
Visual Password nga Denis Tulupov
A generator for strong and secure passwords using simple actions that are easy to remember and don't need to be written down.
1 User1 User
Tejtëdhëna Zgjerimi
Foto ekrani

Rreth këtij zgjerimi
A generator for strong and secure passwords using simple actions that are easy to remember and don’t need to be written down. This makes your passwords 100% secure because they cannot be stolen.
Don’t store your passwords in a password manager, notes, or on paper. Simply memorize a few emojis and a keyword to instantly recover a complex password when needed.
Visual Password generates passwords entirely locally on your device. No internet connection required. It does not store any generated passwords.
To create passwords, Visual Password uses a multi-layered cryptographic password-generation algorithm that takes your input data (keyword, PIN, visual password). It applies multi-stage AES-GCM encryption, bit mixing for maximum entropy, and multi-stage SHA-256 hashing for cryptographic strength. PBKDF2 key derivation protects against rainbow-table attacks and adds computational complexity beyond the reach of modern supercomputers. Multiple cascade-encryption layers enhance overall resilience and provide cryptographic redundancy. The final step uses a high-entropy pseudorandom generator based on cryptographically secure data, ensuring the uniqueness and complexity of the password even with very similar inputs.
Don’t store your passwords in a password manager, notes, or on paper. Simply memorize a few emojis and a keyword to instantly recover a complex password when needed.
Visual Password generates passwords entirely locally on your device. No internet connection required. It does not store any generated passwords.
To create passwords, Visual Password uses a multi-layered cryptographic password-generation algorithm that takes your input data (keyword, PIN, visual password). It applies multi-stage AES-GCM encryption, bit mixing for maximum entropy, and multi-stage SHA-256 hashing for cryptographic strength. PBKDF2 key derivation protects against rainbow-table attacks and adds computational complexity beyond the reach of modern supercomputers. Multiple cascade-encryption layers enhance overall resilience and provide cryptographic redundancy. The final step uses a high-entropy pseudorandom generator based on cryptographically secure data, ensuring the uniqueness and complexity of the password even with very similar inputs.
Rated 0 by 0 reviewers
Permissions and dataMësoni më tepër
Required permissions:
- Të marrë të dhëna prej të papastre
- Të fusë të dhëna në të papastër
Më tepër të dhëna
- Lidhje shtese
- Version
- 1.2.0
- Madhësi
- 25,84 KB
- Përditësuar së fundi më
- 2 muaj më parë (16 Gus 2025)
- Kategori të Afërta
- Licencë
- Tërë të Drejtat të Rezervuara
- Historik Versionesh
- Etiketa
- Shtojeni në koleksion
Shënime hedhjeje në qarkullim për 1.2.0
Improved interface. Work on bugs.