Eightco Holdings (NASDAQ: ORBS) Reports Total Holdings of Approximately $378 Million, Includes OpenAI, Beast Industries, More Than 16,000 ETH and Nearly 302 Million WLD Tokens

Eightco treasury composition as of August 5, 2026: $90M OpenAI equity (indirect), $18M Beast Industries equity, 16,278 ETH, nearly 302 million WLD holdings, and $142M cash and equivalents, totaling approximately $378 million

Eightco recently participated in World Foundation's $52.5M funding round, led by Pantera with participation from Bain Capital Crypto, Selini Capital, Susquehanna Crypto, and additional investors

OpenAI recently announced that it submitted a confidential S-1, setting itself up for a potential future initial public offering

Eightco provides indirect exposure to some of the most innovative private companies including OpenAI and Beast Industries

EASTON, Pa., Aug. 6, 2026 /PRNewswire/ -- Eightco Holdings Inc. (NASDAQ: ORBS) ("Eightco" or the "Company") today provided an update on its total holdings, highlighting its position across digital assets and strategic investments in leading private technology companies.

As of August 5, 2026, at 4:00 p.m. ET, ORBS' holdings include a $90 million investment (indirectly, through SPVs) in OpenAI, an $18 million funded investment in Beast Industries, a $1 million investment in Mythical Games, 301,971,219 Worldcoin (WLD) at $0.32 per WLD (per Coinbase), 16,278 Ethereum (ETH), and approximately $142 million in total cash and stablecoins, for total holdings of approximately $378 million.

Top Headlines Driving the News:

Eightco's management believes the Company's treasury portfolio holds some of the most critical components for the future AI and digital financial system. This week's top headlines include:

• On August 2, the World Bank released a report noting that artificial intelligence could enable developing countries to gain a century's ‌worth of development in a decade if they act quickly on power, connectivity and skills gaps. "AI has thrown developing economies a lifeline, and they ⁠should seize it," said Indermit Gill, the World Bank's chief economist (Reuters).
• On July 29, it was reported that the AI boom is creating thousands of high-paying jobs for electricians, carpenters, and other skilled trades needed to build the infrastructure powering the future of AI (The New York Times).
• On July 26, it was announced that Nvidia is in talks with OpenAI to provide a roughly $250 billion backstop for OpenAI as part of a massive data-center project. The two companies are exploring a 10-gigawatt, $500 billion data center campus in southern Ohio managed by SoftBank's SB Energy (WSJ).
• On a recent podcast episode, Sam Altman suggested that we may be approaching the "singularity," a pivotal moment when advances in AI could accelerate rapidly, unlocking new possibilities for scientific discovery, economic growth, and human progress, while potentially leading to the emergence of superintelligent systems (Relentless).
• Last week, firms including BlackRock, Fidelity, Franklin Templeton, Goldman Sachs and SoFi urged Congress to pass the Clarity Act, arguing that clear rules would protect investors, give companies regulatory certainty and help the U.S. stay competitive as digital assets become more mainstream (Coindesk).

Tom Lee, Board Member of Eightco ORBS recently said during his July 27th appearance on CNBC Power Lunch: "Crypto is turning money into software; a lot of things can turn into money: loyalty points, reputation... You want a governing body to oversee all this. Now, Japan, Russia, Europe are actually passing Clarity Act-like bills. So the U.S. is risking getting behind. That's why I think crypto is recovering, because outside the U.S., it's being embraced."

Eightco: Exposure to key mega-trends

Eightco is built around three mega-trends the Company expects to shape the next decade of innovation: artificial intelligence, digital identity, and the creator economy, with positions in each trend through indirect investment in OpenAI (24% of ORBS' treasury holdings), Worldcoin (25%), and Beast Industries (5%).

Artificial Intelligence — OpenAI

Eightco has invested approximately $90 million in special purpose vehicles with exposure to equity interests in the parent company of OpenAI, representing approximately 24% of treasury assets, one of the highest disclosed concentrations of any listed vehicle.

ChatGPT, OpenAI's consumer app, is the #1 consumer AI app worldwide (Sensor Tower). On July 31, 2026, OpenAI announced that its models now reach more than one billion active users and more than two million businesses. Six months after signing up, people send roughly 50 percent more messages each day and use ChatGPT for about twice as many kinds of work.

Digital Identity — WLD Token

Eightco holds nearly 302 million WLD, approximately 8.4% of circulating supply, the largest publicly disclosed institutional position globally and approximately 25% of the Eightco treasury's assets.

Worldcoin is the native token of World, a global Proof of Human network built by Tools for Humanity (co-founded by Sam Altman and Alex Blania) and stewarded by the World Foundation. Its Orb devices issue a privacy-preserving World ID that verifies a user is a unique human, not an AI agent.

Under World's announced business model, applications pay per-verification fees while end-user verification remains free, with both credential issuers and the World protocol monetizing verified-human authentication. World identifies a $6.35 trillion combined addressable revenue opportunity across 13 industries spanning banking, e-commerce, gaming, social media, and agentic AI (per Tools for Humanity).

Creator Economy — Beast Industries

Eightco has invested $18 million in Beast Industries equity, approximately 5% of treasury assets.

Beast Industries operates one of the largest direct-to-consumer reach footprints in the world, with a combined 500 million-plus follower base across platforms, anchored by MrBeast as the most-watched person on YouTube globally. As AI commoditizes content production, distribution and audience trust become increasingly scarce assets.

About Eightco Holdings Inc.

Eightco Holdings Inc. (NASDAQ: ORBS) is a publicly traded company executing a first-of-its-kind Worldcoin (WLD) treasury strategy, providing investors single-ticker indirect exposure to three of the defining trends of this cycle: artificial intelligence through its indirect investment in OpenAI, digital identity through its position as the largest public holder of WLD and the Proof of Human protocol, and the creator economy through its equity stake in MrBeast's Beast Industries. Backed by leading institutional investors including Bitmine Immersion Technologies Inc. (NYSE: BMNR), MOZAYYX, World Foundation, CoinFund, Discovery Capital Management, FalconX, Payward/Kraken, Pantera, and GSR, Eightco is building the infrastructure layer for human verification in the agentic AI era.

For more information:

X: @iamhuman_orbs

Website: 8co.holdings 

Frequently Asked Questions

What is ORBS stock?

Eightco Holdings Inc. (NASDAQ: ORBS) is a publicly traded company on Nasdaq. ORBS provides indirect exposure to OpenAI and Beast Industries, and holds one of the largest publicly disclosed positions in Worldcoin (WLD).

Who owns the most Worldcoin (WLD)?

Eightco Holdings (NASDAQ: ORBS) holds nearly 302 million WLD, approximately 8.4% of circulating supply and the largest publicly disclosed institutional position globally.

What is Proof of Human?

Proof of Human is cryptographic verification that a user is a unique, living person, not a bot or AI agent. It is foundational infrastructure for social networks, banking, agentic commerce, and any system requiring "one person, one account" in the agentic AI era.

How does Eightco (ORBS) relate to Proof of Human?

Eightco Holdings (NASDAQ: ORBS) is the largest publicly disclosed institutional holder of Worldcoin (WLD), the token powering World's Proof of Human network.

Who is the CEO of Eightco Holdings?

Kevin O'Donnell is the CEO of Eightco Holdings (NASDAQ: ORBS). The Company's Board includes Tom Lee (Managing Partner and Head of Research at Fundstrat, and Chairman of Bitmine Immersion Technologies (NYSE: BMNR)) and, as an advisor to the Board, Brett Winton (Chief Futurist at ARK Invest).

