DePIN Explained: Earning Passive Income with Infrastructure
DePIN (Decentralized Physical Infrastructure Networks) is a rapidly growing sector in crypto that allows individuals to earn passive income by contributing real-world physical resources—like sensors, wireless hotspots, storage space, or computing power—to decentralized networks. Instead of relying on centralized corporations, DePIN leverages blockchain to coordinate, reward, and verify contributions from participants worldwide. This guide breaks down how DePIN works, key concepts, pro tips, and how you can start earning today.
Key Concepts
- Physical Infrastructure Nodes: Devices or hardware (e.g., Helium hotspots, Filecoin miners, Hivemapper dashcams) that provide real-world services like connectivity, data storage, or mapping.
- Token Incentives: Contributors earn native tokens as rewards for providing infrastructure. These tokens can be traded, staked, or used within the network.
- Proof of Contribution: A consensus mechanism that verifies a node is actually providing the promised service (e.g., proof of coverage for wireless networks, proof of storage for file networks).
- Decentralized Governance: Token holders vote on network upgrades, fee structures, and resource allocation, ensuring community control.
- Passive Income Streams: Once set up, many DePIN nodes require minimal maintenance, generating ongoing rewards similar to mining or staking.
Pro Tips
- Start with low-cost, user-friendly projects like Helium (IoT hotspots) or Hivemapper (dashcams) to understand the mechanics before scaling.
- Research tokenomics: Look for projects with sustainable reward schedules, strong demand for the service, and a clear use case.
- Consider location: Some DePIN networks (e.g., wireless coverage) reward nodes in underserved areas more heavily.
- Factor in hardware costs, electricity, and internet bandwidth—calculate ROI realistically before investing.
- Join community channels (Discord, Telegram) to get setup tips, troubleshooting help, and early updates on token incentives.
FAQ Section
What is DePIN in simple terms?
DePIN is a way for people to earn crypto by sharing real-world resources like internet hotspots, storage space, or camera footage on a blockchain network.
How much can I earn from DePIN?
Earnings vary widely by project, hardware cost, location, and network demand. Some users report $50–$500/month per node, but always do your own research.
Do I need technical skills to start?
Most DePIN projects are designed for non-technical users. Setup often involves plugging in a device and following a mobile app guide.
Is DePIN safe and legitimate?
Many DePIN projects are legitimate and backed by venture capital, but scams exist. Stick to well-known projects with transparent teams and active communities.
Can I run multiple DePIN nodes?
Yes, many users run multiple nodes to scale earnings. Just ensure you comply with each project’s rules (e.g., no overlapping coverage areas).
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You might also be interested in reading about How to Participate in Governance Proposals (DAOs): A Complete Guide.
Conclusion
DePIN represents a paradigm shift in how infrastructure is built and owned—shifting power from corporations to individuals. By contributing physical resources, anyone can earn passive income while supporting decentralized networks. Start small, research thoroughly, and join communities to maximize your success. The future of infrastructure is decentralized, and you can be part of it today.
From Wall Street to Your Wallet: Why Real World Assets (RWA) Are the Next Big Crypto Trade
Imagine being able to trade a piece of a Manhattan skyscraper, a rare Picasso painting, or a barrel of oil – all from your crypto wallet. That’s the promise of Real World Assets (RWA) tokenization, and it’s rapidly becoming one of the most exciting trends in crypto. For traders, this isn’t just a tech upgrade; it’s a whole new asset class with unique opportunities.
How It Works
RWA tokenization is the process of creating a digital token (usually on a blockchain like Ethereum or Polygon) that represents ownership or rights to a physical or traditional financial asset. Think of it like a digital deed. Instead of buying an entire building, you can buy 1,000 tokens that represent 0.1% ownership of that building. The actual asset is held by a custodian, while the token circulates freely on-chain.
The Setup
For traders, the setup is surprisingly simple. You don’t need to become a real estate agent or art collector. Here’s how to approach it:
1. Identify the RWA platforms: Look for protocols like Ondo Finance, Centrifuge, or Maple Finance. These are the marketplaces where tokenized assets are listed.
