ZKAccess is a comprehensive privacy-first operating system built for the decentralized web. Combining zero-knowledge cryptography, end-to-end encryption, and blockchain technology to create a truly private digital experience.
Your identity and data remain private through advanced ZK-proof cryptography
All communications encrypted with Curve25519 (NaCl box) ensuring only sender and recipient can read messages
One-time keypairs protect your transaction patterns from on-chain tracking
Built on Solana blockchain for true decentralization and censorship resistance
ZKAccess's modular architecture separates identity, storage, communication, and transaction layers while maintaining seamless integration through our unified privacy protocol.
ZKAccess serves multiple user segments requiring privacy, security, and decentralization.
Production-ready features available now on Solana mainnet.
Dual-mode web browsing with 10+ country proxy selection and on-chain session tracking
Decentralized file storage with Lighthouse SDK on Filecoin and client-side encryption
Private token swaps via Jupiter aggregator with one-time stealth addresses for untraceable trades
End-to-end encrypted chat with Curve25519 (NaCl box) and on-chain delivery verification
Advanced privacy features built on decentralized technology.
Blockchain transactions reveal your IP address to RPC nodes, linking your real-world location to your wallet activity
Decentralized relay network that broadcasts your transactions through multiple anonymous nodes, breaking the IP-to-wallet correlation
Tor-style onion routing for Solana transactions with incentivized relay operators staking SOL for network participation
Complete transaction privacy - trade, swap, and interact on-chain without revealing your physical location or network identity
Software-based key storage is vulnerable to memory dumps, malware extraction, and OS-level attacks
Integration with hardware security modules (TPM 2.0, Apple Secure Enclave, Android StrongBox) for cryptographically isolated key storage
Platform-specific APIs for TEE (Trusted Execution Environment) key generation and signing, with fallback to software for unsupported devices
Hardware-grade protection for your private keys - immune to software exploits, memory scraping, and remote attacks
Centralized servers create single points of failure, censorship vulnerabilities, and reliance on infrastructure availability
Fully decentralized peer-to-peer communication layer using WebRTC and libp2p for direct device-to-device messaging and file sharing
DHT-based peer discovery with NAT traversal, end-to-end encrypted tunnels, and offline message queueing for delayed delivery
Censorship-proof communication that works without servers - messages route peer-to-peer even during internet shutdowns or infrastructure failures