Two Lives. One Device.No Leaks. Ever.
Strong encryption means nothing if you're forced to unlock your phone. Deniable OS ensures that when coerced, only a safe environment is displayed.
See It In Action
Try different passwords to experience how Deniable OS protects your data.
Example Passwords for This Demo
Swipe up on the phone screen to start the demo.
In a real setup, you can set your own passwords for each mode. These are just simple examples to help you understand how the system works.
111122223333
Current Status:
Please swipe up to access the password login screen.
Security Architecture
Deniable OS uses advanced cryptographic principles to create two completely separate environments, each with its own security model and encryption standard.
Dual Environment Architecture
Standard Android OS with full-disk encryption. No trace of Secure OS.Runs as an unmodified Android OS with standard full-disk encryption (FDE). Appears completely normal under forensic analysis, with no detectable traces of Secure OS.
Encrypted OS that leaves no trace. Uses AES-256-XTS encryption.Invisible when inactive – exists only as encrypted, fragmented data spread across storage. Uses AES-256-XTS encryption and memory isolation to prevent detection or forensic reconstruction. Secure OS only becomes accessible when the correct passphrase is provided.
Perfect Deniability
No conventional forensic traces. Secure OS data appears as indistinguishable random noise, ensuring no provable artifacts. Under deep analysis, the device maintains full deniability.
Instant Key Erasure
Emergency password triggers the immediate, irreversible deletion of the encryption key, rendering Secure OS data permanently inaccessible.
Without the decryption key, the encrypted data remains on disk but is computationally infeasible to recover—even with unlimited resources.
Security Model Visualization
Public OS
Standard OS with full disk encryptionGrapheneOS-based security with standard disk encryption for forensic compatibility
Secure Storage
Encrypted OS fragments reassembled at runtimeSecure OS does not reside in a dedicated partition; encrypted fragments are dynamically reassembled at runtime
Hardware Security
Hardware-level security via ARM TrustZone ensures cryptographic key isolation
Ready to Take Control?
Experience the next level of mobile security with a personalized demonstration.