Ika Mainnet is Live: The Fastest Zero-Trust MPC Network

Ika Mainnet is officially LIVE, unveiling the dWallet primitive that allows Sui smart contracts to natively control every asset on any chain without bridging or wrapping

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The Token Economics of Ika

Ika leverages decentralized governance and economic incentives—through its native IKA token—to enable secure, censorship-resistant threshold signing via a permissionless, proof-of-stake MPC network coordinated on Sui.

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Ika’s Launch on Sui: A New Era for Blockchain Interoperability and Digital Asset Security

Ika MPC Network Brings Programmable BTC, ETH, and SOL to Sui

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How Ika’s 2PC-MPC Scheme Redefines Decentralized Multi-Party Computation

How Ika's novel 2PC-MPC scheme breaks record and sets new standards to become the first fast, scalable and secure interoperability solution.

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Announcing Encrypted User Share Feature on Ika

Unlocking Simplicity with Ika's New Encryption Feature

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Announcing Future Transaction Signing on Ika

Announcing Ika's "Sign Future Transaction" feature, enhancing zero-trust in cross-chain DeFi interactions while maintaining user control and security.

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Zero Trust Protocols (ZTPs): How They Work and Why They Matter

Zero Trust Protocols (ZTPs) powered by dWallets enable secure, native interactions across all of Web3 by requiring continuous verification from both users and the Ika Network, leveraging advanced cryptographic methods to maintain a Zero Trust environment.

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Announcing the Ika Network (previously dWallet Network) Public Testnet and Incentivized Testnets

Today we announce the launch of the Ika Network public testnet and incentivized testnets. Read more below.

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Ika is Coming to Encrypt London

Ika hosting Encrypt London - Come meet us!

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Announcing the 2PC-MPC Paper

Ahead of Ika Network Launch, dWallet Labs Releases 2PC-MPC - The First Multiparty ECDSA Protocol to Enable Noncollusive, Scalable, and Massively Decentralized MPC.

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Blog post

Ika is Coming to Denver

Come meet the Ika team at ETHDenver!

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Research

REFHE: Fully Homomorphic ALU

REFHE is a fully homomorphic encryption scheme which natively supports arithmetic and logical operations over large "machine words"

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Research

Threshold FHE with Efficient Asynchronous Decryption

Scalable Threshold Fully Homomorphic Encryption (ThFHE) scheme that supports asynchronous decryption, enables low-overhead distributed decryption, and minimizes reliance on heavyweight zero-knowledge proofs by leveraging preprocessing techniques and efficient use of key-switching and error randomization, thereby significantly improving the practicality of ThFHE in large-scale, real-world cryptographic applications.

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Research

Practical Zero-Trust Threshold Signatures in Large-Scale Dynamic Asynchronous Networks

Enhanced UC-secure threshold signing with asynchronous networks, dynamic participation, and client-independent presigns, optimizing scalability and security for decentralized systems.

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Research

Ika: Fast, Decentralized and Secure Interoperability Powered by 2PC-MPC

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Research

Tiresias: Large Scale, Maliciously Secure Threshold Paillier

Efficient threshold Paillier encryption combines a scheme with DCR assumption, achieving practical large-scale deployments with up to 1000 parties.

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Research

2PC-MPC: Emulating Two Party ECDSA in Large-Scale MPC

Novel UC-secure threshold ECDSA protocols for decentralized networks reduce complexity, enabling scalable, secure communication via broadcast channels.

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