We establish trust through a robust encryption model and Zero Knowledge Architecture, ensuring that even we cannot access your Master Password. This industry-leading approach safeguards your data against cyber threats and unauthorized access. Our security model is compliant with modern encryption standards, offering peace of mind for both individuals and teams. With All Pass Hub, your credentials remain private, secure, and always under your control.
Zero-knowledge architecture is a highly secure encryption method that ensures only you can access your stored credentials. It uses industry-standard algorithms along with hashing and salting to create unique keys for encrypting and decrypting your password vault. This approach keeps your sensitive data protected from hackers, service providers, and even the platform itself.
The Power of Zero-Knowledge Architecture
Keep your files private
Every piece of your information is handled with complete confidentiality, safeguarded by advanced encryption and zero-knowledge security.
Stores data on the user’s side
All Pass Hub acts solely as a secure service provider, with all data stored locally on the user’s side. Only the user has the key to access encrypted files, ensuring maximum privacy.
RSA Algorithm
We use the RSA algorithm to provide enhanced data security. Both the public and private keys are stored in an encrypted database, protected with a master password, ensuring that only authorized users can access them.
Frequently asked questions
Here you will find the answers to the frequently asked questions.
Zero-knowledge architecture is a security principle where the service provider has no access to your encryption keys or vault contents. All encryption and decryption happen locally on your device, meaning even in the event of a server breach, your passwords remain unreadable to outsiders and even to the service itself.
End-to-end encryption (E2EE) ensures that your passwords and sensitive data are encrypted on your device before being stored or sent anywhere, and only you (with your decryption key) can unlock them. Not even the password manager provider or cloud infrastructure can read your encrypted data, making E2EE a core security feature for privacy protection.
Password managers work by generating, encrypting, and autofilling passwords for websites and apps. When a new login is created, the manager can suggest or generate a strong password and save it in its encrypted vault. When you revisit a site, the manager detects login fields and autofills stored credentials. All data access is gated behind a master password, and most managers use strong encryption (like AES-256) to securely store all information.
Password managers are widely considered the safest way to store and protect your passwords. Trusted providers employ advanced encryption and “zero-knowledge” architecture, meaning even the service provider can’t access your data. However, as with any tool, risks exist especially if you use weak master passwords, ignore updates, or fall victim to phishing or social engineering attacks.
While password managers use robust security standards, no software is 100% immune to hacking. There have been high-profile breaches of some password manager services, usually stemming from vulnerabilities or poor user practices (like weak master passwords or malware-infected devices). Choosing a reputable manager, enabling two-factor authentication, and maintaining good security habits significantly reduce your risks.
A master password is the single, powerful password that unlocks your entire encrypted vault. Choose one that is long (over 12 characters), uses upper/lowercase, numbers, symbols, and is unique never reused on other sites.
