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Updates & Research

Protocol updates, technical deep dives, and ecosystem news from the Ika team.

PartnershipProduct

Ika and Human Tech Reveal Wallet-as-a-Protocol (WaaP)

Ika and Human Tech introduce Wallet-as-a-Protocol (WaaP), the first zero-trust decentralized wallet infrastructure secured by Ika's 2PC-MPC cryptography.

EcosystemGrants

Ika RFP Program

The Ika Foundation has unveiled its Request for Proposals (RFP) Program to fund builders addressing Web3 challenges, targeting teams creating tooling, integrations, or novel use cases for decentralized infrastructure.

Research

REFHE: Fully Homomorphic ALU

Fully homomorphic encryption scheme which natively supports arithmetic and logical operations over large machine words.

AnnouncementMainnet

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.

TokenomicsProtocol

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.

Research

Threshold FHE with Efficient Asynchronous Decryption

Scalable threshold fully homomorphic encryption supporting asynchronous decryption with low-overhead distributed decryption and reduced reliance on zero-knowledge proofs.

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 for decentralized systems.

AnnouncementSui

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, redefining the way developers interact with digital assets, smart contracts, and blockchain infrastructure.

ResearchWhitepaper

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

The Ika whitepaper — fast, decentralized and secure interoperability powered by 2PC-MPC.

ResearchCryptography

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

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

ProductFeature

Announcing Encrypted User Share Feature on Ika

Unlocking simplicity with Ika's new encryption feature — encrypt any user secret share using a single authentication key, directly on-chain.

Research

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

Novel UC-secure threshold ECDSA protocols for decentralized networks reducing complexity via broadcast channels.

ProductFeature

Announcing Future Transaction Signing on Ika

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

ResearchProtocol

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

Zero Trust Protocols powered by dWallets enable secure, native interactions across all of Web3 by requiring continuous verification from both users and the Ika Network.

AnnouncementTestnet

Announcing the Ika Network Public Testnet and Incentivized Testnets

Today we announce the launch of the Ika Network public testnet and incentivized testnets — a key milestone in our journey towards redefining access control and secure multi-chain interoperability.

EventCommunity

Ika is Coming to Encrypt London

Ika Network is proud to co-host Encrypt London on March 15th, a premier technical event dedicated to the forefront of cryptographic research.

Research

Tiresias: Large Scale, Maliciously Secure Threshold Paillier

Efficient threshold Paillier encryption achieving practical large-scale deployments with up to 1000 parties.

ResearchCryptography

Announcing the 2PC-MPC Paper

dWallet Labs releases 2PC-MPC — the first multiparty ECDSA protocol to enable noncollusive, scalable, and massively decentralized MPC.