2. Focus on yield-bearing assets: The most popular RWAs are US Treasury bills (like Ondo’s OUSG) and private credit. These offer stable yields (often 5-10%) that are paid out in stablecoins or the token itself.
3. Trade the liquidity pools: Many RWAs are paired with stablecoins (e.g., OUSG/USDC). You can trade these pairs, taking advantage of price fluctuations caused by demand for yield.
4. Look for arbitrage: Because RWAs are priced off-chain (based on the real asset’s value), but traded on-chain, small pricing discrepancies can occur. This creates quick arbitrage opportunities for sharp-eyed traders.
Risk Management
RWA tokenization is not without its risks, and as a trader, you must respect them:
- Counterparty Risk: The token is only as good as the custodian holding the real asset. If the custodian fails, the token can become worthless. Stick with well-audited, established platforms.
- Regulatory Risk: Governments are still figuring out how to regulate tokenized assets. A sudden law change could freeze or devalue tokens. Diversify across jurisdictions.
- Liquidity Risk: Some RWA tokens have thin order books. Avoid placing large market orders; use limit orders and check the trading volume first.
- Smart Contract Risk: Even though the asset is real, the token is code. A bug in the smart contract could lead to a hack. Only use protocols that have undergone multiple security audits.
- Don’t over-leverage: RWAs are often seen as “safer” because they’re backed by real things. This can lead to complacency. Treat them like any other volatile crypto asset – never risk more than you can afford to lose.
Conclusion
Real World Assets are bridging the gap between traditional finance and the crypto world, offering traders a unique blend of stability and innovation. By understanding the mechanics, focusing on yield-bearing tokens, and managing the distinct risks, you can position yourself ahead of the curve. The future of trading isn’t just digital – it’s real.
Restaking Explained: EigenLayer and Beyond – The Ultimate Guide to Crypto Yield Amplification
Introduction
Restaking is one of the most transformative innovations in decentralized finance (DeFi) since liquid staking. By allowing users to reuse staked ETH (or other proof-of-stake assets) to secure additional networks and services, restaking unlocks new layers of yield and capital efficiency. This guide explains how restaking works, highlights the pioneering EigenLayer protocol, and explores the broader restaking ecosystem—including emerging alternatives and risks you need to know.
Key Concepts
What Is Restaking?
Restaking is the process of taking an already staked asset (e.g., stETH or ETH) and reusing it as collateral to secure other protocols, known as Actively Validated Services (AVSs). In return, restakers earn additional rewards on top of their base staking yield. This concept was popularized by EigenLayer, which acts as a middleware layer on Ethereum.
How EigenLayer Works
EigenLayer introduces a marketplace where restakers delegate their staked ETH to operators who run AVS nodes. Operators validate transactions or provide data for services like bridges, oracles, and sidechains. If an operator misbehaves, the restaked ETH can be slashed (penalized), ensuring economic security. Restakers earn fees from AVSs plus potential EigenLayer token incentives.
Beyond EigenLayer: The Restaking Ecosystem
While EigenLayer is the dominant player, other protocols are emerging:
- Symbiotic – A permissionless restaking protocol supporting multiple assets and custom slashing conditions.
- Karak – A multi-chain restaking layer focusing on cross-chain security.
- Renzo – A liquid restaking token (ezETH) that simplifies participation.
- Puffer Finance – Combines native restaking with anti-slashing technology.
Risks to Consider
- Slashing risk – If the operator you delegate to is faulty, you lose a portion of your stake.
- Smart contract risk – Bugs in EigenLayer or AVS contracts can lead to loss of funds.
- Liquidity risk – Restaked assets may have withdrawal delays or limited secondary market depth.
- Concentration risk – Over-reliance on a single restaking protocol can amplify systemic failures.
Pro Tips
- Diversify operators – Spread your stake across multiple reputable operators to reduce slashing impact.
- Use liquid restaking tokens (LRTs) – Tokens like ezETH or rsETH provide liquidity while earning restaking rewards.
- Monitor AVS health – Check AVS performance and community trust before delegating.