Forward-Looking Statements

This press release contains forward-looking statements within the meaning of the Private Securities Litigation Reform Act of 1995. All statements in this press release other than statements of historical fact could be deemed forward-looking, including, without limitation, statements regarding: the Company's expectations that artificial intelligence, digital identity, and the creator economy will shape the next decade of innovation; management's belief that the Company's treasury portfolio holds some of the most critical components for the future AI and digital financial system; statements that OpenAI submitted a confidential S-1, setting itself up for a potential future initial public offering; statements regarding World's addressable revenue opportunity of $6.35 trillion across industries spanning banking, e-commerce, gaming, social media, and agentic AI; statements that distribution and audience trust become increasingly scarce assets as AI commoditizes content production; statements that the Company is building the infrastructure layer for human verification in the agentic AI era; statements that Proof of Human is foundational infrastructure for social networks, banking, agentic commerce, and systems requiring verified human identity; and statements regarding the Company providing indirect exposure to defining trends through its investments in OpenAI, WLD, and Beast Industries. Words such as "plans," "expects," "will," "anticipates," "continue," "expand," "advance," "develop," "believes," "guidance," "target," "may," "remain," "project," "outlook," "intend," "estimate," "could," "should," "positioned," "view," and other words and terms of similar meaning and expression are intended to identify forward-looking statements, although not all forward-looking statements contain such terms. Forward-looking statements are based on management's current beliefs and assumptions that are subject to risks and uncertainties and are not guarantees of future performance. Actual results could differ materially from those contained in any forward-looking statement as a result of various factors, including, without limitation: the Company's inability to direct the management or operations of private businesses where it is not a controlling stockholder, including OpenAI and Beast Industries; risk of loss or markdown on the Company's strategic investments, including its indirect position in OpenAI equity (held through special purpose vehicles), its position in WLD, and its position in Beast Industries equity; the Company's ability to maintain compliance with Nasdaq's continued listing requirements; unexpected costs, charges, or expenses that reduce the Company's capital resources or otherwise delay capital deployment; inability to raise adequate capital to fund or scale its business operations or strategic investments; volatility in digital asset prices, including WLD and ETH, which could materially affect the value of the Company's treasury holdings; regulatory changes, future legislation, and rulemaking negatively impacting digital assets, artificial intelligence adoption, or biometric data collection; risks related to the development, adoption, and market acceptance of Proof of Human technology and the World network; uncertainty regarding the pace and trajectory of agentic AI deployment in enterprise and consumer applications; uncertainty regarding OpenAI's product roadmap, business model developments, and the timing or success of any IPO; risks related to Beast Industries' ability to achieve its growth projections; competition in the digital identity and AI infrastructure markets; reliance on third-party sources for the valuation of certain investments; uncertainty regarding MrBeast's continued success and the performance of Beast Industries' creator-driven business model; risks related to the Company's concentrated positions in certain digital assets and private company investments; shifting public and governmental positions on digital assets or artificial intelligence-related industries; risks related to the timing, features, and commercial reception of OpenAI's model releases; and risks that WLD supply dynamics may not result in anticipated market effects. Given these risks and uncertainties, you are cautioned not to place undue reliance on such forward-looking statements. For a discussion of other risks and uncertainties, and other important factors, any of which could cause Eightco's actual results to differ from those contained in the forward-looking statements herein, see Eightco's filings with the Securities and Exchange Commission (the "SEC"), including the risk factors and other disclosures in its Annual Report on Form 10-K filed with the SEC on April 15, 2026, and other publicly available SEC filings. All information in this press release is as of the date of the release, and Eightco undertakes no duty to update this information or to publicly announce the results of any revisions to any of the forward-looking statements contained herein to reflect actual results or any change in its expectations.

 

 

Disclaimer: This is a sponsored press release and is for informational purposes only. It does not reflect the views of Crypto Daily, nor is it intended to be used as legal, tax, investment, or financial advice.

* This article was originally published here

Realized Price vs Market Price: Reading Crypto Cost Basis Onchain

Realized price is an on-chain estimate of the market’s aggregate cost basis. It takes the realized capitalization of a network and divides it by the circulating supply to produce a per‑coin figure. Market price, by contrast, is the current spot rate quoted by exchanges for immediate settlement.

The two answer different questions. Market price tells you what traders pay right now. Realized price tells you the average price at which the supply last changed hands on-chain. Analysts compare them to gauge unrealized profit and loss, identify cycle regimes, and contextualize holder behavior.

How realized price is calculated

Realized capitalization values each unit of supply at the USD price when it last moved on-chain, rather than today’s spot price. Coin Metrics introduced this cost‑basis lens to distinguish a network’s on‑chain value from its market capitalization, which simply multiplies spot price by supply. See the original concept note from Coin Metrics — Introducing Realized Capitalization.

Realized price converts that aggregate, price‑stamped valuation back into a per‑coin metric using a simple formula: Realized Price = Realized Cap / circulating supply. Data providers publish this series for major assets; for example, Bitcoin’s realized price is charted by Glassnode Studio — Realized Price.

Spot market price is the live rate for immediate purchase or sale, typically the last traded price on an exchange order book. Market capitalization uses that spot price times circulating supply, a different valuation lens than realized price. See Crypto.com — What Is Spot Crypto? for a primer on spot markets.

Realized Cap, Market Cap, and prices: what each measures

These related terms often get conflated. The table clarifies their roles.

Metric How it’s built What it answers Market Price (Spot) Current exchange price for immediate settlement What buyers and sellers are paying right now Market Capitalization Spot price × circulating supply Headline market value at today’s price Realized Capitalization Sum of all units priced at their last on‑chain move’s USD price Aggregate on‑chain cost basis of circulating supply Realized Price Realized Cap ÷ circulating supply Per‑coin on‑chain cost basis proxy

Because realized price updates only when coins move on-chain, it is smoother and slower‑moving than spot. Large waves of transactions at new prices pull realized price up or down as supply gets re‑stamped at those levels.

How on‑chain price‑stamping works across chain designs

On UTXO chains such as Bitcoin, each unspent transaction output (UTXO) is “price‑stamped” at the USD rate when it last transacted. Realized capitalization sums the value of all UTXOs at their individual stamps. Account‑based chains apply an analogous approach at the transaction or balance‑movement level, attributing USD prices to units as they move. The common idea across designs is to assign every unit a historical USD timestamp and sum those values to produce realized cap. For a deeper technical discussion, see Glassnode Research — The Foundational On‑chain Metric: The Realized Cap.

These mechanics matter when you interpret realized price. A period with minimal on‑chain spending may leave realized price flat even if spot whipsaws, while heavy re‑pricing activity can move realized price more decisively.

Reading MVRV and holder cohorts with realized price

Comparing market value to realized value produces MVRV: Market Value / Realized Value. This oscillator is widely used to estimate the market’s aggregate unrealized profit or loss and to contextualize cycle extremes. Elevated MVRV suggests a larger share of supply sits above its cost basis, while depressed MVRV implies stress and realized losses among sellers. Analysts also segment investor cohorts by their cost basis, such as short‑term versus long‑term holders, to see which groups are under water. See Glassnode Research — The Foundational On‑chain Metric: The Realized Cap.

Realized price itself offers a simple threshold. When spot trades above realized price, the average unit is, by definition, in unrealized profit. When spot dips below realized price, the average unit sits at an unrealized loss, a regime historically associated with capitulation and forced selling in some cycles.

Worked example: when spot falls below realized price

During the 2021–22 drawdown, Bitcoin’s spot price traded below realized price, a historically uncommon regime. On‑chain analysts used that signal, along with depressed MVRV readings, to describe broad unrealized losses and capitulation during that bear market. See Glassnode Research — A Bear of Historic Proportions (June 24, 2022).

How to read such a setup in practice:

1. Check the relationship between spot and realized price. If spot is below realized price, the market’s average unit is at an unrealized loss.
2. Consult MVRV for confirmation. Depressed MVRV supports a broad loss regime, while rebounds toward 1.0 can indicate mean‑reversion pressure.
3. Look at cohort metrics. If short‑term holders carry most of the pressure while long‑term holders hold, the market may be absorbing losses rather than distributing them.

This framework provides context, not certainty. It helps frame risk and sentiment by anchoring to realized cost levels stamped on-chain.

A practical checklist to apply realized price

Use realized price and its companions as a structured read on market context:

• Level check: Is spot above or below realized price? That’s a quick pulse on average unrealized P/L.
• Cycle gauge: Is MVRV stretched or depressed relative to its history? Extreme readings often coincide with late‑cycle euphoria or deep stress.
• Holder analysis: Which cohorts sit above or below cost? Segmenting by holding time highlights who is likely to supply or absorb liquidity.
• Trend behavior: Is realized price rising or falling? A rising slope implies recent re‑pricing at higher levels, while a falling slope implies re‑pricing lower.
• Cross‑asset comparison: Compare assets on the same footing. Realized price allows apples‑to‑apples context for chains with different tokenomics, so long as their on‑chain movement reflects genuine ownership changes.

