Vaultaire vs Secret Photo Vault

Comparación de Funciones

Vaultaire: 17/17 funciones. Secret Photo Vault: 5/17 funciones.

Comparación de Precios

Código vs. Clave de Cifrado

Secret Photo Vault asks you to set a passcode. That passcode gates access to the app's interface. It does not encrypt anything. The passcode is an access control mechanism, not a cryptographic primitive. The files behind it remain in their original format, stored in the app's sandbox directory. The distinction matters: an access control can be bypassed by accessing the data through a different path. An encryption key cannot be bypassed because without it, the data does not exist in readable form.

Vaultaire's pattern lock is not an access gate -- it is the seed for a key derivation function. Your visual pattern is processed through HKDF-SHA256 to produce a 256-bit encryption key. That key is used with AES-256-GCM to encrypt each file individually. Without the correct pattern, the correct key cannot be derived, and the data remains ciphertext.

Visibilidad en el Sistema de Archivos

When a vault app stores files without encryption, those files are visible to any tool that can read the iOS file system. Connect the device to a Mac, open iTunes or Finder, and browse the app's document directory. The photos are right there -- JPEG, PNG, MOV files with their original content intact. A forensic examiner does not need to crack any passcode; they simply read the files from the backup or the device directly.

Vaultaire writes only ciphertext to disk. Each file is a blob of encrypted data with a unique initialization vector and authentication tag. Browsing the file system reveals nothing recognizable -- no image headers, no video codecs, no readable metadata. The files are opaque without the decryption key.

Prevención de Pérdida de Datos

Secret Photo Vault provides no backup mechanism for hidden photos. Device loss, iOS update failures, or factory resets result in permanent data loss. This is a structural problem: without encryption, there is no safe way to back up the data to a cloud service, because the backup would expose the unencrypted photos to the cloud provider. The app is stuck in a paradox -- it cannot protect the data on disk, and it cannot safely back it up off-device.

Vaultaire solves this by encrypting before backup. iCloud backup transmits only encrypted blobs. Apple sees ciphertext, not photos. Your recovery phrase provides an independent restoration path. Data loss from device failure is a solved problem when the backup is encrypted end-to-end.

Limitaciones de Recuperación de Contraseña

Forget your Secret Photo Vault passcode, and you face a binary outcome: either the app has a recovery mechanism (which means the developer can access your data, defeating the purpose), or it does not (which means your data is permanently lost). Most passcode-based apps choose the latter, leaving users with no recourse. This is not a design choice born from strong security -- it is a consequence of not having a proper key management system.

Vaultaire provides a BIP-39 recovery phrase at vault creation. This is a standard from the cryptocurrency world, battle-tested across billions of dollars in value. The recovery phrase can reconstruct your encryption key without the developer ever having access to it. Zero-knowledge recovery: you can get your data back, but nobody else can.