- Start small – Test restaking with a small amount to understand the mechanics and withdrawal timelines.
- Stay updated – Restaking is evolving rapidly; follow EigenLayer’s blog and security audits.
FAQ Section
What is the difference between staking and restaking?
Staking locks tokens to secure a single blockchain (e.g., Ethereum) and earn rewards. Restaking reuses those same staked tokens to secure multiple additional services (AVSs), earning extra rewards but also taking on extra slashing risk.
Is restaking safe?
Restaking carries higher risk than standard staking due to slashing from AVS misbehavior and smart contract vulnerabilities. However, using reputable operators and LRTs can mitigate some risks. Always do your own research.
Can I restake any cryptocurrency?
Currently, restaking is primarily available for ETH and liquid staking derivatives (stETH, rETH). Some protocols like Symbiotic are expanding to other assets, but Ethereum remains the dominant ecosystem.
How do I start restaking on EigenLayer?
You need ETH or a liquid staking token. Visit the EigenLayer app, connect your wallet, deposit your assets, and choose an operator to delegate to. You can also use LRT platforms like Renzo or Puffer for a simpler experience.
What are liquid restaking tokens (LRTs)?
LRTs are tokens that represent your restaked position, allowing you to trade or use them in DeFi while still earning restaking rewards. Examples include ezETH (Renzo) and rsETH (Kelp DAO).
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You might also be interested in reading about Evil Twin WiFi Attacks Explained: A Complete Guide to Crypto Security.
Conclusion
Restaking through EigenLayer and its competitors represents a paradigm shift in capital efficiency for proof-of-stake networks. By reusing staked assets to secure multiple services, users can amplify yields while contributing to a more interconnected and secure crypto ecosystem. However, the added complexity and slashing risks demand careful research and risk management. As the restaking landscape matures, it will likely become a cornerstone of DeFi infrastructure—but for now, proceed with caution, diversify, and stay informed.
Identity on Chain: KYC and Compliance in DeFi
Real World Assets (RWAs) — tangible or intangible assets like real estate, bonds, commodities, and credit — are being tokenized on blockchain networks. This process bridges Traditional Finance (TradFi) and Decentralized Finance (DeFi), enabling fractional ownership, 24/7 liquidity, and transparent on-chain records. However, the key friction point remains identity verification. Off-chain, identity is verified through centralized KYC (Know Your Customer) checks; on-chain, identity must be portable, privacy-preserving, and compliant with regulations such as AML (Anti-Money Laundering) and securities laws. This guide explores how KYC and compliance are evolving in DeFi to unlock institutional-grade RWA adoption.
How KYC and Compliance Work On-Chain
The technical process for compliant RWA tokenization involves several layers:
- Tokenization: An asset is legally wrapped in a Special Purpose Vehicle (SPV) or trust, then represented by a digital token on a blockchain.
- Oracle Integration: Oracles feed off-chain data (e.g., asset valuations, identity attestations) onto the chain.
- Identity Oracles & Verifiable Credentials: Users submit KYC documents to a regulated issuer. The issuer issues a zero-knowledge proof (ZKP) or a soulbound token (SBT) that proves compliance without revealing personal data. Smart contracts then gate access to tokenized assets based on these credentials.
- On-Chain Compliance: Smart contracts can enforce whitelists, transfer restrictions, and investor accreditation checks automatically. For example, a tokenized bond may only allow transfers to addresses holding a valid KYC attestation.
Reports from BlackRock and data from RWA.xyz show that institutional demand for compliant on-chain identity is surging, as it reduces settlement risk and enables direct participation in DeFi yields.
Investment Analysis: Pros, Cons, and Risks
Pros:
- Fractional Ownership: Investors can buy small slices of high-value assets like real estate or private credit.
- 24/7 Liquidity: Secondary trading on decentralized exchanges (DEXs) provides continuous liquidity.
- Transparency: All transactions and asset provenance are recorded immutably.
Cons & Risks:
- Regulatory Uncertainty: Jurisdictions differ on how to classify tokenized assets (securities vs. commodities).
