Following the KelpDAO Hack: $40 Billion in Assets Flee LayerZero, Chainlink Emerges as the Primary 'Beneficiary'

marsbitPubblicato 2026-05-19Pubblicato ultima volta 2026-05-19

Introduzione

Following a major security breach in April where KelpDAO's bridge using LayerZero was attacked for approximately $292 million, a significant shift is underway in the cross-chain infrastructure landscape. An estimated $40 billion in assets is in the process of migrating or has already migrated from LayerZero to Chainlink's Cross-Chain Interoperability Protocol (CCIP). The attack exploited a single-point-of-failure vulnerability due to KelpDAO's 1-of-1 validator configuration within the LayerZero network. Attackers corrupted RPC nodes and used DDoS attacks to force the system to rely on compromised nodes, allowing fraudulent messages. While LayerZero acknowledged a serious error in allowing its validator network to service high-value transactions with such a configuration, the incident highlighted critical security risks. This triggered a rapid migration wave. Starting with KelpDAO on May 6th, several major protocols—including Solv Protocol, Re, Tydro, Kraken, and Lombard—announced switching their cross-chain infrastructure exclusively to Chainlink CCIP. The combined value of these migrations is estimated to be around $40 billion. This movement followed earlier major adoptions by Coinbase (in late 2025) and Circle (in early 2024). Market sentiment reflected this shift, with LINK's price showing relative stability while ZRO (LayerZero's token) declined significantly. Data indicates a net outflow of approximately $20.1 billion from the LayerZero network over 30 days. The migr...

Since the cross-chain bridge of KelpDAO suffered an attack of approximately $292 million in April this year, the security landscape of cross-chain infrastructure has been undergoing a dramatic reshuffle. Statistics show that about $40 billion in assets have completed or are in the process of migrating from LayerZero to Chainlink's Cross-Chain Interoperability Protocol (CCIP).

The attack occurred in the early hours of April 19. The attacker invoked a function of the LayerZero Endpoint V2 contract, triggering the KelpDAO bridging contract to release approximately 116,500 rsETH, worth about $292 million. The protocol's emergency pause mechanism subsequently prevented further losses of around $100 million.

Following the attack, LayerZero issued a statement suggesting that the initial assessment pointed to a highly sophisticated state actor, suspected to be TraderTraitor, a subgroup of the North Korean Lazarus Group.

The core of the attack method involved poisoning the RPC nodes relied upon by the LayerZero decentralized validator network and forcing a system failover to already compromised nodes through a DDoS attack, allowing forged messages to pass through. The central point of controversy is that KelpDAO was using a 1-of-1 single validator configuration at the time, which, once exploited, led to a single point of failure.

LayerZero acknowledged that allowing its official validator network to service high-value transactions with a 1/1 configuration was a serious mistake and announced the cessation of signing messages for single validator setups. KelpDAO pointed out that this configuration had appeared as a default setting in LayerZero's deployment code. Regardless of where the responsibility lies, this attack exposed the vulnerability of cross-chain message verification under specific configurations.

A wave of migrations began shortly after. On May 6, the victim, KelpDAO, took the lead in announcing its abandonment of LayerZero, fully transitioning its rsETH cross-chain facilities to Chainlink CCIP, becoming the first major protocol to leave.

Two days later, the Bitcoin staking protocol Solv Protocol switched the cross-chain infrastructure for its SolvBTC and xSolvBTC, with a total value exceeding $700 million, to CCIP, covering all supported routes.

On the same day, the decentralized reinsurance protocol Re also migrated the cross-chain solution for its deposit token reUSD to CCIP, designating it as the sole cross-chain solution. The non-custodial lending protocol Tydro was also among the first batch to migrate.

On May 14, Kraken announced replacing LayerZero with Chainlink CCIP as the exclusive cross-chain service for its wrapped crypto assets, including wrapped Bitcoin kBTC, covering multiple blockchains such as Ink, Ethereum, and Optimism. On the 16th, Lombard announced abandoning LayerZero, migrating over $1 billion worth of Bitcoin-backed assets to CCIP, adopting a burn-and-mint cross-chain token standard.

According to DefiLlama data, if only counting the current total value locked (TVL) of the main DeFi protocols, the combined scale of these five exceeds $3.4 billion. Factoring in institutional wrapped assets, the overall migration scale reaches approximately $4 billion.

Coinbase had already chosen CCIP as the exclusive interoperability provider for all its wrapped assets as early as December 2025, covering assets like cbBTC, cbETH, cbDOGE, cbLTC, cbADA, and cbXRP, with a total market capitalization of about $7 billion at that time. In January 2024, Circle had also integrated with CCIP to support multi-chain transfers of USDC.

The market's reaction to this shift in trust was directly reflected in token price movements.

