Make the world’s data useful onchain
Primus lets you verify and compute any data in web3.
Backed by
Unleash the potential of zkTLS and zkFHE
Primus uses secure zkTLS (zero-knowledge transport layer security) and zkFHE (zero-knowledge fully homomorphic encryption) to validate arbitrary web data and utilize it in an encrypted form.
Cryptography ensures the reliability of data and service providers.
zkTLS
Enable trusted, verifiable data flows from Web2 to Web3
zkFHE
Perform verifiable computations on any encrypted data
Enabling AI-powered intelligence in Web3
Create new possibilities
On- & Off-Ramping
AI-Driven Analytic & Confidential Prediction
Confidential Payment
FHE Virtual Machine for AI
On- & Off-Ramping
AI-Driven Analytic & Confidential Prediction
Confidential Payment
FHE Virtual Machine for AI
On- & Off-Ramping
Seamlessly bridge off-chain transactions with on-chain assets.
A secure peer-to-peer on/off-ramping protocol where users provide zkTLS proof of payment transactions and receive crypto funds through an on-chain escrow system.
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AI-Driven Analytic & Confidential Prediction
Offers immediate infrastructure for secure data transactions
Verified data integration via zkTLS today will evolve into privacy-preserving predictive analytics with zkFHE. Supporting Al-powered Web3 applications.
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Confidential Payment
Enable auditable anonymous and confidential payment for B2B payment
zkFHE offers a solution for encrypting payment addresses, transaction amounts, and on-chain balances, enabling regulatory authorities to access transaction and balance data for compliance audits while keeping other payment details private.
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FHE Virtual Machine for AI
Supports various AI applications like NLP, CV, and even LLMs
Provides developer-friendly FHE compiler and runtime environment toolkit with CPU/GPU supported. The virtual machine has high-performance cryptography algorithms integration, easy to use APIs and one-click deployment.
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A new standard for infrastructure
Confidential
Ensure privacy protection throughout the entire data lifecycle. Implement data minimization principles by leveraging confidential computation.
Blockchain Neutral
Provide standardized solutions to enable confidential computation capabilities for all blockchain ecosystems.
Community Driven
Open-source, no IP or patent issues. Welcome all insights and collaboration.
Community Driven
Open-source, no IP or patent issues. Welcome all insights and collaboration.
High Performance
Use advanced cryptography with highly optimized implementation to achieve the practical confidential computation on encrypted private data.
High Performance
Use advanced cryptography with highly optimized implementation to achieve the practical confidential computation on encrypted private data.
Verifiable
Mathematically prove the authenticity of any web data based on standard HTTPS/TLS channel.
Verifiable
Mathematically prove the authenticity of any web data based on standard HTTPS/TLS channel.