- Smart Contract Risk: Bugs in identity or compliance contracts can lead to loss of funds or privacy breaches.
- Privacy vs. Compliance Trade-off: On-chain KYC can expose user data if not implemented with zero-knowledge proofs.
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Investors often compare this to Gold-Backed Cryptos vs Physical Gold: Pros and Cons.
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FAQ Section
Question: What is on-chain KYC and how does it differ from traditional KYC?
Answer: On-chain KYC uses verifiable credentials (e.g., zero-knowledge proofs) stored on a blockchain to prove identity without revealing sensitive data. Traditional KYC relies on centralized databases and manual checks. On-chain KYC is portable across DeFi protocols and reduces duplication of verification efforts.
Question: Are tokenized RWAs considered securities?
Answer: In most jurisdictions, tokenized RWAs that represent ownership in an SPV or underlying asset are classified as securities. This subjects them to securities laws, including registration and investor accreditation requirements. Compliance frameworks like the SEC’s Regulation D or the EU’s MiCA are commonly applied.
Question: How do smart contracts enforce compliance?
Answer: Smart contracts can include whitelists of approved addresses, transfer restrictions (e.g., only accredited investors), and automatic reporting to regulators. They can also integrate with identity oracles that verify KYC status before allowing trades or yield distribution.
Conclusion
Identity on chain is the critical infrastructure for scaling Real World Assets in DeFi. While regulatory and technical challenges remain, the combination of verifiable credentials, zero-knowledge proofs, and automated compliance is unlocking institutional capital. Investors should prioritize platforms that offer robust KYC integration and transparent asset backing. As the ecosystem matures, compliant identity will become the standard for all tokenized assets.
Arthur Hayes-Linked Wallet Sells HYPE at $54, Buys Back at $62 After $150 Call
May 25, 2026 — A wallet linked to Bitmex co-founder Arthur Hayes sold 115,453 HYPE tokens at $54.81 each, then repurchased 85,714 tokens at $62.69 — executing a sell-low, buy-high sequence days after Hayes publicly called for a $150 price target on the token.
Immediate Details & Direct Quotes
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Onchain tracking firm Lookonchain identified the wallet activity on May 23, when the Hayes-linked address deposited $6.33 million worth of HYPE into Bybit. The deposit was confirmed as a sale at an average price of $54.81 per token.
The same wallet later withdrew 85,714 HYPE worth $5.37 million from Bybit at $62.69 per token — roughly $8 more per token than the earlier sale. The buyback occurred approximately three hours before Lookonchain published its investigation.
Hayes has not publicly confirmed the wallet attribution, which is based on analyst clustering methodology. In a widely read essay earlier this year, Hayes named Hyperliquid as his “highest-conviction position” and set a $150 price target for HYPE by August 2026.
Market Context & Reaction
HYPE’s performance has validated parts of Hayes’ bullish thesis. The token hit an all-time high of $64.24 on May 24, with 24-hour trading volume exceeding $1.2 billion. The Hyperliquid platform processed over $176 billion in 30-day trading volume, with open interest surpassing $8 billion.
The network generated over $896 million in revenue over the past 12 months, placing it among the most profitable DeFi protocols. Hayes has argued that Hyperliquid’s revenue model — directing approximately 97% of trading fees toward buying back HYPE from the open market — makes it “the most capital-efficient token in decentralized finance.”
The wallet attributed to Hayes also holds a 504.4 BTC long position worth approximately $38.9 million and a 57,460 ZEC short currently at a loss, indicating broad multi-asset exposure.
Background & Historical Context
Hayes’ involvement with Hyperliquid has been closely watched by traders since his bullish essay publication. The wallet activity sparked questions when Lookonchain flagged the initial $6.33 million deposit to Bybit on May 23, particularly given Hayes’ recent $150 price call.
The broader HYPE short landscape remains active. Bitcoin.com News reported last week that a Hyperliquid trader known as Loracle continues to defend a $103 million HYPE short position as prices climb toward a liquidation level near $69.90.