Data providers often visualize realized cap against spot price to reveal these dynamics. For an example, see the Glassnode visualization linked in The Foundational On‑chain Metric, which contrasts realized value and spot behavior clearly.

Glassnode visualization: Bitcoin Realized Cap (orange area) vs market price (black line) — a direct on‑chain illustration of how realized value and spot price diverge (useful for reading realized price vs market price and MVRV analysis). — Source: Glassnode Research — The Foundational On‑chain Metric: The Realized Cap

Limits, blind spots, and misconceptions

Realized price is an approximation of aggregate cost basis observed on-chain. It does not see everything and should be interpreted with care:

• Off‑chain activity is invisible. Internal exchange transfers, custodial reshuffles, OTC deals, and fiat conversions do not always reflect true ownership changes on chain. This can cluster cost basis around large custodians and skew attribution. See caveats summarized in Glassnode Research — The Foundational On‑chain Metric.
• Lost or unrecoverable coins persist in the supply count. Their ancient price stamps remain, potentially biasing realized cap and realized price versus the economically active float.
• Forks and protocol events can complicate supply accounting. Data providers handle these differently, which can affect comparability.
• It is not your personal cost basis. For U.S. federal tax purposes, an individual’s basis is the USD amount paid to acquire the asset (including fees), documented with records. The IRS may accept blockchain explorer evidence for specific transactions, but the aggregate realized price of a network is not a taxpayer’s legal basis. See IRS — Frequently Asked Questions on Virtual Currency Transactions.

Treat realized price as a market‑structure lens, not a timing tool. It can frame risk zones and participation, but it does not predict future price paths.

When you’ll use realized price in practice

You will encounter realized price whenever you need an anchor for on‑chain cost basis: evaluating cycle conditions, comparing assets’ stress levels, or assessing whether holders are broadly in profit or loss. It is especially useful when paired with MVRV and cohort metrics to triangulate positioning.

In day‑to‑day analysis, start with the level check versus spot, scan MVRV for strain or froth, and then drill into cohort cost basis to see which groups are likely to supply or demand liquidity. Use this framework to inform risk framing and narrative, not to substitute for a trading plan.

Frequently Asked Questions

Is realized price the average buy price of all holders?

No. Realized price is the per‑coin value implied by realized capitalization, which price‑stamps units when they last moved on-chain. It is an aggregate proxy that excludes off‑chain trades and may reflect custodial clustering, so it is not a precise average of individual purchase prices.

How often does realized price change?

It updates as coins move on-chain and receive new price stamps. In quiet periods with little re‑pricing, realized price can be flat even while spot is volatile. During heavy on‑chain turnover, realized price can move more visibly.

Can I use realized price for tax reporting?

No. Taxpayers must use their documented acquisition cost, including fees, to establish basis and holding periods. Aggregate on‑chain realized price is not accepted as an individual’s legal cost basis. See the IRS virtual currency FAQs.

Does realized price work for Ethereum and other chains?

Yes, with an account‑based attribution method that price‑stamps units when balances move. The principle is the same as UTXO chains, but implementation details differ and can affect precision, especially around exchanges and smart contract activity.

What does MVRV = 1 mean?

When market value equals realized value, MVRV is 1.0 and spot equals the market’s aggregate on‑chain cost basis. It is a common reference level in cycle analysis because it marks a broad break‑even point for the average unit.

Why is realized price smoother than spot price?

Spot reflects every trade in real time. Realized price only changes when coins move on-chain, so it ignores intraday ticks that do not coincide with ownership changes recorded on the ledger.

Disclaimer: This article is provided for informational purposes only. It is not offered or intended to be used as legal, tax, investment, financial, or other advice.

* This article was originally published here

Betting with Bitcoin: What Changes Compared to Traditional Sportsbooks

Online betting has expanded well beyond bank cards and wire transfers. Today, many sportsbooks accept Bitcoin alongside traditional payment methods, while some platforms operate almost entirely on cryptocurrency.  

The betting experience itself remains familiar. You still place wagers on football, tennis, basketball, esports, or other events. The difference lies in the payment infrastructure behind the sportsbook. Bitcoin replaces traditional payments with blockchain networks, creating a different balance between speed, privacy, regulation, and convenience.

This guide explains how Bitcoin betting compares to traditional sportsbooks, where each approach performs best, and why platforms like Dexsport have built their services around crypto payments.

Bitcoin Betting vs Traditional Sportsbooks

The most obvious difference is the payment method, but the implications extend much further.

Feature

Bitcoin Sportsbooks

Traditional Sportsbooks

Deposits

Crypto wallet

Bank card, bank transfer, PayPal, e-wallets

Withdrawals

Usually minutes to several hours

Several hours to several business days

Identity verification

Depends on the operator, some allow no-KYC registration

Usually mandatory

Privacy

Higher

Lower

Payment infrastructure

Blockchain

Banks and payment processors

Currency value

Can fluctuate

Stable

International access

Often simpler

May depend on local banking restrictions

The differences become more noticeable after you create an account and begin moving money between your wallet and the sportsbook.

Deposits Move Through Blockchain Instead of Banks

A traditional sportsbook processes deposits through financial institutions. Every payment passes through banks, card networks, or payment providers that each apply their own rules, fees, and fraud checks.

Bitcoin sportsbooks work differently.

Instead of entering card details, you send BTC from your wallet to a blockchain address generated by the sportsbook. Once the network confirms the transaction, the balance appears in your betting account.

The process eliminates several intermediaries, which often reduces waiting time and payment failures.

Many crypto sportsbooks now support much more than Bitcoin. Dexsport, for example, accepts more than 40 cryptocurrencies across 20 blockchain networks, giving users the flexibility to choose Bitcoin, Ethereum, USDT, TRON, BNB, and many other assets depending on their preferred network and transaction costs.

Withdrawals Are Often Faster

Withdrawal speed is one of the main reasons experienced bettors move toward crypto sportsbooks.

Traditional sportsbooks usually process withdrawals through banking systems. Internal reviews, payment processors, weekends, and public holidays can all affect processing time. Receiving winnings may take anywhere from a few hours to several business days.

Bitcoin withdrawals follow a shorter path.

Once the sportsbook approves the payout, the transaction is broadcast to the blockchain. Funds become available after the required network confirmations, which often takes minutes or a few hours depending on network activity.

The blockchain still requires confirmation time, but it removes much of the banking infrastructure that slows traditional payouts.

Privacy Works Differently

Most regulated fiat sportsbooks require users to complete identity verification before placing bets or withdrawing funds.

Typical verification includes:

• Government-issued identification

• Proof of address

• Payment verification

• Age verification

Bitcoin sportsbooks vary considerably.

Some operate under the same regulatory standards and perform full KYC checks. Others adopt a crypto-first approach and allow registration using only an email address or a crypto wallet.

Dexsport belongs to this second category. Players can register using an email address, Telegram account, MetaMask, or Trust Wallet without mandatory identity verification during onboarding.

The level of privacy ultimately depends on the sportsbook's licensing model rather than Bitcoin itself.

You Manage Your Own Funds

Traditional sportsbooks function much like online banking platforms. Your balance exists inside the operator's internal system.

Bitcoin sportsbooks begin with your own wallet.

You decide when to send funds, how much to transfer, and where winnings are received after withdrawal. Many crypto users prefer this because they maintain direct control over their assets until they decide to deposit.

Some Web3 sportsbooks extend this concept further by supporting direct wallet connections instead of conventional username and password accounts.

Bitcoin Introduces Price Volatility

One characteristic unique to Bitcoin betting is price movement.

Suppose you deposit 0.01 BTC when Bitcoin trades at $100,000. Your deposit is worth approximately $1,000.

If Bitcoin appreciates by 10% before you withdraw, your bankroll is worth more in dollar terms even if your betting results remain unchanged.

The opposite is equally possible during market declines.

Many bettors who prefer predictable bankroll management instead choose stablecoins such as USDT. Stablecoins retain blockchain settlement while minimizing exposure to cryptocurrency price fluctuations.

Transaction Fees Depend on the Network

Traditional payment methods may involve card fees, bank charges, currency conversion costs, or withdrawal commissions.

