Institutional Ethereum staking shifts as Kiln reaches AUM milestone

Institutions moved 34% of their Ethereum staking to Kiln’s white-label validator infrastructure this month. This movement follows a $4.2 billion AUM milestone for the provider. Kiln manages over $18 billion in delegated assets across 30+ blockchain networks. The company runs more than 4% of the Ethereum network using multi-client, multi-cloud, and multi-region infrastructure. This migration involves a broad range of institutional participants including asset managers, custodians, exchanges, wallets, and corporate treasuries. The shift targets the 34M ETH currently held in the Beacon Chain deposit contract, which holds $73 billion in staked assets. Kiln’s batch deposit contract is a thin layer on top of the Beacon Chain deposit contract that optimizes gas for these large-scale movements.

Security separation and custody independence

Security standards at Kiln include SOC2 Type II certification. This certification includes 24/7 monitoring, smart contract audits, pentests, and bug bounties. This framework allows for a strict separation from Coinbase’s cbETH custody concentration. While Coinbase Prime is a custody provider, Kiln allows clients to maintain control through Fireblocks, BitGo, Ledger Enterprise, Anchorage, and others. Assets remain under the client’s control at all times. You should know that Kiln never has access to user assets because users only delegate the rights to validate the blockchain.

The Kiln Dashboard provides real-time visibility across assets, networks, and strategies. Clients monitor performance and track rewards through this interface. Users also import positions held with other providers to maintain a single view. The system allows the export of audit-ready reports for accounting and risk management purposes. Role-based permissions allow teams to manage access across various funds, entities, or client accounts. To protect these operations, Kiln uses Amazon Web Service’s Key Management System to manage encryption keys via hardware security modules. Customer login data is stored in Auth0, while analytics information is held in Segment and Mixpanel. Public wallet addresses reside in AWS database services.

Infrastructure resilience and validator decentralization

The technical architecture of Kiln relies on three availability zones to prevent failure. If one availability zone fails, the company moves resources to the remaining two. Kiln maintains its infrastructure as code and stores it in a version-controlled Git system, which allows the team to rebuild the entire platform quickly in the event of a complete regional cloud failure. This setup provides a different decentralization profile than Figment, which is a decentralized attestor node for CBTC. Kiln also is a decentralized attestor node for CBTC. On the Canton Network, Kiln runs three active validator nodes and is a Super Validator and CBTC attestor. This role includes native integrations into Copper and Dfns custody.

To prevent slashing, Kiln uses a canary deployment method for Ethereum client node updates. The process involves testing on five nodes, then ten, and then one hundred nodes before a mainnet rollout. The process for Ethereum validator exits is complicated because the validator private key is held by Kiln, requiring users to retrieve pre-signed messages to exit unilaterally. However, customers retrieve pre-signed exit messages via the Kiln API to exit validators unilaterally at any time. Will other infrastructure providers adopt similar multi-cloud redundancy to match this level of resilience?

Enterprise integration and staking specifications

The platform is designed to make onchain yield compatible with institutional reporting standards. Asset managers such as VanEck, 21Shares, and CoinShares use the platform to add yield to their portfolios. Major platforms like Ledger, Crypto.com, and Trust Wallet use the white-label functionality. The system allows for dedicated or pooled staking, with or without LST.

The following table outlines the specific technical and operational parameters of the Kiln staking infrastructure:

The infrastructure supports the growing needs of the industry by providing a unified platform for accessing staking across many networks through a single API integration. Because the platform allows for customisable ETH staking, institutions can build strategies to attract new capital without building complex onchain infrastructure internally. Funds use the provided tools to access and monitor yield across various assets and strategies within an institutional framework.