State of Privacy

Measured 2026-10-09 · Obtained 2026-10-09 · Last successful import Oct 9, 2026

Reported privacy TVL$935.19M · 2026-10-09
-3.2% 30d
Method and coverage

Daily captured sum of DefiLlama protocols API USD TVL for Privacy-category protocols without a parent. Missing values are excluded, not zero. This is a captured API snapshot; underlying protocol observation times may differ. Historical values are retained only from prior portal captures with this same method.

Included: tornado-cash, railgun, zama, privacy-pools, privacy-cash, privacy-boost, the-interfold, 0x0.ai, umbra-privacy, zerc20, nullmask, nocturne, sherwood, murk-finance, hinkal, typhoon-cash, zk.money, veil-cash, sherpa-cash, tonnel-network, silent-protocol, shadecash, voidify, encoins, common, garble.money, tonic-cash, payy, namada-shielded-pools, stelx, mixoor, spiral-fi-mixer, nullark, nata-network, privcash, aztec-connect, hopr, foom-cash, ghost-protocol, offshore-cash, vortexo, zipcoin

Not reported: status, zapfi, splitswap, arcium

List of Privacy Projects

Filters
ScoringContribute

866 Privacy Projects

Diode

Core Technology Diode uses decentralized, peer-to-peer networking technology combined with self-custody identity, access control, and a built-in secure networking layer similar to a VPN. Communication and collaboration run directly between users or via nodes on the Diode Network, which provide private, encrypted routing and always-on connectivity without centralized servers or third-party intermediaries. Special Features: Special features include phone-number-free accounts, end-to-end encrypted messaging, decentralized file sharing, private networking (VPN-like tunnels), and always-on access via user-controlled nodes and canisters. All access, identity, and data remain under user control. Why Use Diode: Users choose Diode if they need private, resilient collaboration that doesn’t rely on centralized platforms, finding a more secure alternative to Discord or Slack. It’s designed for teams, communities, organizations, and people that value security, sovereignty, and long-term autonomy for collaboration.

VpnMessaging
O

CipherPay

CipherPay is a non-custodial Zcash payment processor built on shielded (Orchard) transactions. Every invoice gets a unique diversified address derived from the merchant's incoming viewing key, funds go directly to their wallet, CipherPay never holds or sees spending keys. Features: - Shopify and WooCommerce plugins - Standalone checkout page and REST API - Event ticketing with capacity management - x402 and MPP protocol support for API paywalls - MCP integration for AI agent payments - Real-time payment detection via trial decryption - 1% per transaction, no monthly fees Built in Rust. Fully open source. Shielded by default,both sides of every transaction stay private.

CurrencyAi
O

MagicBlock

MagicBlock is a real-time engine seamlessly integrated with Solana. It provides ultra-low latency, on-demand runtimes, and elastic scalability for fully onchain applications. Built for developers, MagicBlock delivers an unmatched combination of speed, composability, and scalability, ensuring that decentralized applications can achieve Web2-level performance without sacrificing the benefits of Web3. With cutting-edge ephemeral rollup technology, MagicBlock enables zero-latency, high-throughput transactions, empowering builders to create the next generation of onchain experiences across gaming, DeFi, and beyond.

Infrastructure

ZKEncrypt AI

ZKEncrypt AI leverages Fully Homomorphic Encryption (FHE) for computations on encrypted data (Eval(f, Enc(m)) → Enc(f(m)) under Ring-Learning With Errors (RLWE) assumptions), integrated with Zero-Knowledge Succinct Non-Interactive Arguments of Knowledge (ZK-SNARKs) for verifiable privacy. Built natively on the Solana blockchain using Rust-based smart contracts and the Anchor framework, with AI-driven optimizations via libraries like Microsoft SEAL for noise management and ciphertext packing. Special Features: Hybrid FHE-ZK Protocols: Seamless combination enabling encrypted on-chain computations with zero-knowledge attestations, reducing latency by up to 10x in high-throughput scenarios. AI-Optimized Scalability: Machine learning models dynamically adjust encryption parameters for Solana's parallel processing, supporting applications like confidential DeFi transactions or shielded NFT transfers. End-to-End Blockchain Privacy: Nodes process encrypted queries (e.g., private ML inferences) without decryption, ensuring tamper-proof integrity via Solana's consensus. Open-Source Compatibility: Modular design for easy integration with existing dApps, with prototypes demonstrating efficient handling of transaction-heavy workloads. Why Users Should Adopt ZKEncrypt AI: In a landscape of escalating data breaches and regulatory scrutiny (e.g., GDPR, MiCA), ZKEncrypt AI empowers developers and users to build trust-minimized applications on Solana, where privacy is not an afterthought but a core primitive. By enabling fully encrypted web interactions on blockchain, it mitigates intermediary risks, unlocks novel use cases like anonymous voting or secure supply-chain verification, and positions Solana as a leader in privacy-preserving DeFi. Early adopters gain a competitive edge in scalable, confidential computing without compromising performance.

FheInfrastructure