With Bitcoin, costs depend primarily on blockchain conditions.

Network congestion can temporarily increase Bitcoin transaction fees, while networks such as TRON or Solana often offer lower costs and faster confirmations.

Many crypto sportsbooks do not charge additional platform fees for deposits or withdrawals beyond the blockchain transaction itself.

Regulation Looks Different

Traditional sportsbooks generally operate under national gambling regulators and follow strict anti-money laundering and responsible gambling requirements.

Bitcoin sportsbooks fall into several categories.

Some are established bookmakers that simply added cryptocurrency payments. Others combine fiat and crypto under one platform. A growing number are crypto-native sportsbooks built around blockchain infrastructure from the beginning.

The regulatory model determines whether identity verification is mandatory, which countries are supported, and how payments are handled.

How Dexsport Uses Bitcoin

Rather than treating Bitcoin as an alternative payment option, Dexsport has built its platform around cryptocurrency from the ground up.

Players can create an account using email, Telegram, MetaMask, or Trust Wallet and access both sportsbook and casino products immediately. The platform supports more than 40 cryptocurrencies across 20 blockchain networks and processes fee-free deposits and withdrawals.

The sportsbook also includes features that complement crypto betting:

• Cash Out for settling eligible bets before the event finishes

• Public on-chain bet tracking for greater transparency

• More than 10,000 casino games alongside sports betting

• Weekly cashback paid in stablecoins

• Multi-chain wallet compatibility without relying on traditional banking

These features illustrate how modern crypto sportsbooks differ from operators that merely accept Bitcoin as another payment method.

Is Bitcoin Betting Better Than Fiat Betting?

Neither approach is universally superior because they solve different problems.

Bitcoin betting works particularly well for users who prioritize fast withdrawals, greater financial privacy, international accessibility, and direct wallet control.

Traditional sportsbooks remain attractive for bettors who prefer stable currencies, familiar banking methods, and strict regulatory oversight.

For many experienced bettors, the deciding factor is convenience. Those who already hold cryptocurrency often find blockchain payments simpler than moving money through conventional banking channels. Others who manage their finances entirely in fiat may prefer staying within traditional payment systems.

As cryptocurrency adoption continues to grow, the distinction between the two models is becoming less pronounced. Many sportsbooks now support both, allowing bettors to choose the payment infrastructure that best matches their preferences.

FAQ

Can you bet directly with Bitcoin?

Yes. Many sportsbooks accept Bitcoin deposits directly from crypto wallets. After the transaction is confirmed on the blockchain, the funds become available for betting.

Are Bitcoin withdrawals faster than bank withdrawals?

In many cases, yes. Crypto withdrawals often arrive within minutes or a few hours after approval, while bank withdrawals may require several business days.

Do all Bitcoin sportsbooks require identity verification?

No. Requirements depend on the operator and its licensing framework. Some crypto sportsbooks require full KYC, while others allow registration and betting with minimal personal information.

Is Bitcoin betting more private?

Generally, yes. Blockchain transactions do not require sharing banking details, and some crypto-native sportsbooks collect less personal information than traditional bookmakers.

Should I use Bitcoin or USDT for betting?

Bitcoin offers the potential for long-term appreciation but introduces price volatility. USDT maintains a value close to the U.S. dollar while preserving the speed and efficiency of blockchain payments.

 

 

 

Disclaimer: The information here is provided for general purposes only and is not legal, tax, investment, or financial advice, and nothing here is a betting tip or prediction. Market availability and platform features change over time, so confirm current details before betting. Betting carries risk, and rules vary by country, so check the law where you live. Please gamble responsibly, within your means, and only if you are of legal age.

* This article was originally published here

LBank Adopts Chainlink To Power Crypto Prediction Markets With High-Speed Data for 25+ Million Users

Singapore, Singapore, August 6th, 2026, Chainwire

LBank, the leading crypto exchange, has adopted Chainlink, the industry-standard oracle platform, to enhance its prediction market offerings with secure and high-speed data infrastructure. Through the integration of Chainlink Data Streams, LBank delivers immediate market resolutions and a more transparent prediction market experience for its 25+ million registered users worldwide.

LBank is leveraging Chainlink Data Streams to upgrade its prediction market platform, LBank Predict, with faster and more reliable market data infrastructure. The integration unlocks high-speed price data delivery and rapid settlement for short-term BTC and ETH prediction markets, allowing 5-minute and 15-minute contracts to be resolved accurately within minutes instead of hours. By leveraging Chainlink’s market-leading decentralized oracle infrastructure, LBank improves transparency, efficiency, and user experience across its prediction market offerings.

The integration comes as LBank continues to expand its digital asset product ecosystem, including tokenized U.S. stock products and innovative trading solutions connecting traditional finance with crypto markets. With growing demand for real-time market access and transparent financial products, LBank continues to explore new opportunities across emerging asset categories.

“We’re excited to see LBank adopt Chainlink Data Streams to power high-speed prediction markets for millions of its users worldwide,” said Johann Eid, Chief Business Officer at Chainlink Labs. “Prediction markets are only as reliable as the data that resolves them, and Chainlink provides the fast and secure market data required to power prediction markets at a global scale.”

“Reliable data is the foundation of every prediction market,” said Eric He, Community Angel Officer and Risk Control Adviser of LBank. “By integrating Chainlink Data Streams, we are strengthening the infrastructure behind LBank Predict and providing our global users with a more transparent, efficient, and trustworthy prediction market experience. This represents another step forward in our commitment to developing innovative products that create new opportunities for crypto users.”

Moving forward, LBank will continue exploring opportunities to enhance financial applications through Chainlink’s industry-standard oracle platform and innovative product development. By leveraging Chainlink, LBank is accelerating the adoption of more accessible, transparent, and efficient financial experiences in the digital asset industry.

About Chainlink

Chainlink is the industry-standard oracle platform bringing the capital markets onchain and the market leader powering the majority of DeFi. The Chainlink stack provides the essential data, interoperability, compliance, and privacy standards needed to power advanced blockchain use cases for institutional tokenized assets, lending, payments, stablecoins, and more. Since inventing decentralized oracle networks, Chainlink has enabled tens of trillions in transaction value and now secures the vast majority of DeFi.

Many of the world’s largest financial services institutions have also adopted Chainlink’s standards and infrastructure, including Swift, Euroclear, Mastercard, Fidelity International, UBS, S&P Dow Jones Indices, FTSE Russell, WisdomTree, ANZ, and top protocols such as Aave, Polymarket, Lido, Lighter, and many others. Chainlink leverages a novel fee model where offchain and onchain revenue from enterprise adoption is converted to LINK tokens and stored in a strategic Chainlink Reserve. Learn more at chain.link.

About LBank

Founded in 2015, LBank is a leading global cryptocurrency exchange serving over 25 million registered users in 160 countries and regions. With a daily trading volume exceeding $23.81 billion and 10 years of safety with zero security incidents, LBank is dedicated to providing a comprehensive and user-friendly trading experience. Through innovative trading solutions, the platform has enabled users to achieve average returns of over 130% on newly listed assets.

LBank has listed over 300 mainstream coins and more than 50 high-potential gems. Ranked No. 1 in 100x Gems, Highest Gains, and Meme Share, LBank leads the market with the fastest altcoin listings, unmatched liquidity, and industry-first trading guarantees, making it the go-to platform for crypto investors worldwide.

Follow LBank for Updates

Website: https://www.lbank.com/

Twitter: https://twitter.com/LBank_Exchange

Telegram: https://t.me/LBank_en

Instagram: https://www.instagram.com/lbank_exchange

LinkedIn: https://www.linkedin.com/company/lbank

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* This article was originally published here

340,000 Token Launches Push Uniswap Into Discovery

There’s a number doing the rounds: 340,000. That’s the ballpark count people cite for how many tokens have been fired into EVM land over a recent stretch. However you slice it, the launch machine is redlining. And Uniswap is getting pulled straight into price discovery.

Not just as a place where things trade after the fact. Uniswap’s own tooling now runs auctions that set the opening price and seed the pool at that level. That’s a real shift in the exchange’s role.

Below, I’ll unpack why this is happening, how Uniswap’s Continuous Clearing Auctions actually work, and what you need to watch if you’re bidding on day one or listing a token yourself.