What This Means
The sell-low, buy-high sequence from a Hayes-linked wallet introduces uncertainty around one of crypto’s most vocal HYPE bulls. Traders may question whether the wallet activity reflects Hayes’ personal strategy or belongs to another entity entirely.
HYPE’s path toward Hayes’ $150 August target faces resistance near the $64.24 all-time high, with the Loracle short position representing a potential whale-level challenge. The token’s strong revenue generation and buyback mechanism provide fundamental support, but wallet-linked selling pressure could dampen near-term momentum.
The broader DeFi derivatives sector continues showing strength, with Hyperliquid maintaining its position among top-performing protocols. Whether the Hayes-linked wallet’s buyback signals renewed conviction or a tactical entry remains unclear without direct confirmation.
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Stop Loss Placement Strategies: How to Protect Your Crypto Without Getting Whipsawed
You’ve done your research. You’ve picked your entry. You hit buy and watch the green candles climb. Then, without warning, the market reverses and your trade turns red. Panic sets in. Do you hold? Do you cut losses? This is where a solid stop loss strategy separates the disciplined trader from the gambler.
A stop loss isn’t just a safety net—it’s your most powerful risk management tool. But the key is knowing where to place it. Place it too tight, and you’ll get stopped out by normal market noise. Place it too wide, and you risk losing more than you planned. Let’s break down the most effective stop loss placement strategies for crypto traders.
How It Works
At its core, a stop loss is an order that automatically sells your position when the price hits a predetermined level. It limits your downside and removes emotion from the equation. But the trick is choosing a level that gives your trade room to breathe while still protecting your capital.
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The Setup
Here are three proven strategies for placing your stop loss:
1. Support and Resistance Levels
Look for key support levels below your entry. These are areas where the price has historically bounced. Place your stop just below the nearest significant support. This gives the trade room to dip without triggering a premature exit. For example, if Bitcoin is trading at $30,000 with support at $29,500, set your stop at $29,400.
2. Moving Average Trailing Stop
Use a moving average (like the 20 EMA or 50 SMA) as a dynamic stop. As price moves in your favor, trail the stop just below the moving average. This locks in profits while staying flexible. In strong trends, this keeps you in the trade longer.
3. Percentage-Based Stop
Set a fixed percentage below your entry based on your risk tolerance. Common ranges are 1-3% for day trading and 5-10% for swing trades. For example, if you buy at $100 and set a 5% stop, your stop is at $95. Simple, but effective when combined with volatility analysis.
Risk Management
Your stop loss is only as good as your position size. Never risk more than 1-2% of your total portfolio on a single trade. If your stop is wide, reduce your position size to keep the dollar amount at risk consistent. Also, avoid placing stops at obvious round numbers (like $30,000 exactly), as these are magnets for market makers. Instead, go a few dollars below to avoid being picked off.
Remember: a stop loss doesn’t guarantee execution at your exact price in volatile markets. Use limit stops or consider using a wider stop if you’re trading low-liquidity altcoins.
Conclusion
Stop loss placement is both an art and a science. It requires practice, backtesting, and a clear understanding of market structure. Start with one strategy—like support-based stops—and refine as you gain experience. The goal isn’t to avoid losses entirely, but to keep them small and manageable. Protect your capital, stay disciplined, and let your winners run. Your future trader self will thank you.
Stablecoin Yield Strategies: Low Risk Farming
Stablecoin yield farming offers a way to earn passive income on your crypto holdings without the extreme volatility of the broader market. By lending, staking, or providing liquidity with stablecoins like USDT, USDC, or DAI, you can generate consistent returns while minimizing price risk. This guide covers the safest strategies, key concepts, and expert tips to help you get started.
Key Concepts
- Liquidity Pools: Pools of tokens locked in a smart contract that facilitate trading. Stablecoin pools (e.g., USDC/DAI) are low-risk because both assets maintain a stable value.
- Yield Farming: The process of depositing crypto into DeFi protocols to earn rewards, often in the form of governance tokens or trading fees.
- Impermanent Loss: A temporary loss in value when providing liquidity to a volatile pair. Stablecoin pairs minimize this risk since both tokens are pegged to $1.
