Kraken & Lido Migrate to Chainlink as LayerZero Exodus Surpasses $3B

 

By Abhinav Tewari // May 15, 2026 @ 10:22 AM Make AlphaWire Logo preferred on Google News
Chainlink LayerZero

Share

Points of Focus

  • Kraken fully shifted kBTC and all wrapped assets to CCIP on May 14.
  • Lido chose CCIP for wstETH in Nov 2025, citing stronger security.
  • Post‑KelpDAO exploit, more than $3 billion has moved from LayerZero to CCIP, with additional funds from Lido and Kraken yet to be reported.

 

Kraken announced on May 14 that it has deprecated its existing cross-chain provider (LayerZero) and selected Chainlink CCIP as the exclusive cross-chain infrastructure for Kraken Wrapped Bitcoin (kBTC) and all future Kraken Wrapped Assets. 

 

 

The same day, Lido Finance published the formal rationale for its Network Expansion Committee’s decision, made in November 2025, to adopt CCIP as the official cross-chain standard for Wrapped Staked Ether (wstETH). 

 

 

The two announcements land on the same date, one month after the April 18 KelpDAO exploit drained $292 million from a LayerZero-secured bridge and triggered a systematic review of cross-chain infrastructure across DeFi.

 

Why Kraken chose CCIP

Kraken’s announcement listed four technical criteria that drove the selection. CCIP holds ISO 27001 and SOC 2 Type 2 certifications, as well as the institutional security credentials Chainlink Labs received from Deloitte in April 2026. 

The architecture is secure by default rather than configurable, eliminating the category of risk that materialized in the KelpDAO breach. CCIP routes transactions through 16 independent node operators, distributing validation across a decentralized network rather than concentrating it in a single entity. Native rate limits are built into the protocol, meaning anomalous transaction volumes trigger automatic circuit breakers without requiring custom engineering from the asset issuer.

‘Together, Chainlink and Kraken can help accelerate the global adoption of crypto by unlocking utility and distribution for all Kraken Wrapped Assets across DeFi,’ Kraken wrote. 

 

The Lido rationale

Lido’s post provides the most detailed public comparison of CCIP and LayerZero architecture published by any protocol to date. The Network Expansion Committee identified three categories of concern with LayerZero’s default configuration that CCIP addresses structurally.

  • Decentralization: LayerZero’s default setup uses a 2/2 Decentralized Verifier Network (DVN) configuration, while CCIP uses 16 independent node operators on every bridge lane. The KelpDAO exploit occurred on a LayerZero OFT bridge where the configuration allowed the attacker to exploit the validation setup. The nearly $3 billion in total cross-chain bridge hacks recorded on DefiLlama signify that architectural differences at this level carry material financial consequences.
  • Safeguards: CCIP implements native rate limits per chain lane, combined with extensive off-chain monitoring that can halt lanes during abnormal activity. LayerZero requires asset issuers to engineer these controls as custom extensions. 
  • Sovereignty: CCIP preserves issuer control over all token contracts without requiring CCIP-specific logic inside the token contract itself. LayerZero’s OFT standard embeds protocol-specific logic into token contracts, creating structural vendor lock-in.

Register and unlock all content immediately

Create a free account to get full access to all our content.

 

Total Value Lost in Hacks and Exploits
Total Value Lost in Hacks and Exploits

 

Lido’s wstETH already runs on CCIP across Ethereum, MegaETH, and Monad. The progressive rollout across the remaining supported chains continues in stages, with the migration from canonical bridges replacing the 7-day withdrawal waiting periods those bridges impose with CCIP’s near-instant settlement.

 

The LayerZero migration total

Solv Protocol announced on May 7 that it would migrate more than $700 million in SolvBTC and xSolvBTC from LayerZero to Chainlink CCIP, following its own security review after the KelpDAO exploit. 

KelpDAO simultaneously announced the migration of the rsETH infrastructure to CCIP, along with Tydro and Re Protocol. Kraken’s kBTC and Lido’s wstETH cross-chain TVLs are included in that total, but neither has disclosed a specific dollar figure for the migrating balances.

 

 

The confirmed departure stands at more than $3 billion in assets. The broader movement, encompassing Lido’s entire wstETH multi-chain deployment, Kraken’s full wrapped asset program, and KelpDAO’s rsETH infrastructure, represents a structural shift in which bridge-standard institutional DeFi protocols are treated as the default.

 

The CCIP position after the exodus

Chainlink’s CCIP now secures cross-chain infrastructure for Solv Protocol, KelpDAO, Kraken, and Lido following the LayerZero departures. The same infrastructure underpins the Ondo-Ripple-JPMorgan cross-border tokenized Treasury settlement completed on May 6, the Bermuda Monetary Authority’s embedded supervision solution completed on May 6, and the Fidelity International FILQ on-chain NAV data layer launched on May 13.

LINK traded at $10.59 on May 14, up from $9.91 when the whale accumulation ATH was reported earlier this month, with 282,170 daily active addresses on May 9 confirming the network usage surge Santiment attributed to the Solv Protocol migration. 

 

 

CCIP’s consolidation across both DeFi and regulated financial rails is beginning to resemble a de facto interoperability standard. With multiple institutions now testing cross‑chain settlement primitives in parallel, the next set of integrations may determine whether this momentum becomes structural or remains opportunistic.

Share

Abhinav Tewari

Abhinav is a researcher and author specializing in cryptocurrency, blockchain, and Web3, translating complex protocols into actionable insight for institutions and builders. Drawing on experience across digital marketing, management, and research, he focuses on tokenization, stablecoins and payments, DeFi, and real‑world assets, with rigorous analysis of protocol economics, security, governance, and layer‑2 scalability.

Table of content

Ad

Related Articles