Point Details Launch surge Hundreds of thousands of token contracts deployed across EVM chains; the “340,000” figure captures the sheer scale and churn of recent launches. Uniswap as discovery Uniswap’s Continuous Clearing Auctions (CCA) set on-chain clearing prices and seed Uniswap v4 pools at that price, pushing Uniswap into primary price discovery. Pons data point Dune-tracked Pons completed 66,000+ launches with about $380M cumulative volume as of July 20, 2026, showing the size and speed of this launch wave (KuCoin (reporting Dune)). Mechanics matter CCAs batch orders, find a clearing price, then seed the v4 pair so trading starts where the auction settled (DefiLlama Research; Uniswap). New venues Uniswap deployed v2/v3/v4 and UniswapX on Robinhood Chain at launch, adding a fresh flow of retail-adjacent order flow to its discovery stack (Uniswap Labs blog). Risk profile High failure rate among new tokens, smart contract risk, MEV, thin liquidity, and regulatory uncertainty. Treat early participation as speculative.

What 340k launches actually means

The 340,000 headline is less a precise census and more a sign of the times. Token creation has become cheap, fast, and automated. A single deployer can spray dozens of contracts a day. Meme seasons pull in bots that fork, tweak, and relist with microscopic changes. Some of those contracts never trade. Others see a blip of activity and die. A handful stick.

So when you hear 340k, think order of magnitude. It tells you the funnel is huge and noisy. It also tells you the old model — list on a CEX after months of courting market makers — just doesn’t cover this firehose. Most of these tokens will live and die on-chain, and a lot of them will clear price for the first time on Uniswap.

That’s why Uniswap building native discovery tools isn’t a side quest. It’s a necessary adaptation to where issuance now happens.

Uniswap turns liquidity into discovery

The pivot is straightforward: instead of passively waiting for someone to create a pool and let price wobble into place, Uniswap’s Liquidity Launchpad runs a Continuous Clearing Auction (CCA), finds a clearing price, and then seeds a v4 pool at that level.

DefiLlama’s Boardwalk report documents this design clearly: CCAs do on-chain price discovery and seed Uniswap v4 pools, acting as a bridge between a launch event and a tradable market (DefiLlama Research).

Uniswap’s own product page says the same thing, spelling out that auctions are built to discover price on-chain and initialize v4 liquidity at the discovered price (Uniswap).

How a CCA flows, in plain English

• Orders are collected over a window. You’re not fighting tick-by-tick; you’re lining up into a batch.
• The system finds the price where the most volume can clear. That’s the clearing price.
• Allocations are filled at that single price, not a sliding ladder.
• Right after that, a v4 pool is seeded at the auction price so secondary trading starts where the auction left off.

This helps cut the chaos you get when someone YOLOs a tiny pool and bots slam it around for 30 minutes. It’s not magic. But for legitimate launches, it’s cleaner.

CCA vs throwing a pool live

Approach What you get Trade-offs CCA + v4 seeding Single clearing price, batch fairness, immediate pool at that price More prep, rules to follow, auction window risk if sentiment flips Direct pool bootstrap Instant trading, minimal coordination Wild slippage, easy MEV targets, manipulative anchors OTC/fair drop then pool Some price signal from OTC, curated distribution Opaque fills, secondary market shock when pool opens

Early auctions can still be gamed. They just raise the cost of obvious manipulation and make the “first print” less of a dart throw.

Pons shows the scale — and the noise

If you want a feel for the pipeline, look at Pons. On-chain dashboards tracking Pons show over 66,000 token launches completed with roughly $380 million in cumulative trading volume as of 4:00 PM UTC on July 20, 2026 (KuCoin (reporting Dune)).

That’s a staggering count. But it also hints at the hit rate problem. If nearly all of those tokens exist, only a fraction pulled meaningful liquidity. A smaller fraction sustained it. And yet, these launches still drive a ton of first-touch demand, which bleeds directly into the pools that pick them up — often on Uniswap.

The practical takeaway: the faucet isn’t slowing down. So discovery tooling has to scale. Auctions, pooled liquidity templates, rollout rails — that’s the stack Uniswap is building toward.

Robinhood Chain gave Uniswap a new runway

Another piece of the puzzle is venue. When Robinhood Chain went live on July 1, 2026, Uniswap deployed v2, v3, v4, and UniswapX out of the gate, becoming the primary public AMM at launch (Uniswap Labs blog).

That matters because a lot of fresh retail-adjacent flow will try things there first. If Uniswap is the default lane on that chain, discovery doesn’t detour elsewhere. It lands in Uniswap’s liquidity. From there, activity can spider out to other EVMs via bridges, but the price imprint often starts where the first legit pool sits.

Layer those deployments with CCAs and you’ve got a full pipeline: launch page, auction, seed pool, secondary trading. It’s not a guarantee of quality — it’s a process that can scale without imploding at the first trade.

How to approach a CCA if you’re tempted to bid

Quick reality check: most new tokens go to zero or near it. This is not advice. It’s a simple flow to keep you from tripping over obvious stuff.

Step-by-step

1. Find the official auction link. Spoofs are everywhere. Cross-check the project’s site and socials. If it’s Uniswap’s CCA, the docs and URLs should align with Uniswap’s product page.
2. Read the auction parameters. Supply on offer, reserve price (if any), accepted assets, start/end times, allocation rules, refund logic.
3. Decide your max willingness to pay. Not the hype price — the price you’re fine holding through a 50% drawdown.
4. Place the order and walk away. CCAs aren’t a race. Over-tinkering just invites mistakes and extra gas.
5. After settlement, check the seeded v4 pool. Confirm the token address, fee tier, and that the initial price matches the clearing price.
6. Set alerts, not 24/7 screens. Day-one swings can be brutal as price meets real liquidity.

Pro tip: If there’s a reserve price way above comps, treat it as marketing, not a floor. A no-fill outcome can actually be the best protection from overpaying.

Red flags to pause on

• Tokenomics that hand a majority to insiders or unlock a giant chunk in the first week.
• Opaque treasury wallets or “multi-sig” that resolves to one hot address.
• Audits that aren’t audits. PDFs without a firm name or commit hash are noise.
• Over-optimized Twitter hype, under-optimized code repos.

Signals a new token might actually survive the week

None of this guarantees anything. But these are the tells I check before touching a launch:

• Distribution that isn’t a joke. Reasonable float at launch, vesting that doesn’t cliff into oblivion.
• A clear buyer cohort. Not just “the community.” A known group that benefits if the token exists and trades.
• Some builder receipts. Live code or an existing product. A roadmap isn’t a product.
• Liquidity commitments. Named market makers or on-chain incentives that last longer than a weekend.
• Credible venue choices. If they’re using Uniswap’s CCA and seeding a v4 pool, show me the parameters. If not, explain the plan.

Liquidity games and risks to watch

Price discovery is messy. CCAs tidy up one part of the mess. The rest is still there:

• Smart contract risk. Auctions and tokens run on code. If the contract has a bug or a malicious function, all bets are off.
• MEV and sandwiching. Auctions reduce sniping, but once the pool is live, toxic order flow comes back. Use limit-like flows or RFQ routes where possible.
• Custody and wallets. If you’re switching chains (say, bridging into Robinhood Chain or elsewhere), triple check addresses and approvals. Revoke spend permissions you don’t need.
• Regulatory friction. Depending on jurisdiction, participating in token sales may have constraints. Projects can change terms pre-settlement to stay compliant. Read the fine print.
• Liquidity mirages. TVL screenshots can hide concentrated LP positions. If one LP yanks, slippage explodes.

Guardrails you can actually use

• Cap your exposure per launch. The hit rate doesn’t justify going heavy.
• Prefer auctions or listings with transparent parameters over stealth pool drops.
• Set post-settlement alerts at 10–15% bands. If momentum dies, don’t become exit liquidity.
• Track whale wallets that got big fills. If they dump immediately, that’s your signal.

For teams: designing a launch that doesn’t backfire

If you’re on the other side of the book, CCAs give you structure, but you still have choices to make.

