安全可靠的 NONOS 钱包

通过 Trezor 生态系统,全面自信地掌控您的 NONOS 资产。

  • 由您的硬件钱包保护
  • 搭配兼容的热钱包使用
  • 全球超 200 万用户信赖
Trezor Suite 应用内 NONOS 钱包界面截图——展示完整集成与支持

收发您的 NONOS 通过 Trezor Suite 应用

收发

收发

轻松将您的 NONOS 从任何钱包或交易所转移到您的 Trezor 硬件钱包。

支持 NONOS 的 Trezor 硬件钱包

让您的 Trezor 同步至钱包应用

通过将 Trezor 硬件钱包与多个钱包应用同步,管理您的 NONOS。

  • Trezor Suite
  • MetaMask
  • Rabby

支持的NONOS网络

  • Ethereum

为什么要用硬件钱包?

离线安全保护,尽在 Trezor

  • 您 100% 拥有您的加密货币
  • 离线保护私钥,大幅降低在线攻击风险
  • 您的数据 100% 匿名
  • 您的加密货币不受任何公司控制

在线交易所

  • 若交易所出现问题,您将失去加密货币
  • 交易所是黑客攻击的目标
  • 您的个人数据可能会被暴露
  • 您并不真正拥有您的加密货币

如何在 Trezor 上使用NOX

1

请连接您的 Trezor 设备

将您的 Trezor 硬件钱包连接至电脑或移动设备,并按照设置步骤完成操作。
2

打开第三方钱包应用

请前往 trezor.io/coins 查找适用于您的加密货币的钱包应用。下载、打开应用并按照步骤连接您的 Trezor。
3

管理您的资产

将 Trezor 与钱包应用配对后,即可安全管理您的加密资产。每笔重要交易都需通过 Trezor 确认。
4

充分利用您的 NOX

安心使用——您的资产由 Trezor 硬件钱包提供强大防护。

Trezor 助您安心管理 NOX

  • 受安全芯片保护
    受安全芯片保护

    对抗在线与离线威胁的可靠防线

  • 您的代币,您做主
    您的代币,您做主

    通过设备确认,全面掌控每笔交易

  • 安全始于开源
    安全始于开源

    透明钱包设计让您的 Trezor 更优更安全

  • 清晰简单的钱包备份
    清晰简单的钱包备份

    借助新一代备份标准恢复数字资产

  • 从第一天起就信心十足
    从第一天起就信心十足

    包装与设备防拆封条共同保障 Trezor 设备完整性

NØNOS is an operating system built around privacy at the level of the kernel. Its design position is that a program is owed nothing and receives only what it has been explicitly granted.

The kernel is a microkernel with capability-based security. The component that grants and checks authority is under four thousand lines and is formally verified: the Rust is translated into Lean 4 by Charon and Aeneas, and the model is machine-checked to refine the extracted code, so the theorem covers the capability system as it ships.

Every program runs as a capsule, signed and started with exactly the permissions declared in its manifest, checked at spawn against the ceiling carried in its certificate. A capsule granted no network capability has no route to the network, no interface through which to request one, and no consent dialog through which a user can be persuaded to provide one. There is no root account and no administrator, so there is no authority to escalate toward.

Device drivers, the TCP/IP stack, the display server, the browser and the wallet/apps all run as capsules outside the kernel. Roughly 600k + lines of the system hold no privilege and have no path into the kernel address space.

The system is RAM-resident. After shutdown no logs, caches, browsing history or device identity remain on the machine. Network traffic leaves through an onion mixnet implemented inside the kernel with a fresh key agreement at every hop. Nothing executes unproved. The bootloader verifies the kernel under two independent signature schemes, one of them post-quantum, then checks the kernel own STARK proof against a root compiled into the bootloader. Each capsules proof is verified before its image is mapped, and a missing or invalid proof means the capsule does not run. The proving system is the project own transparent STARK over the Goldilocks field, requiring no trusted setup and no pairing-based cryptography. That same prover settles NOX Shield, a private transfer protocol verified on Ethereum by a Solidity contract. NOX is the ecosystem ERC-20 token on Ethereum.

探索其他支持的加密货币

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