According to CoinMarketCap data, LINK has risen 2.73% over the past 30 days, trading at $9.6, with a market cap of $6.98 billion, steadily holding the 16th position in the crypto market. In contrast, ZRO fell 22.63% over the same period, trading at $1.34, with a market cap of $434 million, its ranking slipping to 92nd. LayerZero also faces additional pressure from the unlocking of over 25.71 million ZRO tokens on May 20, worth approximately $34.45 million, accounting for 5.07% of the circulating supply.

According to Dune data, the LayerZero network has seen a net outflow of approximately $2.01 billion over the past 30 days.

Behind the influx of protocols lies the significant difference in security architecture between Chainlink CCIP and LayerZero. Chainlink previously announced in April 2024 that CCIP had entered general availability, supporting blockchains like Arbitrum, Base, BNB Chain, and Ethereum.

Chainlink CCIP deeply integrates with the decentralized oracle network, consisting of multiple independent node operators forming an off-chain consensus layer to observe, verify, and report cross-chain events, supplemented by an independent risk management network providing additional monitoring and protection. Its token transfer mechanism includes built-in rate limiting and timelock upgrades, forming a defense-in-depth security model.

According to Dune data, the cumulative cross-chain token transfer value for Chainlink CCIP has exceeded $2 billion. Among them, the decentralized stablecoin GHO and USDC have the highest shares, reaching 22.4% and 20.2%, respectively, corresponding to amounts of approximately $531 million and $481 million.

In contrast, LayerZero employs a highly modular five-layer architecture, completely separating interfaces, validation, and execution, allowing developers to freely combine decentralized validator networks and configure validation thresholds. This design offers high flexibility but also requires application parties to actively choose and maintain security configurations.

The KelpDAO incident cast a spotlight on the fatal flaw of the single validator configuration. Protocols that had chosen the 1/1 configuration at the time accounted for as much as 47%, prompting many projects to quickly turn to CCIP, which defaults to decentralized validation and offers more comprehensive security controls.

On May 9, LayerZero published a letter of apology, acknowledging mishandling communication over the past three weeks and stating that it should have directly explained the situation earlier rather than prioritizing the completion of a post-mortem analysis report.

LayerZero emphasized that the protocol itself was not affected; rather, the internal RPC used by the LayerZero Labs DVN was poisoned by a data source, while external RPC providers suffered DDoS attacks. It admitted that allowing the Labs DVN to service high-value transactions as a 1/1 configuration was a serious error. The official team will soon release an official post-mortem analysis report in collaboration with external security partners.

Domande pertinenti

QWhat triggered the massive migration of approximately $40 billion in assets from LayerZero to Chainlink's CCIP?

AThe migration was triggered by a major security breach on April 19, where the KelpDAO bridge on LayerZero was exploited for roughly $292 million. The attack exposed vulnerabilities, particularly in the single-validator (1-of-1) configuration, leading to a loss of trust and prompting protocols to seek more secure alternatives.

QWhat was the core vulnerability exploited in the KelpDAO attack on LayerZero?

AThe core vulnerability was the use of a single-validator (1-of-1) configuration for message verification. Attackers poisoned the RPC node relied upon by LayerZero's decentralized validator network and conducted a DDoS attack to force the system to fail over to the compromised node, allowing fraudulent messages to be approved.

QWhich major protocols were mentioned as having migrated from LayerZero to Chainlink CCIP following the attack?

AMajor protocols that migrated include KelpDAO (rsETH), Solv Protocol (SolvBTC, xSolvBTC), Re (reUSD), Tydro, Kraken (for wrapped assets like kBTC), and Lombard (for over $1 billion in Bitcoin-backed assets). Coinbase had already selected CCIP in December 2025 for its wrapped assets.

QHow does Chainlink's CCIP security architecture fundamentally differ from LayerZero's approach?

AChainlink CCIP is built on a decentralized oracle network with multiple independent node operators forming an off-chain consensus layer for validating cross-chain events, complemented by a separate Risk Management Network. It features built-in safeguards like rate limits and timelocks. In contrast, LayerZero offers a highly modular architecture that separates interface, verification, and execution, giving developers flexibility to configure their own validator networks and security thresholds, which can introduce risk if not properly managed.

QWhat was the impact of the KelpDAO incident and subsequent migrations on the market value of LINK and ZRO tokens?

AAccording to the article, LINK (Chainlink's token) rose 2.73% over 30 days to $9.6, with a market cap of $6.98 billion. In contrast, ZRO (LayerZero's token) fell 22.63% to $1.34, with its market cap dropping to $434 million and its rank falling to 92nd. LayerZero also faced additional pressure from a token unlock scheduled for May 20.