Checklist before you hit “create auction”

• Reserve price logic. Set it based on comps and runway, not vanity. If it’s too high, you get a failed auction and a credibility dent.
• Float and vesting. Put enough in circulation to enable real markets, but don’t set up a week-one unlock cliff.
• Post-auction liquidity. Who’s LPing the v4 pool beyond the initial seed? Outline incentives and duration.
• Market structure. If you plan a Robinhood Chain pool plus a mainnet pool, explain routing and bridges. Fragmented liquidity confuses users.
• Docs and comms. Publish the token address early, pin the auction link, and keep everything in one place to reduce spoof risk.

Handled well, CCAs can save you from the worst parts of day-one chaos. Handled badly, they just move the chaos into a nicer wrapper.

Why Uniswap is the center of gravity right now

Three forces line up here:

• Launch velocity. With Pons-scale pipelines pushing tens of thousands of creations into the wild, there’s constant demand for first pricing (KuCoin (reporting Dune)).
• Native discovery tools. Uniswap’s CCAs explicitly target on-chain price discovery and seed v4 pools at the discovered price (DefiLlama Research; Uniswap).
• New distribution lanes. Uniswap’s presence on Robinhood Chain as the go-to AMM at launch funnels fresh users and assets into its pools (Uniswap Labs blog).

Put together, Uniswap isn’t just where price happens to be shown. It’s where price is increasingly made, at least for the long tail. That carries responsibility — and a lot of temptation for speculators.

Stay ahead without the noise

If you want more straight-shot explainers like this, Crypto Daily tracks launch mechanics, on-chain flows, and the stuff that actually changes outcomes. You can find our latest coverage at cryptodaily.co.uk.

Frequently Asked Questions

Is the “340,000 launches” number verified?

It captures scale more than a single authoritative count. Token creation is fragmented across chains and dashboards. Treat it as directional, not a certified tally.

What exactly is a Continuous Clearing Auction on Uniswap?

It’s a batch auction that collects orders, finds a single clearing price, fills allocations at that price, and then seeds a Uniswap v4 pool at that level. Uniswap’s product page spells this out, framing CCAs as on-chain price discovery and liquidity seeding.

Why would a team choose a CCA over just launching a pool?

To avoid chaotic first prints and extreme slippage. A CCA can improve fairness and give a cleaner opening price. The trade-off is more prep and the risk that sentiment changes during the auction window.

Where does Robinhood Chain fit into Uniswap’s role in discovery?

Uniswap deployed v2/v3/v4 and UniswapX on Robinhood Chain at mainnet, positioning it as the default AMM there. That setup routes early trading in new assets into Uniswap’s pools and tooling on that chain.

Are most of these new launches worth trading?

Most won’t hold value. The hit rate is low, and the risks — contract bugs, thin liquidity, manipulation — are high. If you participate, cap exposure and assume high volatility.

How do I check if an auction link is real?

Cross-check the project’s website and socials, verify the token address, and confirm the interface matches Uniswap’s official CCA domain if applicable. Be wary of lookalike URLs and fake X accounts.

What changes after the auction ends?

The v4 pool seeded at the clearing price becomes the main venue. That’s where MEV, liquidity shifts, and real price discovery continue. Set alerts and expect big swings in the first sessions.

Disclaimer: This article is provided for informational purposes only. It is not offered or intended to be used as legal, tax, investment, financial, or other advice.

* This article was originally published here

After Zapper: Where DeFi Users Can Track Their Positions

If you used Zapper to make sense of your wallets, LPs, and random farm experiments, the lights are going off. The team announced it’s winding down, and the site, mobile apps, and API are scheduled to shut on August 3, 2026. That’s a big gap to fill if you checked it daily.

This guide walks through practical replacements, the trade-offs on privacy and features, and a simple migration checklist you can do in a weekend. It matters right now because the cutoff date is set and your labels, watchlists, and API calls won’t be there the next morning.

Zapper scaled to millions of monthly users and processed billions in volume, so a lot of people are moving at once. Expect some crowding on alternatives and plan ahead. The facts on timing and history are here: the July 8 wind-down announcement and August 3 shutdown window, plus Zapper’s reach at peak and funding background The Block. Reporting also flags what stops working exactly and that API customers are being emailed migration steps Cryptool (blog).

The fastest like-for-like replacements are DeBank, Zerion, DeFiLlama’s Portfolio, Rotki, and CoinStats. DeBank and Zerion feel closest to a Zapper-style all-in-one view, DeFiLlama is lean and clean for on-chain reads, Rotki is for privacy-first locals, and CoinStats covers a lot of CEX plus DeFi. If you need an API, shortlist DeFiLlama’s public endpoints and commercial indexers while you rebuild anything that pointed at Zapper’s API.

• DeBank and Zerion for quick, familiar dashboards and mobile.
• DeFiLlama Portfolio for broad chain coverage and a lightweight feel.
• Rotki if you want local data with no cloud dependencies.
• CoinStats for mixed CEX plus DeFi portfolios.
• For APIs, pivot to DeFiLlama endpoints or major indexers while you refactor.

Which dashboards replace Zapper’s all-in-one view best?

If you liked Zapper’s wallet connect and instant position breakdowns, start with DeBank and Zerion. Both pull balances, DeFi positions, and NFTs across popular chains with a clean, familiar layout. You paste or connect a wallet and it just appears. Mobile apps exist, so you’re not stuck at a desk.

DeFiLlama’s Portfolio is simpler, which is part of the charm. It reads wallets across many chains and gets you to the core question fast: what do I hold and where? It isn’t trying to be a wallet or ad platform. It’s a practical read-only pane for most of what you need, including basic LP and staking detections.

Rotki is where you go if you want everything to live locally on your machine. It’s open source, more technical to set up, and great if privacy is your top priority. CoinStats can work if your portfolio includes CEX accounts, banked stablecoin rails, and on-chain wallets that you want under one roof.

How do the top options compare side by side?

Here’s a quick feature snapshot. It’s intentionally high level since chains and features change often. Always verify current coverage on the project site before moving over.

Tool Best for Data model Mobile NFT view Notes DeBank Fast all-in-one DeFi reads Hosted, read-only wallet connect Yes Yes Strong DeFi position parsing across major chains Zerion Portfolio + wallet experience Hosted, optional in-app wallet Yes Yes Good UX if you want tracking and transacting together DeFiLlama Portfolio Lightweight on-chain dashboard Hosted, read-only Web-first Basic Broad chain coverage and transparent methodology Rotki Privacy, local custody of data Local desktop app No Limited Open source, more setup, strong for power users CoinStats Mixed CEX + DeFi tracking Hosted with exchange connections Yes Yes Convenient if you bridge on and off exchanges often

These five cover the bulk of use cases. If you only need wallet balances and simple LP exposure, DeFiLlama may be enough. If you want to track and occasionally trade in one place, Zerion’s built-in wallet is handy. If you care about not leaking portfolio data to a third party, Rotki stands out.

What changed with Zapper and why does it matter?

The short version is finality. Zapper said on July 8, 2026 that it would wind down and set August 3, 2026 as the shutdown date for the website, mobile apps, and API. Coverage also recapped that the project reached roughly 2 million monthly active users and processed over $13 billion of transaction volume at its peak The Block. That scale tells you how many wallets are moving elsewhere at once.

It also matters because more than the UI is going away. Articles and vendor posts are explicit that the zapper.xyz dashboard, mobile apps, and API all stop on that date and that existing API customers are getting migration emails Cryptool (blog). So if you automated reports or had internal tools pinging Zapper endpoints, this is not just a bookmark change.

For context, Zapper’s wind-down stories also reference its funding journey, including a $15 million Series A led by Framework Ventures back in May 2021, plus an earlier seed round The Block. It reminds us that even well-backed tools in crypto can sunset. Plan for portability.

How should I think about privacy and custody with trackers?

Portfolio trackers see what you hold. That alone is sensitive. The first split is hosted dashboards that load your wallet data on their servers versus local tools that keep it on your machine. Hosted tools are faster to start, but you trade some privacy and depend on their uptime and policies.

Local-first apps like Rotki store data on your device. No cloud, no centralized account by default. The tradeoff is convenience. You’ll maintain the app and, sometimes, your own indexing sources. If you’re a desk or a high-profile wallet, the privacy win can be worth the extra work.

Either way, connect wallets in watch-only mode unless you’re explicitly signing a transaction. Check settings for data sharing, analytics toggles, and whether your addresses are linked to an account email. If you want to be extra careful, create fresh watch-only addresses that you label internally and don’t attach to your name anywhere.

