Tangle Network redefines cross-chain functionality by integrating EVM on Substrate framework. Developers can easily build dApps, create NFTs, and utilize ERC20 tokens across various blockchains
Tangle’s unique offering centers around its multi-party computation protocols. Tangle's core protocol leverages the underlying validator set to provide different multi-party computations as a service for the purpose of aiding developers in the deployment and operation of advanced cryptographic applications (zkDApps).
Tangle Network employs Distributed Key Generation (DKG) and Threshold Signature Schemes (TSS) for cutting-edge governance, oracles, and cross-chain applications with crypto-economically secured threshold signatures.
Validators are selected to participate each session in a multi-party distributed key generation protocol to create a key used for threshold signing.
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Developers can leverage signatures over custom payloads to build both private and non-private cross-chain applications.
Offload computationally intensive proof generation and enable faster run-time in a privacy-preserving environment through Tangle's MPC protocol.
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Simplify zkdApps development with standardized APIs and a scalable infrastructure that supports proof systems like Groth16, PLONK, and more.
Trusted setup is a crucial step that involves generating cryptographic parameters that will be used in the creation and verification of zero-knowledge proofs.
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Accelerate the deployment of ZK applications by eliminating the significant bottleneck of trusted setups in the development process.
To achieve rapid development, several primitives work together to create an SDK for dapps that use multi-party computation and zero-knowledge proofs.
Distributed Key Generation (DKG) is a cryptographic multi-party protocol for creating a shared public and private key. In the Tangle Network's ecosystem, DKG is primarily used for generating threshold signatures, providing enhanced security for the network and governing cross-chain applications.
Threshold signature scheme (TSS) is a form of digital signature in which a group of participants each contribute a partial signature, and the combination of these signatures results in a valid signature. Tangle Network's governance system signs private data using a collaborative approach, ensuring both privacy and security.
Tangle's Ethereum Virtual Machine (EVM)-compatible infrastructure enhances zero-knowledge messaging and secure data transfer across blockchains. Tangle also enables advanced trustless cross-chain governance through Distributed Key Generation (DKG), simplifying ZK application deployment in EVM environments.
With Tangle Network, we can create a more scalable, interoperable, and positive-sum web3 privacy ecosystem.