- APY vs APR: APY (Annual Percentage Yield) includes compounding, while APR (Annual Percentage Rate) does not. For stablecoins, APY is typically 2%–15% on reputable platforms.
- Audited Protocols: Platforms that have undergone third-party security audits to reduce smart contract risk. Always prioritize audited protocols.
Pro Tips
- Start with a small amount to test the withdrawal process and understand the platform’s interface.
- Diversify across multiple protocols (e.g., Aave, Compound, Curve) to reduce platform-specific risk.
- Monitor gas fees—on Ethereum, high fees can eat into small yields. Consider L2 solutions like Arbitrum or Optimism.
- Check the protocol’s total value locked (TVL) as a proxy for trust and liquidity.
- Reinvest rewards regularly to compound your returns, but watch for gas costs.
FAQ Section
What is the safest stablecoin yield strategy?
Lending stablecoins on established platforms like Aave or Compound is considered safest, with yields typically between 2%–5% APY. These protocols are audited, have high TVL, and offer insurance options.
Can I lose money with stablecoin farming?
Yes, risks include smart contract bugs, protocol insolvency, or de-pegging events. However, using audited, blue-chip protocols and sticking to major stablecoins (USDC, USDT, DAI) greatly reduces risk.
How do I start yield farming with stablecoins?
First, acquire stablecoins on a centralized exchange (like Bitget) or a DEX. Then, connect a non-custodial wallet (e.g., MetaMask) to a DeFi platform, approve the token, and deposit into a lending pool or liquidity pool.
What are the best platforms for stablecoin yield?
Top platforms include Aave, Compound, Curve Finance, and Yearn Finance. For higher yields, consider Convex Finance or Beefy Finance, but be aware of additional risks.
Conclusion
Stablecoin yield farming is an excellent way to earn passive income with lower risk than volatile crypto assets. By focusing on audited protocols, diversifying your deposits, and staying informed about gas fees and platform updates, you can build a steady stream of returns. For more details on this, check out our guide on The Ichimoku Cloud: Your All-in-One Trading Dashboard. You might also be interested in reading about Cold Storage vs Hot Wallets: Which Should You Choose?. Remember to always do your own research and never invest more than you can afford to lose.
BlackRock BUIDL: Institutional Crypto Entry Guide
BlackRock’s BUIDL fund marks a pivotal moment for Real World Assets (RWAs) on blockchain. This guide explains how institutional money is entering crypto through tokenized assets, bridging TradFi and DeFi.
What Are Real World Assets (RWAs)?
RWAs are tangible or intangible assets—like real estate, bonds, commodities, or credit—that are tokenized on a blockchain. The key difference between off-chain and on-chain assets is that off-chain assets (e.g., a physical bond) require traditional settlement, while on-chain assets enable fractional ownership, 24/7 liquidity, and transparent record-keeping. BlackRock’s BUIDL fund tokenizes U.S. Treasury bills, offering a low-risk yield on-chain.
How It Works: The Technical Process
The tokenization process involves several steps:
- Asset Selection: An issuer like BlackRock selects a real-world asset (e.g., Treasury bills).
- SPV Creation: A Special Purpose Vehicle (SPV) legally holds the asset, isolating it from the issuer’s balance sheet.
- Tokenization: The SPV issues digital tokens on a blockchain (e.g., Ethereum) representing ownership fractions.
- Oracle Integration: Oracles feed real-time asset prices and yields to the blockchain, ensuring accurate data.
- On-Chain Trading: Investors buy/sell tokens on decentralized or centralized exchanges, benefiting from liquidity and transparency.
Investment Analysis: Pros, Cons, and Risks
BlackRock’s BUIDL offers several advantages:
- Pros: Institutional-grade security, low volatility (T-bill backed), fractional access, and 24/7 liquidity.
- Cons: Lower yields than DeFi protocols, reliance on traditional custody, and limited DeFi composability.
- Risks: Regulatory changes (SEC classification), smart contract bugs, and oracle failure. For a broader market view, check out our analysis on The Hidden Power of Support and Resistance Flips: How Smart Traders Profit from Role Reversals.
