Decrypt encrypted strings in Evernote's 'enex' file and optionally encrypt in new format
Users
34
+3 in 30 days
Rating
0.0 / 5
unchanged in 30 days
Ratings
0
0 in 30 days
Store rank
#126K
#105K among extensions
Version
0.1.0
updated 7 Jan 2024
Users
monthly, 3 years
Latest, 20 Oct 2026:34 usersMove the mouse over the chart for any month
Ratings count
monthly, 3 years
Latest, 20 Oct 2026:0 ratingsMove the mouse over the chart for any month
The Chrome Web Store rounds user counts down to the leading digit, so the user line moves in steps. The ratings count is exact and is the better signal of real adoption.
About Decrypt Notes for Evernote™
If you're considering transitioning from Evernote to a new note-taking application, it's essential to decrypt encrypted blocks in Evernote to make your notes accessible in the new application. This extension is designed to read one or multiple "enex" files and prompt for the Evernote password used to encrypt these blocks. Subsequently, the extension replaces the encrypted blocks with decrypted content. Additionally, users can instruct the extension to convert complex HTML blocks into text-only equivalents. If your new note-taking application supports encrypted blocks, you can also request the extension to generate a compatible block for seamless integration.
Features:
1. Decrypts all encrypted embeddings in "enex" files.
2. Optionally replaces complex HTML blocks with text-only equivalents.
3. Re-encrypts each block using a user-defined encryption.
Usage:
1. Decryption Process:
- Upload one or multiple "enex" files to the extension.
- Enter the Evernote password used for encrypting blocks.
- The extension seamlessly replaces encrypted blocks with decrypted content.
2. Optional HTML Block Conversion:
- Users can choose to convert complex HTML blocks to text-only equivalents for enhanced compatibility.
3. Re-encryption with User-defined Algorithm:
- Specify your preferred encryption algorithm for re-encrypting each block according to your new application's requirements.
This tool operates entirely offline, ensuring the encryption and decryption processes occur locally. No data is sent or received from any remote server, reinforcing user privacy and security throughout the entire process.