DiracQuantum/dirac_quantum

选用指南

AI 根据 README 整理 · 2026/10/14 19:05:59

适用场景

适用于需要验证身份、签署文档、进行私密通信的 Solana 钱包持有者、DAO 团队、交易对手方和创作者。

查看 README 依据

This gives collaborators and counterparties a place to exchange proposals, coordinate work, and send private notes. The service stores encrypted envelopes and routing metadata, while message contents remain encrypted. [**Open your inbox →**](https://dirac.digital/inbox) · [**Write a message →**](https://dirac.digital/write) ## Who Dirac helps | For | How Dirac helps | | --- | --- | | **Wallet holders** | Understand wallet exposure, create a passport, and share a verifiable identity. |

| **DAO and protocol teams** | Sign documents and exchange encrypted proposals or private coordination messages. | | **Trading counterparties** | Connect a public passport to a wallet address and discuss terms through an encrypted inbox. | | **Creators and contributors** | Give files and public statements verifiable signatures tied to their passport. | | **People exploring quantum computing** | Learn through interactive experiments and see how the concepts connect to identity and encryption. | ## Learn by playing

使用方式

通过网页应用使用，支持扫描钱包、创建护照、签署文档、发送加密消息，以及量子计算互动实验。

查看 README 依据

The **Quantum Scanner** reads your wallet's assets, authorities, and detected multisig memberships. It brings three questions into one report: what depends on this wallet key, whether a post-quantum passport exists, and how complete the available data is. Missing data is marked as unavailable. The report helps you understand your exposure and identity status without hiding uncertainty behind a single score. [**Scan a wallet →**](https://dirac.digital/scan) ### Create an identity people can verify

A **Quantum Passport** connects your wallet to keys for post-quantum signatures and encrypted messages. Its public page lets others inspect your identity, and its hash can be anchored on Solana as a record of that passport version. Choose **Simple** for recovery through a wallet signature, or **Hardened** for independent keys recovered with a 24-word phrase or encrypted recovery file. Hardened separates your passport's key material from the wallet's Ed25519 secret; Simple derives its keys from the wallet signature.

The file is processed on your device. Dirac creates a portable `.qseal` proof, so you can verify a proposal, agreement, statement, or creative work without uploading the original document to our server. [**Seal or verify a document →**](https://dirac.digital/seal) ### Have private conversations between wallets The **Encrypted Inbox** lets you write to another passport directly from your wallet identity. Your browser encrypts the message before it is uploaded; the recipient decrypts it using their passport keys.

部署要求

需要浏览器支持，密钥在浏览器中生成，部分功能依赖 Solana 钱包连接。

查看 README 依据

| **[Attack Lab](https://dirac.digital/lab)** | Explore toy demonstrations of brute force, Shor's algorithm, lattice problems, and harvest-now-decrypt-later scenarios. | The pet also supports a weekly run on **IBM Quantum hardware** when credentials and allowance are available. Hardware results can be compared with the simulation; simulation remains the fallback when a hardware run is unavailable. ## Built around ownership and verification **Keys are created in your browser.** Secret passport keys stay in memory, and you restore them through the recovery method you chose.

**The implementation is open.** Dirac uses ML-DSA-65 for signatures and ML-KEM-768 to establish encryption secrets, implemented with the `@noble` and `@scure` libraries. Solana provides the wallet connection and on-chain anchors, while the web application makes these capabilities accessible through one interface. Dirac protects an application identity, document proofs, and encrypted conversations. Solana wallet transactions continue to use the network's existing signatures; creating a passport does not change the security of your wallet balances. --- <div align="center">

已知限制

量子宠物仅在提供 IBM Quantum 硬件凭据和配额时支持每周运行，否则回退到模拟。

查看 README 依据

| **[Attack Lab](https://dirac.digital/lab)** | Explore toy demonstrations of brute force, Shor's algorithm, lattice problems, and harvest-now-decrypt-later scenarios. | The pet also supports a weekly run on **IBM Quantum hardware** when credentials and allowance are available. Hardware results can be compared with the simulation; simulation remains the fallback when a hardware run is unavailable. ## Built around ownership and verification **Keys are created in your browser.** Secret passport keys stay in memory, and you restore them through the recovery method you chose.