Get a demoExplore data

NEAR launches tool for signing transactions on Bitcoin, Ethereum and more

At launch, Chain Signatures will be compatible with Bitcoin, Ethereum and Cosmos network chains, as well as DogeCoin and XRP Ledger

article-image

NEAR Foundation and Adobe Stock modified by Blockworks

share

Swiss non-profit organization NEAR Foundation has launched “Chain Signatures,” enabling users to sign transactions on supported blockchains from a single NEAR account. 

Chain Signatures enables accounts and smart contracts on NEAR to sign transactions for different chains. At launch, this will include Bitcoin, Ethereum and Cosmos network chains, as well as DogeCoin and XRP Ledger. It will soon support Solana, TON Network and Polkadot, according to the team.

By enabling Chain signatures, DeFi protocols can utilize assets from other chains without requiring a cross-chain bridge. This is possible because Chain Signatures are designed to be account-based rather than bridge-based.

Read more: NEAR Foundation applies for .near top-level domain

According to Kendall Cole, director of research and development company Proximity Labs — which supports projects on NEAR and Aurora — Chain Signatures can potentially unlock new use cases for DeFi protocols.

“Users can use XRP as collateral to borrow USDC, or trade DOGE for SOL. This is particularly innovative for non-smart-contract chains like Bitcoin, DogeCoin and Ripple because none of the major bridges support these chains today,” Cole said.

NEAR protocol documents show that Chain Signatures link NEAR account addresses to other blockchains using an Additive Key Derivation. This mechanism enables the single master key to be derived into multiple subkeys. 

When a user wants to transact between different blockchains, a deployed multichain smart contract will make a signature request for the transaction on the target blockchain network, and a Multi-Party Computation (MPC) service will sign the transaction. 

Read more: MPC wallets have a trade-off. Is it worth it?

Once the signature is obtained, the smart contract will return it to the user, allowing the user to send the signed transaction to execute it on the target blockchain. 

“Smart contracts on NEAR will be able to custody assets on any chain (since they can sign transactions on any chain via chain signatures), and maintain user balances similar to how single chain lending protocols or DEXs do now,” Cole explained. 

The Chain Signatures MPC network will be launched in partnership with EigenLayer, which will secure the network using its restaked ETH. At launch, there will be ten node providers, including a handful of Actively Validated Services (AVS) infrastructure providers. 

“Post-launch, EigenLayer will be used to provide economic security to the network and transition the MPC network to a permissionless version. To participate in the MPC network, prospective node operators will need to re-stake their ETH and will be penalized if they maliciously authorize any transactions that did not originate from a NEAR account,” Cole explained.


Get the news in your inbox. Explore Blockworks newsletters:

Tags

Decoding crypto and the markets. Daily, with Byron Gilliam.

Upcoming Events

Marina Bay Sands Singapore

October 7, 2026

DAS Asia is a a single-day summit at Marina Bay Sands Singapore featuring conversations between the builders, investors, and global leaders are shaping the trajectory of the digital asset ecosystem in Asia & North America.

Hilton Park Lane, London

November 10-11, 2026

DAS London is a two-day summit at the Hilton Park Lane in London featuring conversations between the builders, allocators, and policy makers who are shaping the trajectory of the digital asset ecosystem in the UK, Europe, and North America.

Javits North

March 30-April 1, 2027

DAS NYC is a three-day summit at Javits North bringing together the builders, allocators, and policymakers shaping the future of digital assets across institutional finance and global markets.

recent research

Sponsored Article Template - DoubleZero White.png

Research

Every distributed system inherits the physical limitations, or advantages, of the network it runs on. Physics-bound systems can optimize their execution layers, compress their state, and parallelize their runtime, and still lose time they cannot recover to the speed of light through fiber and the routing decisions of carriers that are not optimized for consensus. The public internet routes traffic by least cost, not best performance. For a system where the order and timing of messages determine who earns and who loses, that is a structural tax and a measurable networking design flaw for traders.

The daily brief, in your inbox

Markets, protocols, and policy, read by 200K+ professionals.

Blockworks Inc.133 W 19th St., New York, NY 10011

Solutions

InvestorsExchangesEnterprisesOnchain Businesses

© 2026 Blockworks Inc.

TermsPrivacy PolicyPrivacy CenterNews Archive