About Clique

Clique Compute Coordination Network utilizes a network of Trusted Execution Environment (TEE) nodes to enable secure, verifiable off-chain computation for on-chain smart contracts. This technology addresses the need for confidentiality and integrity in data processing, allowing developers to create privacy-preserving applications while minimizing performance overhead and costs.

```xml <problem> Smart contracts on blockchains lack direct access to real-world data and verifiable off-chain computation, limiting their functionality and preventing the creation of privacy-preserving applications. Existing solutions often suffer from high performance overhead, increased costs, and weak security assumptions. </problem> <solution> Clique Compute Coordination Network provides a decentralized network of Trusted Execution Environment (TEE) nodes that enable secure, verifiable off-chain computation for on-chain smart contracts. This allows developers to build confidential and integrity-protected applications while minimizing performance overhead and costs. Clique's TEE network acts as an off-chain compute layer, similar to AWS Lambda, enabling confidential, verifiable, performant, and secure off-chain function calls for on-chain smart contract applications. The platform supports custom bytecode execution for various VMs, including EVM and WASM, and offers SDKs for creating custom executors, interacting with smart contracts, and verifying attested signatures on-chain. </solution> <features> - Network of TEE nodes supporting custom bytecode execution for EVM and WASM - SDKs for creating custom executors and interacting with smart contracts - Support for multiple TEE models, including Intel SGX, TDX, AMD SEV-SNP, and AWS Nitro - Modular trust models allowing verification of TEE attestations or attested signatures on-chain - End-to-end encryption, secure key sharing, and access pattern obfuscation for strong confidentiality - MPC-based security models to prevent collusive attacks and side channels - On-chain verification of off-chain computation with TEE attestations and signatures - Cost-efficient coprocessor with low performance overhead and computation costs </features> <target_audience> The primary target audience includes Web3 developers, DeFi projects, and enterprises seeking to build privacy-preserving and computationally intensive applications on blockchain, as well as those requiring secure data attestations and on-chain incentive distribution. </target_audience> ```

What does Clique do?

Where is Clique located?

Clique is based in Stanford, United States.

When was Clique founded?

Clique was founded in 2022.

How much funding has Clique raised?

Clique has raised 11000000.

Location

Stanford, United States

Founded

2022

Funding

11000000

Employees

18 employees

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Clique

Score: 97/100

AI-Generated Company Overview (experimental) – could contain errors

Executive Summary

clique.tech 700+

Founded 2022 – Stanford, United States

Funding

Estimated Funding

$11M+

Team (15+)

No team information available. Click "Fetch founders" to run a focused founder search.

Company Description

Problem

Smart contracts on blockchains lack direct access to real-world data and verifiable off-chain computation, limiting their functionality and preventing the creation of privacy-preserving applications. Existing solutions often suffer from high performance overhead, increased costs, and weak security assumptions.

Solution

Clique Compute Coordination Network provides a decentralized network of Trusted Execution Environment (TEE) nodes that enable secure, verifiable off-chain computation for on-chain smart contracts. This allows developers to build confidential and integrity-protected applications while minimizing performance overhead and costs. Clique's TEE network acts as an off-chain compute layer, similar to AWS Lambda, enabling confidential, verifiable, performant, and secure off-chain function calls for on-chain smart contract applications. The platform supports custom bytecode execution for various VMs, including EVM and WASM, and offers SDKs for creating custom executors, interacting with smart contracts, and verifying attested signatures on-chain.

Features

Network of TEE nodes supporting custom bytecode execution for EVM and WASM

SDKs for creating custom executors and interacting with smart contracts

Support for multiple TEE models, including Intel SGX, TDX, AMD SEV-SNP, and AWS Nitro

Modular trust models allowing verification of TEE attestations or attested signatures on-chain

End-to-end encryption, secure key sharing, and access pattern obfuscation for strong confidentiality

MPC-based security models to prevent collusive attacks and side channels

On-chain verification of off-chain computation with TEE attestations and signatures

Cost-efficient coprocessor with low performance overhead and computation costs

Target Audience

The primary target audience includes Web3 developers, DeFi projects, and enterprises seeking to build privacy-preserving and computationally intensive applications on blockchain, as well as those requiring secure data attestations and on-chain incentive distribution.