Letture associate

The Value Distribution of Stablecoins

**Summary: The Value Distribution of Stablecoins** The article argues that stablecoins are evolving from mere trading tools into broader channels for dollar access. It divides the stablecoin ecosystem into four layers to analyze how value is distributed: 1. **Issuance Layer:** Mints stablecoins, holds reserve assets, and captures the spread between reserve yield and user costs (e.g., Tether, Circle). This layer currently earns the largest profit margin. 2. **Infrastructure Layer:** Connects stablecoins to the traditional financial system, handling fiat on/off-ramps, banking integration, compliance (KYC/AML), and asset management (e.g., Bridge, BVNK). This is the "unglamorous" but critical work, building the essential bridges between crypto and real-world finance. 3. **Acquiring/Distribution Layer:** Integrates stablecoins into merchant systems, manages payment flows, and provides enterprise financial software (e.g., Stripe, Coinbase). They act as the access point for businesses. 4. **Application Layer:** The end-users and businesses that ultimately use stablecoins for payments, settlements, or as a store of value. They benefit from convenience but have little pricing power. The core thesis is that while the issuance layer currently dominates profits, the often-overlooked **infrastructure layer holds significant long-term potential**. The real challenge and barrier to mass adoption is not the on-chain transfer of stablecoins (which is simple), but the complex "last mile" integration into existing business workflows, banking systems, and regulatory frameworks across different countries. Companies in this layer are currently in a "land grab" phase, investing heavily to build networks, secure bank partnerships, and establish compliance pathways. While their position is currently pressured by the profitable issuers above and distribution platforms below, the article suggests that if stablecoins become a default financial rail for businesses, the infrastructure providers who have done the hard work of integration will ultimately gain strong pricing power and become entrenched, essential players.

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The Value Distribution of Stablecoins

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The Value Distribution of Stablecoins

The Value Distribution of Stablecoins The article argues that stablecoins are evolving from a mere trading tool into a broad "dollar channel." It analyzes the industry's value chain through four layers: 1. **Issuance Layer (e.g., Tether, Circle):** The top layer that mints stablecoins, holds reserve assets, and captures the thickest interest rate spread. 2. **Infrastructure Layer (e.g., Bridge, BVNK):** Connects stablecoins to the traditional financial system, handling critical but complex "dirty work" like fiat on/off-ramps, banking integration, compliance (KYC/AML), and cross-border settlement. 3. **Acquiring/Distribution Layer (e.g., Stripe, Coinbase):** Embeds stablecoins into merchant systems, manages payment flows, and integrates with enterprise software. 4. **Application Layer:** End-users and businesses that ultimately use stablecoins for payments, settlement, or storing value. The author posits that while the issuance layer currently captures the most profit, the most overlooked and potentially critical layer is infrastructure. The core challenge for stablecoin adoption isn't the on-chain transfer (which is simple), but bridging the gap between blockchain and the real-world financial system. This involves solving practical problems for businesses: fiat conversion, reconciliation, tax handling, and user onboarding. Infrastructure companies are currently in a difficult "land-grab" phase—building networks, securing banking relationships, and achieving compliance country-by-country. They face pressure from both the profitable issuance layer above and distribution platforms below. However, the author suggests this layer is building a crucial moat. Once stablecoins become a default business rail, the infrastructure players who have done the hard work of integration may gain significant, durable value and pricing power.

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The Value Distribution of Stablecoins

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How to Do Research Well: Deliberately Practice the Real Skills That Matter

No one truly teaches you how to do research. You're often given a desk, a pre-selected problem, and vague instructions to "create something new." Consequently, many people reverse-engineer the job based on visible outputs—papers, posts, announcements—learning only how to *appear* like a researcher rather than how to *become* one. True research capability is built from stacking small, trainable skills, nearly all of which can be developed through deliberate practice. **Pick Your Own Problem:** Most researchers absorb problems from advisors or trends, lacking the underlying reasoning. Choosing a problem you genuinely care about, as John Schulman advises, leads to original work. Develop "taste" like a muscle: predict experiment outcomes, guess paper results from methods, and track which findings remain important over time. **Upgrade Your Inputs:** Relying on shared reading lists (arXiv hot lists, filtered group chats) leads to unoriginal conclusions. Undervalued old literature often holds crucial insights (e.g., MoE, LSTM, backpropagation). Richard Sutton's "The Bitter Lesson" or Claude Shannon's 1952 talk on creative thinking are more predictive than lengthy modern surveys. Breadth matters as much as depth: draw from neuroscience, mechanism design, hardware knowledge, and honest statistics. Read papers directly, especially appendices and limitations sections. **Write Everything Down:** As Paul Graham noted, writing exposes flaws in seemingly mature ideas. Writing is the cheapest defense against self-deception. Following Feynman's principle, Darwin programmatically wrote down facts contradicting his theory to combat memory bias. Maintain a detailed log of hypotheses, setups, predictions, results, and updated understandings. Reviewing past logs fosters essential humility.

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How to Do Research Well: Deliberately Practice the Real Skills That Matter

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