Pro tip: label every address as you add it. Even a short note like “main hot,” “vault,” or “old LP farm” will save you hours when you’re reconciling positions or pulling tax exports later.

Which tool actually fits my setup?

Different stacks, different answers. If you’re mostly DeFi-native across a few EVM chains with some NFTs, DeBank or Zerion will feel right away comfortable. They’re quick, have decent position parsing, and let you peek at friends’ or treasury wallets to benchmark exposure.

If you operate many addresses across many chains and just want a dependable read-only pane that loads fast, DeFiLlama’s Portfolio keeps it simple. It won’t try to sell you anything or steer you into swaps. It focuses on showing balances and common DeFi positions cleanly.

If you’re compliance heavy or privacy obsessed, Rotki is the path. It can pair with tax workflows and lets you keep sensitive data off third-party servers. If you have a lot of centralized exchange balances in the mix, CoinStats can centralize those with your on-chain wallets so you don’t juggle tabs.

What about APIs and reports after Zapper’s shutdown?

Since Zapper’s API is going away on August 3 and customers are being contacted about migrations Cryptool (blog), treat this like a small refactor. First, list every script, sheet, or dashboard that hits Zapper endpoints. Then map each call to a replacement. Public endpoints from data aggregators can fill gaps for basic token balances and prices, while commercial indexers cover deeper position data.

If you need institutional-grade feeds, consider splitting your stack: one source for prices, one for balances, one for position decoding. Redundancy helps. Document rate limits and authentication in one place so the next rotation on your team can keep the lights on.

For compliance exports, test CSVs from your new tracker against last month’s numbers. Don’t wait until month-end. Reconcile a single wallet deeply to make sure fees, LP tokens, and staked positions land in the right buckets before you switch everything over.

Can I do this in a weekend? A simple migration checklist

Yes, if you scope it. Here’s a tight checklist that covers most setups:

• Inventory: list all addresses, ENS names, and any watchlists you used in Zapper.
• Export: download or screenshot Zapper views you rely on before the cutoff for reference.
• Select: choose a primary tracker and a backup. Add 3 to 5 core wallets first.
• Label: recreate key labels while they’re fresh in your head.
• Reconcile: compare totals and a few positions wallet by wallet.
• Automate: rebuild any scripts using new APIs and note rate limits.
• Review: check privacy settings, disable analytics if offered, and keep sign-only to transactions.

If you run a team wallet, agree on which app is the source of truth. Write it down. Nothing’s worse than two dashboards showing different numbers and everyone arguing about which is “real.”

Common Mistakes

1. Waiting until after the shutdown. Avoid scrambling by setting up a replacement and taking screenshots or exports now. You’ll want a reference point.
2. Forgetting labels and notes. Your memory fades. Recreate labels as you add wallets to the new tool, not a week later.
3. Assuming all chains and vaults are supported. Test one complex position early. If it doesn’t parse, decide if you’ll track it manually or pick another tool.
4. Connecting wallets and signing blindly. Use watch-only wherever possible. Only sign when you intend to transact.
5. Ignoring API differences. Rate limits, pagination, and schemas vary. Update scripts and add retries rather than copy-pasting old code.
6. Mixing work and personal wallets in one account. Separate them to reduce leaks and simplify reporting.

If you want more practical explainers like this, Crypto Daily tracks the moving pieces so you don’t have to. Check the latest breakdowns and features at Crypto Daily.

Frequently Asked Questions

Will my Zapper data vanish on August 3, 2026?

Yes, the public site, apps, and API are scheduled to shut then, so plan as if you’ll lose access. The shutdown timing and scope have been reported and reiterated in July coverage The Block and vendor guidance Cryptool (blog).

How do I track positions that my new dashboard doesn’t recognize?

Use a second tracker as a backup and keep a small manual sheet for edge cases. Most tools will display the tokens, but some complex vaults or vested positions may require manual tagging until support improves.

What if my portfolio includes centralized exchanges?

Pick a tracker that supports exchange connections and treat API keys with care. Rotate keys regularly, restrict permissions to read-only, and consider keeping sensitive balances out of any third-party account if privacy is a concern.

Do I need to pay for a premium plan?

Not always. Many dashboards cover basics for free. You might pay if you need more wallets, deeper history, tax exports, or team features. Start free, see what’s missing, then upgrade only if it saves time.

Can I import my Zapper labels into another app?

There isn’t a universal importer. If you can export anything from Zapper before the cutoff, do it. Otherwise, rebuild labels as you go and keep a simple mapping doc so you don’t lose context.

Is it safe to connect my wallet to these tools?

Viewing is generally safe because it’s read-only. That said, only sign transactions you initiate, verify URLs, and avoid extensions or pop-ups that ask for broad approvals. If unsure, use a fresh watch-only address for tracking.

How do teams manage multi-sig and treasury tracking?

Create a dedicated account in your chosen dashboard for the treasury, add the multi-sig and related wallets, and lock down who can edit labels. Keep routine exports in a shared drive so finance and ops have the same numbers.

Disclaimer: This article is provided for informational purposes only. It is not offered or intended to be used as legal, tax, investment, financial, or other advice.

* This article was originally published here

Base B20 Token Standard: How Native Tokens Differ From ERC-20

Base just switched on something big for token builders: a native token standard called B20. If you’ve been minting ERC-20s for years, B20 looks familiar on the surface — but the guts are different. This piece breaks down what changed, why it matters for issuers and traders, and what to watch next.

We’ll compare B20 to ERC-20 in plain English, walk through how the factory actually works, and flag early on-chain patterns from launch week. There’s a checklist for safe deployment and a few traps to avoid if you’re buying into new B20 tickers.

Editor's note: I watched Base’s B20 go live in early July and the first hours were exactly what you’d expect: a torrent of meme mints, identical supplies, and thin pools that moved on whispers. Our desk tested provenance checks against the 0xB20f factory and the 0xB200 token prefix, which saved time we usually waste on contract spelunking. Conversations with infra teams in July pointed to quick wallet parity but slower explorer upgrades for showing policy states. I’m keeping an eye on the fee-in-B20 plan from Base’s Cobalt notes; if that ships, user onboarding for new tokens could get a lot smoother. — Elliot Veynor

B20 is Base’s native token standard that runs as a precompile inside the node, not as a user-deployed Solidity contract. It mirrors ERC-20 function selectors so wallets and indexers treat B20 like a normal fungible token, but it adds issuer-level controls like transfer policies, role-based permissions, supply caps, freeze-and-seize, memos, and built-in permit. Base activated B20 on July 8, 2026, and has more features queued on the roadmap.

• Native precompile with ERC-20 parity for UX compatibility
• Issuer Toolkit: allowlists/blocklists, roles, caps, freeze-and-seize, memos, ERC-2612 permit
• Deterministic addresses via a factory at 0xB20f…; B20 tokens start 0xB200…
• Early activity skewed to memecoins; no real RWAs or stablecoins in first sample
• Planned ability to pay fees in B20 tokens is on Base’s roadmap

How does B20 actually work under the hood?

B20 lives inside Base’s node as a native precompile. Instead of deploying a Solidity ERC-20 contract, issuers call the B20 factory, which mints a token implementation backed by the node’s Rust code. Because the interface mirrors standard ERC-20 selectors, most wallets, indexers, and tools see a B20 token and interact with it like any fungible asset.

The factory sits at a fixed address — 0xB20f000000000000000000000000000000000000 — and tokens created by it have deterministic addresses with a distinctive 0xB200… prefix. That makes basic provenance checks faster and reduces the chance of collisions or weird proxy patterns you sometimes see with contract-based mints. These deployment details, including the selector parity and Issuer Toolkit, are documented in developer explainers and Base references (Chainstack).

Base officially activated B20 on July 8, 2026 as part of its Beryl upgrade cycle, and the upgrade changelog flags it as live on mainnet (Base — Upgrades changelog). The same roadmap notes future improvements tied to Cobalt planning entries, including a path to pay fees in B20 (more on that later).

What separates B20 from ERC-20 in practice?

Function names look the same. Everything else — the execution model, deployment flow, and built-in controls — is different. Think of ERC-20 as “you ship a contract with whatever features you add,” while B20 is “the chain ships the core logic and you flip switches from an issuer console.”

