News
dWallet Network brings multi-chain Zero Trust protocols to Aptos Blockchain
dWallet Network has announced to expand its technology to the Layer 1 blockchain network, Aptos. This move aims to introduce Zero Trust Protocols (ZTP) with multi-chain interoperability capabilities inherent to decentralized finance (DeFi) and gaming ecosystems on Aptos.
By incorporating dWallet’s Zero Trust architecture, ZTPs developed on Aptos will be able to seamlessly sign transactions on Bitcoin, Ethereum or any other blockchain network without the need for bridging or token wrapping mechanisms. The ultimate goal is to unlock multi-chain experiences.
Expanding DeFi and gaming within Aptos
According to the latest press release shared with CryptoPotato, this integration holds particular significance for DeFi projects on Aptos. It features a crucial ability to natively include BTC and ETH transactions, marking a milestone in blockchain interoperability and functional versatility.
In a statement, Omer Sadika, co-founder of dWallet Network, said that bringing the decentralized, non-collusive dWallet building block to the fast and secure Aptos blockchain enables ZTPs. This would also help expand the horizons of DeFi and gaming protocols within the Aptos ecosystem. Such a step represents a significant step forward towards dWallet Network’s vision of Zero Trust and a multi-chain future.
Professor Benny Pinkas, a researcher at Aptos, also doubled down on the integration and said:
“The dWallet team conducted pioneering cryptographic research to introduce the innovative 2PC-MPC protocol, enabling multi-chain Zero Trust. I am thrilled that developers in the Aptos ecosystem are able to develop ZTPs that work seamlessly across all of Web3 in a cryptographically secure way.”
The Zero Trust framework
dWallet Network introduces a fundamental element that allows individuals to have control over any asset and the ability to apply any logic on any network. dWallets leverage cryptographic signatures, which have traditionally been the default authentication method for blockchain networks.
This makes a dWallet-generated signature indistinguishable from a normal user’s signature from a network perspective.
This capability also extends to non-smart contract networks like Bitcoin, enabling the creation of Zero Trust Protocols (ZTPs) that operate across networks without the need for bridging or token wrapping mechanisms.
These ZTPs support the core Web3 principles of decentralization and user ownership. dWallet’s Zero Trust framework represents a significant step towards building a truly user-centric, interconnected and flexible blockchain infrastructure.
Earlier this year, dWallet Networ announced adding support for the EVM-compatible Layer 1 blockchain, Monad.