Investors often compare this to Using Etherscan: Tracking Whales and Verifying Transactions – A Complete Guide.
Tool Recommendation: Where to Trade RWA Tokens
Low fees are crucial for this strategy. We recommend MEXC for trading RWA tokens like BUIDL or similar tokenized assets. MEXC offers competitive fees and a wide selection of RWA-related pairs. Start trading on MEXC here.
FAQ Section
Question 1: What is BlackRock BUIDL?
Answer: BUIDL is a tokenized money market fund from BlackRock that invests in U.S. Treasury bills, offering a stable yield on-chain.
Question 2: How does BUIDL differ from stablecoins?
Answer: BUIDL generates yield (currently ~5% APY) from T-bills, while stablecoins like USDC are non-yield-bearing unless lent out.
Question 3: What are the risks of tokenized RWAs?
Answer: Key risks include regulatory uncertainty, smart contract vulnerabilities, and reliance on oracles for accurate pricing.
Conclusion
BlackRock’s entry into crypto via BUIDL validates the RWA thesis: institutional money is flowing on-chain. While risks remain, the blend of TradFi security and DeFi efficiency makes this a compelling asset class for both retail and institutional investors. Final verdict: cautiously bullish.
Vitalik Buterin Reveals 90% Net Worth in ETH During Foundation Restructuring
May 24, 2026 — Ethereum co-founder Vitalik Buterin disclosed that approximately 90% of his personal net worth is held in ETH, as he outlined major structural changes for the Ethereum Foundation (EF). Buterin announced the EF will transform into a leaner, more focused organization prioritizing censorship resistance, privacy, and open infrastructure over broad market pursuits.
Immediate Details & Direct Quotes
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Buterin detailed on May 24, 2026, that the Ethereum Foundation currently holds only 0.16% of all ETH supply, a fraction compared to rival blockchain foundations that typically hold between 10% and 50% of native tokens. The co-founder emphasized the foundation was never designed as a permanent steward, noting its original mandate to build Ethereum’s core software concluded with the Serenity upgrade in 2022.
“One organization choosing to hold a different standard matters more when the rest of the industry is drifting in the other direction,” Buterin wrote on X, explaining why the EF must resist mainstream corporate pressures. He drew comparisons to Google’s shift away from its idealistic roots, stating he would have pressed a button in 2008 to make the company “two standard deviations more principled.”
The foundation’s new scope will concentrate exclusively on activities critical to Ethereum’s function as a censorship-resistant, private, and open system. Buterin confirmed that some respected contributors and technically aligned teams will move outside the EF structure, calling this necessary for attracting outside capital.
Market Context & Reaction
Buterin mentioned that Ethereum secures $250 billion in value, with the remaining $40 million of his net worth allocated to onchain fiat for open-source biotech, software, and hardware projects. He called on other organizations holding more ETH than the foundation to support the asset’s market position, noting this falls outside the EF’s new scope.
The restructuring comes amid what Buterin described as productive efficiency gains throughout 2025. He acknowledged criticism that the foundation’s actions didn’t reflect the decentralization and privacy values he publicly champions, stating that the most critical voices carried the most weight in shaping this direction.
Board member Aya Miyaguchi is leading the operational transition, while Buterin confirmed his own board influence will continue to decrease — an outcome he explicitly supports.
Background & Historical Context
The Ethereum Foundation has historically operated as a central node in the ecosystem, funding development and community grants. The EF recently began converting 5,000 ETH into stablecoins using Cowswap’s TWAP mechanism to support operations and grants, signaling a shift toward more sustainable treasury management.
Buterin emphasized that the foundation is “one node with a defined purpose, not a center of gravity for the entire network.” The new direction prioritizes longevity over breadth, with Buterin describing the organization as a “smaller ship, more opinionated, built to last longer.”
On the technical front, Buterin called for AI-assisted formal verification to make Ethereum provably bug-free within months — a target he said was “impossible six months ago but is now within reach.” He also highlighted available chain consensus as a property only Ethereum and Bitcoin share, offering fault tolerance under asynchrony and protection against attackers controlling up to 49% of nodes.
