Encrypt vs Destiny

Encrypt-it securely manages your personal secrets while making them easily accessible. Built on top of Apple CryptoKit to provide maximum security protection for your personal data. It utilizes only native Apple cryptographic API to avoid security vulnerabilities. With Encrypt-it, you can create and store secrets such as passwords, logins, credit cards, photos, secure notes, and other personal information. All your data is encrypted and stored locally on your devices and your Apple iCloud account, so only you have access to it. Because your data is frequently backed up onto the cloud, any changes you make on one device is instantly available on your other devices. Enjoy enterprise-level security with features like encryption key rotation, ensuring regular refreshment of your keys for heightened protection, while backup and restore functionalities guarantee the safety and accessibility of your data, providing peace of mind and practicality. Terms of Use: https://www.apple.com/legal/internet-services/itunes/dev/stdeula/

Destiny is an end-to-end encrypted file transfer app. It allows people to securely send files without needing to reveal their identity to each other, or the service provider. No sign-up is needed. The user selects a file on their device and shares the generated code with the intended recipient for safe delivery. Destiny is based on the Magic Wormhole protocol. Key security features: - End-to-end encryption: Files are end-to-end encrypted and only the sender and recipient can read them. - Identity-less: No need to disclose identity information (such as name, email address, or phone number) to be able to transfer files. - Peer-to-peer file transfer: Destiny attempts to make a direct network connection to the other party. When this isn’t possible (for example, if neither party has a public IP address), then our relay server is used. However, that server sees only encrypted packets. - Full-strength keys: Although our codes are short and human-memorable, they are part of an online “Password Authenticated Key Exchange” (PAKE) which only allows a single guess – and yields a 256-bit full-strength symmetric key.