Billetera zkTerm segura y protegida
Toma el control de tus zkTerm activos con total confianza en el ecosistema de Trezor.
- Protegido por tu billetera física
- Usa con billeteras digitales compatibles
- Con la confianza de más de 2 millones de clientes
Envía y recibe tu zkTerm con la app Trezor Suite
Enviar y recibir
Billeteras físicas Trezor compatibles con zkTerm
Sincroniza tu Trezor con apps de billeteras
Gestiona tus zkTerm con tu billetera física Trezor sincronizada con apps de billeteras.
Trezor Suite
Backpack
NuFi
Red zkTerm Compatible
- Solana
¿Por qué una billetera física?
Desconéctate con Trezor
- Tus monedas son 100% tuyas
- Tu billetera está 100% segura offline
- Tus datos son 100% anónimos
- Tus monedas no están atadas a una compañía
Exchanges en línea
- Si un exchange falla, pierdes tus monedas
- Los exchanges son blanco de los hackers
- Tu información personal puede ser expuesta
- Tus monedas no son realmente tuyas
¿Cómo usar ZKTR en Trezor?
Conecta tu Trezor
Abre una app de billetera de terceros
Gestiona tus activos
Aprovecha al máximo tus ZKTR
Trezor mantiene tus ZKTR seguros
Protegido por Elemento SeguroLa mejor defensa contra amenazas tanto online como offline
Tus tokens, bajo tu controlControl absoluto de cada transacción con confirmación directa en el dispositivo
La seguridad empieza por código abiertoUn diseño de billetera de forma transparente hace que tu Trezor sea más seguro y confiable
Copia de seguridad de billetera clara y sencillaRecupera el acceso a tus activos digitales con nuevo estándar de copia de seguridad
Confianza desde el primer díaEl embalaje y los sellos de seguridad del dispositivo protegen la integridad de tu Trezor
zkTerm Documentation A standardized terminal for modern zero-knowledge development. Designed to unify tools, streamline workflows, and simplify the creation of ZK-powered applications across chains and proof systems.
The Problem: ZK Ecosystem Fragmentation The zero-knowledge ecosystem is powerful but fragmented. There are zkSNARKs, zkSTARKs, zkVMs, zkIDs, zkBridges, zkRollups, zkOracles, zkCompression and dozens more variants. Each technology uses different tooling, separate CLIs, incompatible workflows, and scattered documentation.
Developers must learn multiple frameworks, switch between tools constantly, and struggle with integration challenges. Users face confusion navigating different interfaces for each ZK primitive. The fragmentation slows adoption and makes the powerful privacy guarantees of zero-knowledge proofs harder to access.
The Solution: zkTerm zkTerm unifies the entire zero-knowledge ecosystem into a single command-line interface. One terminal. One workflow. One consistent experience for every ZK technology.
Whether generating SNARK proofs, executing zkVM programs, creating zkID credentials, running zkRollup operations, or compressing state with zkCompression - everything happens through the same unified zk [command] interface.
No more switching tools. No more incompatible workflows. No more fragmentation. Just one powerful terminal that brings the entire zero-knowledge universe to your fingertips.
What's Built Today (Phase 1-2: Solana Only) Current Scope: zkTerm is production-ready on Solana Mainnet only. The "universal terminal" vision (Phases 3-6) is planned but not yet implemented. Think of this as "zkTerm for Solana" today, with a roadmap to become "zkTerm for Everything."
zkID Authentication - Privacy-preserving did:zk:xxx identity with Ed25519 proofs (Solana only) zkCompression - Light Protocol backend integration, 99.9% account creation savings on Solana Solana Wallet - BIP39 seed phrases with AES-256-GCM encryption (no Zcash yet) Privacy Mode - Display-only encrypted transfers (on-chain amounts still visible) XTerm.js Terminal - CLI with SSE streaming logs (zkAI assistant in development) The Vision zkTerm will become the universal interface for all zero-knowledge technologies. From generating circuits with Circom to executing programs in zkVMs like RISC Zero and SP1, from creating cross-chain proofs with zkBridge to running zkRollup operations, from zkOracle queries to zkML inference - all unified in one terminal.
The goal is to eliminate fragmentation and make zero-knowledge proofs accessible to everyone, regardless of which specific ZK technology they need to use.