What This Means
The restructuring signals a return to Ethereum’s foundational principles at a time when the broader crypto industry faces increasing regulatory scrutiny and mainstream adoption pressures. Buterin argued these goals are compatible with high transaction throughput, lower slot times, and well-designed layer-2 networks built for specific applications.
A third priority — intermediary minimization — aims to let users and protocols send transactions directly to the chain without third-party routing. This could reshape how decentralized applications interact with the base layer.
The foundation’s new long-term structure should stabilize over the coming months. For ETH holders and ecosystem participants, the shift suggests the EF will step back from broad market influence while doubling down on core technical guarantees that differentiate Ethereum from competitors.
As with all crypto developments, readers should conduct their own research and understand that this article does not constitute financial advice.
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How to Bridge Assets Across Blockchains Safely: A Complete Guide for 2025
Bridging assets across blockchains is an essential skill for any crypto user who wants to move tokens between networks like Ethereum, BNB Chain, Polygon, or Solana. However, bridges are also prime targets for hacks and user errors. This guide covers everything you need to know to bridge safely, avoid common pitfalls, and protect your funds.
Key Concepts
- Blockchain Bridge: A protocol that allows you to transfer tokens or data from one blockchain to another. Bridges lock tokens on the source chain and mint equivalent tokens on the destination chain.
- Wrapped Tokens: Tokens representing an asset from another chain (e.g., wETH on Polygon is wrapped Ethereum). Always verify the official contract address.
- Trustless vs. Custodial Bridges: Trustless bridges use smart contracts and validators; custodial bridges rely on a centralized entity. Trustless is generally safer but still carries smart contract risk.
- Gas Fees: You need native tokens (e.g., ETH, BNB, MATIC) on both chains to pay for transactions. Running out of gas mid-bridge can lock your funds.
- Slippage & Liquidity: Some bridges use liquidity pools. If liquidity is low, you may get a worse rate or the transaction may fail.
Pro Tips for Safe Bridging
- Always double-check the bridge URL. Phishing sites are common. Bookmark official bridge links.
- Start with a small test transaction. Send a tiny amount first to ensure the bridge works and you have the correct destination address.
- Verify contract addresses. Use block explorers (Etherscan, BscScan) to confirm you are interacting with the official bridge contract.
- Check bridge security history. Avoid bridges that have been exploited in the past. Use tools like DeFiLlama or DefiSafety to review audits.
- Never share your private keys or seed phrase. No legitimate bridge will ever ask for them.
- Be aware of bridge downtime. Some bridges pause during high traffic or upgrades. Check their status page before bridging large amounts.
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FAQ Section
What is the safest blockchain bridge?
There is no single safest bridge, but widely used bridges like Across, Stargate, and Synapse have strong security records. Always check recent audits and community feedback.
How long does a bridge transaction take?
It depends on the chains and bridge. Some bridges complete in minutes (e.g., Arbitrum to Ethereum), while others may take 15–30 minutes. Always check the estimated time before confirming.
Can I lose my funds when bridging?
Yes, if you send to the wrong address, use a malicious bridge, or if the bridge is exploited. Always test with a small amount first.
Do I need native tokens on both chains?
Yes. You need the native gas token (e.g., ETH on Ethereum, BNB on BNB Chain) on both the source and destination chains to pay for transactions.
What is a wrapped token?
A wrapped token is a representation of an asset from another blockchain. For example, wBTC is Bitcoin wrapped on Ethereum. Always verify the official contract address to avoid scams.
Conclusion
Bridging assets across blockchains opens up a world of DeFi opportunities, but safety must come first. Always verify URLs, start with small test transactions, and use well-audited bridges. Stay informed about the latest security threats and never rush a transfer. For more details on this, check out our guide on Master the RSI Divergence Strategy: Catch Reversals Before the Crowd. You might also be interested in reading about Missouri AG Sues Coinflip, Alleges 21.9% Hidden Fees on Bitcoin ATMs.