password_strength
パスワードの強度を推定するツール。ユーザーが選択したパスワードがブルートフォース攻撃や辞書攻撃に対してどれだけ強いのかを示すために使用できます。
3段階のセキュリティを備えたパスワードマネージャーアプリケーション。アプリは、ローカルデータベースに暗号化形式でパスワードを保存します。また、アプリを開くたびにバイオメトリック認証(指紋)が行われます。これらのセキュリティ層により、ユーザーのパスワードがいかなる形でも漏洩しないことを保証します。
{"sdk":"flutter"}^1.0.2^2.0.2^1.0.0^1.1.6^5.0.0^5.0.2^8.0.3^3.0.1^10.1.0^0.6.0^0.2.0^4.6.1{"sdk":"flutter"}^2.0.1以下は英語原文のスナップショットです。最新版は GitHub をご覧ください。
https://github.com/IshanRakte/flutter_password_manager/blob/main/screenshots/logo.png
Now-a-days we use various accounts for various purposes for a single service. The service can be for example your google account, and we tend to have more than one account. Personal, Organization (Education, Company etc.), group/team account are some examples of multiple accounts we have for a particular service. As we have separate accounts for separate use cases, we also have their individual passwords, keeping track of all these passwords can be hard. A password manager is the correct solution for this problem. But a password manager should manage the passwords in such a way that the passwords will never be leaked, shared or compromised in any way. The passwords should be stored in the manager in an encrypted way so even if the password gets leaked, it will be unreadable/unrecognizable. This project uses three layers of security(Biometric, Encryption and Hive Encrypted Box).
| Biometric Authentication | Adding a Password | Your Passwords |
| Password Copied to Clipboard | Deleting a Password | Random Password Generator |
Layer 1: Local Authentication - User will use fingerprint scanner or face unlock
Layer 2: Encryption - AES-256 uses a 256-bit key length to encrypt and decrypt a block of messages.
Layer 3: Hive - Have a built in Encrypted box to store the values.
Ishan Rakte
Contributions, issues, and feature requests are welcome!
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