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EN The data stored in your Keeper vault is encrypted and decrypted locally when your master password is entered correctly

• vault is encrypted
• correctly

EN All encryption and decryption is done on the fly on your device and the data are encrypted both in transit (TLS) and at rest on our infrastructure (AES-256).

• encryption
• decryption is done
• TLS

EN All encryption and decryption is done on the fly on your device and the data are encrypted both in transit (TLS) and at rest on our infrastructure (AES-256)

• encryption
• decryption is done
• TLS

EN You are the only person who can access the vault, and everything stored in your vault is encrypted and decrypted locally on your device.

• vault
• vault is encrypted

EN The device decrypts the record key with the one-time access token, and the contents are decrypted

• access token
• contents are decrypted

EN The private key is encrypted with the admin's public key and the admin can then decrypt the role enforcement key with a vault transfer.

• admin's public key
• admin can then
• role enforcement key
• vault

EN The 256-bit AES record key is encrypted with a one-time access token, and the encrypted value is stored in the Keeper Vault.

• AES record key
• access token
• Keeper

EN Data Data Collection Data Compilation Disaggregated Data Qualitative Data Qualitative Research Quantitative Data Quantitative Research

• Collection Data Compilation
• Qualitative Data Qualitative
• Quantitative Data Quantitative

EN The admin decrypts the user's data key and re-encrypts the data key with the new device's public key

• key
• device's public key

EN The data stored in your Keeper vault is encrypted and decrypted locally based on your master password.

• vault is encrypted
• decrypted locally based
• master

EN The Data Key is encrypted by a key derived on the device from the user's Master Password

• Key is encrypted
• Master Password

EN The data stored in your Keeper vault is encrypted and decrypted locally based on your master password.

• vault is encrypted
• decrypted locally based
• master

EN The Data Key is encrypted by a key derived on the device from the user's Master Password

• Key is encrypted
• Master Password

EN The data is encrypted in transit with Transport Layer Security (TLS) and stored in AES-256 encrypted ciphertext

• encrypted in transit
• Transport Layer Security
• TLS
• stored in encrypted

EN The data is encrypted such that only the data subject can access it, so no employees can even see it, let alone have the need to access it.

• subject can access
• employees can even
• access

EN The data stored in your Keeper vault is encrypted and decrypted locally on your Mac using keys that are derived by your master password

• vault is encrypted
• Mac using keys
• password

EN Encryption and decryption of data always occur locally on the user's device.

• Encryption
• user's

EN The data key is decrypted and used to unwrap the individual record and folder keys

• key is decrypted
• used to unwrap
• individual record
• folder keys

EN A local ECC-256 (secp256r1) private key is used to decrypt the data key

• local

EN Backup encryption: Apple's super secure backup encryption format is fully supported and encouraged (AES-256).

• Backup encryption
• Apple's super secure
• supported
• encouraged

EN Encrypt and hash your data using the Blowfish encryption algorithm with this free online tool.

• Encrypt
• Blowfish encryption algorithm
• free online

EN Stored files are encrypted with individual record-level, AES-256 encryption keys generated locally, at the device level

• individual record-level
• encryption keys generated
• device level

EN Keeper protects your information with AES 256-bit encryption and PBKDF2, widely accepted as the strongest encryption available.

• AES encryption
• strongest encryption

EN User data is encrypted and decrypted at the device level not on Keeper's servers or in the cloud.

• servers

EN Our Zero-Knowledge encryption model ensures that only you can decrypt your stored information.

• Zero-Knowledge encryption model
• decrypt your stored

EN This encrypted cipher key can only be decrypted on the device for subsequent use as a data cipher key.

• encrypted cipher key
• cipher

EN The Keeper user is the only person that has full control over the encryption and decryption of their data

EN Encrypt and hash your data using the Blowfish encryption algorithm with this free online tool.

• Encrypt
• Blowfish encryption algorithm
• free online

EN Stored files are encrypted with individual record-level, AES-256 encryption keys generated locally, at the device level

• individual record-level
• encryption keys generated
• device level

EN Our Zero-Knowledge encryption model ensures that only you can decrypt your stored information.

• Zero-Knowledge encryption model
• decrypt your stored

EN Keeper protects your information with AES 256-bit encryption and PBKDF2, widely accepted as the strongest encryption available.

• AES encryption
• strongest encryption

EN User data is encrypted and decrypted at the device level not on Keeper's servers or in the cloud.

• servers

EN This encrypted cipher key can only be decrypted on the device for subsequent use as a data cipher key.

• encrypted cipher key
• cipher

EN The Keeper user is the only person that has full control over the encryption and decryption of their data

EN Backup encryption: Apple's super secure backup encryption format is fully supported and encouraged (AES-256).

• Backup encryption
• Apple's super secure
• supported
• encouraged

EN Taps into Keeper's zero-knowledge encryption to put secure file storage, retrieval and decryption privileges in the hands of approved users only.

• Taps into Keeper's
• encryption to put
• file storage
• retrieval
• hands of approved

EN Every secret is encrypted by a client-side generated 256-bit AES encryption key in GCM mode.

• client-side generated AES
• key in GCM

EN The iOS Keychain cannot be decrypted without the passcode and the Keeper Vault cannot be decrypted without the user's Keeper Master Password.

• iOS Keychain cannot
• Keeper Vault cannot
• Keeper Master

EN You are the only person who can access the vault, and everything stored in your vault is encrypted and decrypted locally on your device.

• vault
• vault is encrypted

EN Information stored in Keeper is fully encrypted and only available to you when logging into a website.

• stored in Keeper
• fully encrypted

EN Each individual record stored in the user's vault is encrypted with a 256-bit AES key that is randomly generated on the device

• Each individual record
• device

EN You are the only person who can access the vault, and everything stored in your vault is encrypted and decrypted locally on your device.

• vault
• vault is encrypted

EN Information stored in Keeper is fully encrypted and only available to you when logging into a website.

• stored in Keeper
• fully encrypted

EN This information is used for security purposes in generating unique encryption keys that can only be generated and decrypted by you

• used for security
• generating unique encryption
• generated

EN Your information created in Keeper is encrypted with 256-bit AES ciphers and transmitted to Keeper's Cloud Security Vault using a 256-bit encrypted TLS connection

• created in Keeper
• encrypted with AES
• transmitted to Keeper's
• encrypted TLS connection

EN Each individual record stored in the user's vault is encrypted with a 256-bit AES key that is randomly generated on the device

• Each individual record
• device

EN Zero-knowledge security is preserved using elliptic curve encryption and secure key management

• elliptic curve encryption
• secure key management

EN Record keys and folder keys are encrypted by a 256-bit AES data key which is unique to each user and generated on the user's device.

• Record keys
• AES data key
• unique to each

EN The key is generated on the client and transferred using ECIES encryption via the server's public elliptic curve key.

• key is generated
• client
• transferred using ECIES
• via the server's
• elliptic curve

EN All backups are encrypted with AES-256 in addition to super-encryption of device-generated ciphertext.

• backups are encrypted
• addition to super-encryption
• device-generated