Online Text Encryption Tool

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Action: Secret Key:

Input Text

Result Output

Action processed successfully

How to Use the Text Encryption Tool

Select Action: Choose either "Encrypt Text" (to hide your message) or "Decrypt Text" (to read a hidden message) from the dropdown menu.
Enter Secret Key: Type a strong, memorable password in the Secret Key box. You will need this exact password to decrypt the text later.
Input Your Text: Paste your plain text or encrypted Base64 string into the left input box.
Process: Click the blue button to securely encrypt or decrypt your text. Copy the result or download it as a file.

Core Features

Native Web Crypto API: Utilizes the modern browser's built-in cryptographic engine (AES-GCM) rather than third-party libraries.
PBKDF2 Key Derivation: Strengthens your passwords against brute-force attacks by hashing them thousands of times before encryption.
Unique Salting: Every encryption generates a unique, randomized salt and initialization vector (IV), meaning encrypting the same text twice yields different ciphertexts.
100% Client-Side Privacy: Your text and passwords are never sent across the internet. All processing occurs locally on your device.

Benefits of Using Text Encryption

Sending sensitive information like API keys, financial details, or personal addresses over standard chat apps or emails can leave a permanent, exposed paper trail. By encrypting your text first, you ensure that even if an unauthorized party intercepts the message or breaches the platform, the content remains completely unreadable without your predetermined secret key.

Common Use Cases

Secure Messaging: Encrypting a private message before sending it via email, SMS, or public chat channels like Discord or Slack.
Password Sharing: Safely transmitting a temporary password or Wi-Fi code to a coworker or friend over an insecure network.
Digital Journaling: Keeping a personal diary in a cloud storage platform (like Google Drive) where you want to restrict access to the text itself.
Code Obfuscation: Hiding sensitive variables or configuration strings in a developer environment.

Encryption Examples

Observe how encryption transforms readable text into a secure format using a password. Note: Output strings are shortened for display purposes.

Input Text	Secret Key	Result Output (Base64 Ciphertext)
Hello World	`mySecret123`	[Random Salt] + [Random IV] + Cipher e.g., `vJ3kL9...Q8pA==`
Server IP: 192.168.1.1	`admin-pass`	e.g., `Xm9qZ...k1lW==`
Encrypted Base64 String	`wrong-password`	Error: Decryption Failed

Pro Tips for Best Results

Don't Lose Your Key: Encryption is a one-way street if you lose the password. There is no "forgot password" feature for raw encrypted text.
Use Strong Passwords: A short password like "123" can easily be brute-forced by automated tools. Always use a long mix of letters, numbers, and symbols.
Secure Key Exchange: Never send the encrypted text and the password in the same message or via the same platform. Send the ciphertext via email and the key via an encrypted messaging app (like Signal).

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Frequently Asked Questions (FAQ)

What encryption algorithm does this tool use?

This tool utilizes AES-GCM (Advanced Encryption Standard with Galois/Counter Mode). It is a highly secure, authenticated encryption algorithm used globally for securing sensitive data. The encryption key is derived from your password using the PBKDF2 standard with SHA-256.

Can you or anyone else read my encrypted text?

No. All encryption and decryption processes happen locally inside your web browser using JavaScript. Nothing is sent to our servers, meaning we have zero access to your plaintext, ciphertext, or secret key.

What happens if I forget my password?

Because there is no central database or account system, it is impossible to recover your encrypted text if you forget the password. The data will remain permanently locked.

Why does the same text output different results every time I click Encrypt?

This is a hallmark of strong encryption. The tool automatically generates a random "Salt" and "Initialization Vector (IV)" for every single encryption process. This ensures that attackers cannot use pattern recognition to break your cipher, even if you encrypt the same word multiple times.

Why am I getting a "Decryption Failed" error?

This error occurs for one of three reasons: 1) You entered the wrong Secret Key, 2) The encrypted text was modified, missing characters, or copied incorrectly, or 3) You are trying to decrypt normal text instead of an encrypted Base64 string.