the law’s original rulemaking deadline, shortening the preparation period available before the licensing framework begins.
The final customer identification rule must still operate alongside separate proposals covering licensing, reserves, anti-money laundering programs, sanctions compliance and lawful orders. The treatment of direct redemptions, digital credentials and reliance on third parties will determine how much additional work issuers face.
Crypto World
$5,000 Ethereum? Analyst Identifies the Levels That Could Decide ETH’s Next Move
Ethereum saw one of its biggest weekly moves in years after staging an impressive 30% rally. The altcoin crossed $2,500 briefly, then slipped back slightly below that level.
New data shared by crypto analyst Ali Martinez suggests that ETH could be on a path toward $5,000 if it clears a major resistance zone.
Growing Buying Pressure
On August 19, Ethereum’s MVRV Ratio formed a golden cross above its 160-day moving average. Martinez also pointed to stronger whale accumulation. The number of addresses holding more than 10,000 ETH has increased by 1.74%. In fact, 17 new whale addresses joined the network over the past week.
At the same time, the token supply is moving off exchanges. More than 180,764 ETH, which is worth about $440 million, has been withdrawn over the past week. Martinez said the trend supports the case for increasing buying pressure.
However, it still faces a major resistance zone between $2,722 and $2,970. URPD data shows that 16.70 million were previously acquired within this range, which makes it a major supply wall. If Ethereum breaks through the zone, the next major MVRV Pricing Band is near $5,363, at the 2.4 level. The analysts also noted that a rejection could first send the altcoin back toward the Realized Price near $2,235 before a potential move toward the 2.4 MVRV band.
Besides, Ethereum has once again reached its 200-week moving average, which happens to be the 11th such instance over the past five years, ‘The Long Investor’ found, who pointed to a repeated pattern in the crypto asset’s price history. Each time it has moved below the 200 WMA, it has later returned to the moving average.
The analyst therefore called any percentage below the level “free money” and said investors cannot lose.
Additionally, ETH’s 50-week and 200-week moving averages are now at the same level. This creates a confluence zone. If the asset turns that level into support, the analyst expects bulls to take it back to its all-time highs. ETH remains a buy.
ETFs Draw Fresh Capital
US spot Ethereum ETFs have attracted their biggest inflows since October 2025, as demand picked up sharply during the mid-week. Net inflows stood at $30.85 million on Monday and $71.47 million on Tuesday. The pace increased after Wednesday’s announcement from the US Treasury Department. The department said it would double the maximum size of liquidity-support buybacks for longer-dated government debt, lifting them from $2 billion to at least $4 billion per operation. Wednesday recorded a capital influx of $189.15 million.
The figure rose again to $220.77 million on Thursday, while Friday recorded another strong $185 million in net inflows.
The post $5,000 Ethereum? Analyst Identifies the Levels That Could Decide ETH’s Next Move appeared first on CryptoPotato.
Crypto World
Bitcoin Tops $81,000 as Gold Notches Its Best Month Since 1999
Bitcoin (BTC) climbed as high as $81,165 on Tuesday before easing to $80,792, up 4.5% in 24 hours, as gold pushed to its highest price in more than three months. Both assets are climbing on the same forces.
A weakening US dollar and falling bond yields are pulling money into both gold and Bitcoin at the same time. Investors are also watching for signals on where interest rates head next.
Gold Extends Its Rally Toward a 27-Year High
Spot gold gained 0.6% to $4,677.19 per ounce on Tuesday, its best level since mid-May, with the metal up around 13% so far this month. Gold futures also touched a three-month high near $4,720.
UOB analysts pegged the move as gold’s best monthly performance since 1999, based on data cited in the report. The last comparable monthly surge came in September 1999, when a group of European central banks agreed to cap their gold sales, ending a prolonged slide in prices.
This month’s rally has a different driver, with investors reacting to a weaker dollar and renewed concern over Fed independence rather than a central bank supply shock.
The Dollar and Yields Are Doing the Heavy Lifting
The US Dollar Index has fallen 0.8% this month, making dollar-priced gold cheaper for foreign buyers. Treasury yields have stayed elevated through most of August, but the government’s bond buyback plan has kept them roughly 3 basis points lower for the month, easing the opportunity cost of holding non-yielding bullion.
Bitcoin has moved in a similar direction. The asset briefly lost the $80,000 level last week as critics questioned the same Treasury buyback plan, before reclaiming it and pushing higher. A Strive executive recently pointed to Bitcoin’s breakout against gold as evidence the asset’s bear market has ended.
All eyes are now on Federal Reserve Chair Kevin Warsh, who speaks ahead of this week’s Jackson Hole symposium, an annual central bank gathering where officials often signal future policy direction.
A hawkish tone could stall both rallies. Citi analysts said a dovish surprise would instead push markets to refocus on the “debasement trade,” reflecting renewed concerns over Fed independence and US debt sustainability.
Bitcoin’s reaction to this week’s Fed signals remains an open question, given the asset’s history of diverging from traditional safe havens even when the macro setup looks aligned. Both markets are now pricing similar risks.
A softer dollar and capped yields have driven the rally so far, and the Fed’s next move could decide whether it extends or stalls.
The post Bitcoin Tops $81,000 as Gold Notches Its Best Month Since 1999 appeared first on BeInCrypto.
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