QWAMOS combines cutting-edge quantum-resistant cryptography with proven virtualization technology to create the most secure mobile operating system available today.
QWAMOS implements NIST-standardized quantum-resistant algorithms to protect your data against both current threats and future quantum computing attacks.
Digital Signatures
Key Encapsulation
Lattice Signatures
Hash-based Sigs
Stream Cipher
Hashing
Password KDF
Key Derivation
# QWAMOS Crypto API (NIST FIPS)
from qwamos.crypto import MLDSASigner, MLKEM1024
# Generate quantum-safe signature (FIPS 204)
signer = MLDSASigner()
keys = signer.generate_keypair()
signature = signer.sign(data, keys.private)
# Quantum-safe key encapsulation (FIPS 203)
kem = MLKEM1024()
alice_keys = kem.generate_keypair()
ciphertext, shared_secret = kem.encapsulate(
alice_keys.public
)
Each application runs in its own virtual machine with hardware-enforced boundaries. A compromised app cannot access data from other VMs or the host system.
Complete isolation between applications
Dedicated CPU cores and memory per VM
Native graphics performance in VMs
Per-VM encrypted volumes
All network traffic is routed through multiple anonymization layers by default, ensuring complete privacy and protection against traffic analysis.
Instantly destroy all encryption keys and sensitive data with a simple gesture or button combination.
• 5-finger triple-tap • Custom gesture activation • Remote wipe capability • Duress PIN (decoy Android VM) • < 2 second destruction • Nuclear Tamper Wipe (pre-boot) • Unrecoverable data loss
Complete isolation of the cellular modem prevents baseband attacks and location tracking.
• IMSI catcher protection • Silent SMS blocking • Location privacy • Baseband firewall • Zero modem access
Leave no trace with advanced anti-forensic features designed to prevent data recovery.
• VeraCrypt hidden volumes • Memory sanitization • Metadata scrubbing • Plausible deniability • Secure deletion
Real-time detection and mitigation of ultrasonic attacks including DolphinAttack and covert channels.
• DolphinAttack protection • BadUSB beacon detection • Covert channel blocking • ML threat classification • Adaptive audio firewall
4× physical relay kill switches on the Obsidian Circuit Onyx cut power at the hardware level — not software toggles that can be bypassed.
• Network relay kill (opens RF circuit) • Microphone relay kill (shorts to GND) • Camera relay kill (disconnects power) • Location/GPS relay kill • Betavoltaic security rail (powers HNCP + Tamper MCU independently of main battery)
Every keystroke is individually encrypted. Coordinate noise and layout randomization defeat acoustic, optical, and side-channel keyboard attacks.
• Per-keystroke ML-KEM-1024 encryption • ±5px coordinate noise injection • 30-second layout randomization • Acoustic side-channel defeat • Zero keystroke logging possible
Three independent AI engines vote on security decisions. No single AI can be compromised to approve a malicious action.
• Kali GPT (local 6 TOPS NPU) • Claude API (via Tor) • ChatGPT API (via Tor) • Majority vote enforcement • Consensus required for all decisions
Three complementary ML models detect threats at different timescales — from zero-day anomalies to long-running APT campaigns.
• Autoencoder: zero-day anomaly detection • Random Forest: known signature matching • LSTM: temporal/APT behavioral patterns • Cross-VM correlation analysis • Real-time NPU inference (6 TOPS)
Ready to take control of your mobile privacy?