Select a pattern style:
Warning: This will overwrite existing keys in memory.
Enable RSA to access advanced features.
An image-based credential utility combining industry-standard encryption with steganography. Conceal your passwords, API keys, and sensitive data within ordinary images using AES-256 and RSA cryptography.
PixPass employs AES-256 encryption, an industry-standard algorithm. Your credentials are encrypted before being embedded, requiring your password to access.
Hide your encrypted data within the pixel structure of images. The modifications are designed to minimize visual detection—images appear normal while carrying your encrypted credentials.
Connect to PixPass-enabled services using RSA public-key cryptography. Generate login images that services can verify.
Generate artistic carrier images with 9 unique pattern styles including orbs, plasma, hexagons, geometric shapes, particle rings, glitch blocks, flow fields, neon grids, and fractal trees.
Combine password-based AES encryption with RSA public-key cryptography for flexibility. Use passwords for personal storage or RSA for service integration workflows.
Your encrypted data is hidden within ordinary-looking images. Anyone examining the image sees only a picture, not an obvious container for credentials.
Add your passwords, API keys, usernames, or any sensitive data as key-value pairs. PixPass allows storage of multiple credentials within a single image.
Choose your encryption method. Enter a password for AES-256 symmetric encryption, or enable RSA for asymmetric public-key cryptography with service integration support.
Upload your own PNG image or generate a carrier image with custom patterns. The encrypted data is embedded within the image's pixel structure using LSB steganography.
Save your PixPass image anywhere—cloud storage, email, messaging apps, or USB drives. The image appears normal but contains your encrypted credentials. Remember: you are responsible for safeguarding your images.
When you need your credentials, upload your PixPass image and enter your password. The data is decrypted and extracted. Lost passwords cannot be recovered.
Store website passwords, banking credentials, and login information in an encrypted image that requires your password to access. Contact us for Password Management solutions.
Developers can store API keys, access tokens, and database credentials outside of code repositories. Note: For production systems, consider dedicated secrets management solutions.
Services can implement PixPass support for alternative authentication using RSA-encrypted credentials. Requires service-side PixPass compatibility. Contact for more info.
Store wallet information with encryption. Warning: For high-value cryptocurrency holdings, use dedicated hardware wallets.
Protect identity document information in an encrypted format. Remember that images can be lost—maintain backups in secure locations.
Share credentials with team members by sending an image file instead of plain text. Recipients will need the password to extract data.
PixPass Wallet is a credential utility that combines image steganography with industry-standard encryption. It works by first encrypting your passwords and sensitive data using AES-256 or RSA encryption, then embedding this encrypted data within ordinary image files using LSB (Least Significant Bit) steganography. The resulting image appears normal but contains your encrypted credentials, which can only be extracted and decrypted with your password or private key.
PixPass uses AES-256-CBC encryption for password-protected data, an industry-standard symmetric encryption algorithm. For service integration, we implement RSA-4096 public-key cryptography, providing asymmetric encryption widely used for secure communications. We use SHA-256 with random salts for password hashing. We make no guarantees regarding the effectiveness or security of these implementations—use at your own risk.
Not through ordinary visual inspection. Our LSB steganography modifies only the least significant bits of pixel color values, making changes difficult to detect visually. However, sophisticated statistical analysis (steganalysis) can potentially detect embedded data. For better concealment, we recommend using generated artistic carrier images rather than photos, as they provide more uniform cover for embedded data patterns.
If you lose your PixPass image or forget your password, your credentials are permanently unrecoverable—this is by design. We recommend storing multiple copies of your PixPass images in different secure locations (encrypted cloud storage, offline backups). Unlike traditional password managers, there is no "account recovery" because we do not store your data. You are solely responsible for safeguarding your images and remembering your passwords.
Yes! You can upload any PNG image to use as a carrier. However, we recommend using uncompressed or minimally compressed images for best results. JPEG images are not supported because lossy compression would destroy the embedded data. For maximum embedding capacity, consider using our generated carrier images with artistic patterns.
AES (Advanced Encryption Standard) is symmetric encryption—the same password encrypts and decrypts your data. It's suitable for personal use where you remember your password. RSA is asymmetric encryption using a key pair (public and private). It's designed for service integration where a service provides their public key, you encrypt credentials with it, and only they can decrypt with their private key. RSA enables alternative authentication workflows between PixPass and supporting services.
An alternative approach to credential management using image steganography and industry-standard encryption. Free to use, but please review our terms and understand the risks before storing sensitive data.