The biggest upgrade is the Issuer Toolkit. Out of the box, B20 supports role-based access, transfer policy rules (allowlists or blocklists), supply caps, freeze-and-seize via burnBlocked, optional on-chain memos, and ERC‑2612 permit for gasless approvals (Chainstack). All of that is native, so issuers don’t need to stitch together third-party libraries and hope audits catch edge cases.

Aspect B20 (Base) ERC-20 (typical) Implementation Native precompile in node (Rust) Solidity/Vyper smart contract deployed by user Selector compatibility Matches ERC-20 function selectors Standard ERC-20 Issuer controls Built-in roles, policies, caps, freeze-and-seize, memos, permit Only if coded in; varies across tokens Addressing Factory: 0xB20f…; tokens deterministic, start 0xB200… Arbitrary contract addresses per deployer Audit surface Shared native logic maintained by the chain Each contract is custom and needs its own audit Gas/efficiency Potentially leaner execution via precompile Depends on contract code; often heavier Fees in token Planned on Base roadmap (EIP‑8130 path) Chain-dependent; not standard

For end users, near-term UX should feel familiar: balances, transfers, approvals, spending via permit. The difference is what issuers can do behind the scenes — from predefining allowed counterparties to freezing assets in compliance events. Whether that’s a feature or a red flag depends on your use case.

What did launch week show on-chain?

On day one, B20 mostly turned into a mint cannon for memecoins. DEXTools pulled registry logs from the first ~7 hours after activation and counted roughly 2,000 B20 tokens created. In a 250-token sample, 98.4% used 18 decimals, 64% set total supply to exactly 1,000,000,000, and there were zero genuine stablecoins or RWAs in the set (DEXTools News).

None of that means B20 can’t host serious assets. It just shows what happens when you lower mint friction on a chain that already loves retail flow. Expect noise before signal. Standards tend to get stress-tested by meme traders first, then picked up by more structured projects once the edges are known.

For now, assume most fresh B20 tickers are experiments or outright punts. If you’re allocating, use small sizes, confirm transfer policies aren’t trapping you, and check who holds the issuer roles before you touch a pool.

How should issuers use the B20 toolkit without painting themselves into a corner?

Issuer power cuts both ways. B20 makes it easy to ship guardrails, but misconfigured policies can wreck UX or liquidity. Start with the minimum viable controls and ramp up only when there’s a clear requirement.

• Decide roles early. Map who can mint, pause, set policies, and rotate keys. Document recovery paths.
• Prefer allowlists for pilots, then loosen to blocklists once you’re comfortable with circulation risks.
• Set a supply cap and stick to it. If you’ll raise it later, pre-announce conditions and timelines.
• Use memos sparingly. They’re useful for provenance, but keep private data off-chain.
• Enable permit (ERC‑2612) for smoother DEX flows and fewer failed approvals.

Pro tip: Verify provenance before integration. True B20s minted through the factory come from 0xB20f… and the token address will start 0xB200…. If those two checks fail, treat it as a regular contract token and proceed carefully (Chainstack).

If you’re aiming at regulated use cases, don’t rely on “freeze-and-seize exists” as your whole compliance story. You’ll still need documented procedures, event logs, and disclosures so users understand the circumstances under which you’ll exercise those controls.

What are the risks and trade-offs for holders and developers?

Centralized levers. Freeze-and-seize, blocklists, and role hierarchies can be useful, but they introduce issuer discretion. That’s a problem for censorship-resistance purists and a feature for compliance-minded teams. Either way, investors deserve clear disclosure.

Migration friction. If you’re porting an ERC-20 to B20, there’s no magic “convert” switch. You’ll likely mint a B20 version, set up migration or swap flows, and communicate carefully. Expect double-ticker confusion unless you make the path obvious.

Tooling lag. Selector parity means wallets and indexers should basically work. But specialized features — like reading policy states or listing issuer roles — may need explorer updates. Some analytics and bridges could take a beat to support the B20 factory metadata.

Execution assumptions. Precompiles can reduce custom contract risk and, in some cases, improve efficiency. Still, you’re trusting the chain’s implementation and upgrade process. Read the Base changelog and follow upgrade notes so you’re not surprised by behavioral tweaks (Base — Upgrades changelog).

Infographic of DEXTools’ July 9, 2026 first‑day B20 census — shows ~2,000 tokens created in a ~7‑hour window, 98.4% asset (18‑decimal) variant and 64% with a 1,000,000,000 supply, illustrating the day‑one memecoin surge. — Source: DEXTools News

Will fees in B20 tokens actually arrive, and what would that change?

Base’s roadmap calls out planned B20 enhancements tied to the Cobalt phase, including the ability to pay transaction fees in B20 assets as part of an EIP‑8130 rollout path. It’s listed as a planning entry, not a live feature, but it’s on the official board (Base — Upgrades changelog).

If enabled, fee payment in B20 could soften the classic cold-start problem for new tokens. New users wouldn’t need ETH for gas to move or stake a token; they could pay in the asset itself. That’s great for UX and community growth, but it adds economic design questions around gas pricing, slippage on fee conversions, and abuse vectors. Treat it as a meaningful “watch this space,” not a done deal.

Common Mistakes

1. Not verifying the factory path. If a token doesn’t originate from 0xB20f… and the address doesn’t start 0xB200…, you might be looking at a contract clone. Check event logs and the factory registry before integrating.
2. Assuming immutability. B20’s roles and policies mean controls exist by design. If you require permissionless behavior, read the policy state before buying or providing liquidity.
3. Over-tight transfer rules. Aggressive blocklists or narrow allowlists can trap user funds or kill pool depth. Pilot with small cohorts and monitor revert reasons on transfers.
4. Ignoring permit. Skipping ERC‑2612 means more failed approvals and higher friction. Enable it and make sure your frontends request signatures correctly.
5. Supply optics games. Launching with 1,000,000,000 supply because “that’s what memes do” tells on you. Pick decimals and supply that fit your economics, not a template.
6. Assuming bridges support B20 on day one. Many bridges prioritize standard ERC-20s. Confirm B20 integration before trying to move assets cross-chain.

If you want ongoing coverage of Base upgrades, token standards, and the knocks they take in the wild, we track it closely at Crypto Daily.

Frequently Asked Questions

Can I convert an existing ERC-20 into a B20 without breaking markets?

There’s no in-place conversion. The usual path is to mint a B20 version, set up a swap or migration contract, and communicate a clear cutoff plan. Some teams dual-list during a transition window, but that adds confusion, so keep the overlap short and explicit.

Do B20 tokens work everywhere ERC-20s do?

For basic transfers and approvals, yes — B20 mirrors ERC-20 selectors, so wallets and most dApps treat them as fungible tokens. The issuer-only features are new, so explorers and analytics may need updates to surface policy state or role assignments. Expect that to improve over time.

How do I verify a token is a real B20 and not a lookalike?

Check the provenance. Confirm the mint came from the factory at 0xB20f000000000000000000000000000000000000 and that the token address begins with 0xB200…. Cross-check registry events and avoid tokens that can’t prove a factory origin (Chainstack).

Are transfer memos public, and should I worry about privacy?

Memos are optional metadata. If an issuer enables them, they become part of the token’s on-chain data surface, which is public by default. Don’t include sensitive information; use them for operational breadcrumbs like issuance notes or compliance references.

What happens if an issuer’s admin keys are compromised?

Role-based controls cut both ways. Good setups separate duties and include emergency procedures: freeze suspicious flows, rotate keys, and publish an incident notice. If you hold a token, check whether the issuer has documented recovery steps before you size up exposure.

Can B20 exist outside Base?

B20 is native to Base as a precompile. Other chains would need to implement their own equivalent. You can bridge value or wrap representations to other networks, but those wrappers won’t have Base’s native issuer controls unless the destination chain supports them.

Did launch data imply B20 is only for memes?

No — it implied that mint friction invites experimentation. Early logs showed thousands of quick mints with meme-style parameters and no serious RWAs or stablecoins in a small sample (DEXTools News). Expect more sober use cases as tooling and policy patterns settle.

Disclaimer: This article is provided for informational purposes only. It is not offered or intended to be used as legal, tax, investment, financial, or other advice.

* This article was originally published here