Quantum-Secure · Obsidian Circuit Onyx

The Future of
Mobile Security

QWAMOS is a post-quantum mobile hypervisor OS that runs directly on the Obsidian Circuit Onyx — a purpose-built RK3588 device with a betavoltaic nuclear security rail, Samsung LEAD 2.0 FMP privacy display, and full NIST PQC stack. 8 isolated VM domains. Zero compromises.

Download v3.1.0 Explore Features

Phases Complete

VM Domains

100%

Open Source

Backdoors

Core Features

Built for the Quantum Era

Advanced security features designed to protect against both current and future threats

Post-Quantum Cryptography

ML-DSA-87 signatures and Kyber-1024 key exchange protect against quantum computing attacks

VM Isolation

Hardware-enforced virtualization ensures complete isolation between applications and data

Anonymous Networking

Built-in Tor and I2P routing with mandatory encryption for all network traffic

Anti-Fingerprinting

WebTunnel, V2Ray transports with ML behavioral obfuscation defeat traffic analysis

Production Hardware

Obsidian Circuit Onyx

Purpose-built ARM64 device designed exclusively for QWAMOS — every component chosen to enable security features impossible on commodity hardware

Manufacturer

Operating System

Production Device

Codename

RK3588 SoC

Sole ARM64 SoC with open EL2/KVM access — native pKVM hypervisor without closed firmware dependencies

Nuclear Security Rail

Betavolt BV100 (Ni-63 isotope) — powers the Hardware Network Control Processor and Tamper MCU independently of the main battery

Privacy Display

Samsung LEAD 2.0 FMP (Flex Magic Pixel) — 3.5% brightness at 45° off-axis, defeating shoulder-surfing and optical TEMPEST

4× Relay Kill Switches

Physical hardware relays — not software toggles — for Network, Microphone, Camera, and Location. Power is cut at the relay level

Glass Photonic QRNG

FLDW glass chip — 42.7 Gbit/s quantum random number generation, CV-QKD, Sagnac gyroscope tamper detection. NIST SP 800-90B → FIPS 140-3 L3 → NSA CSfC APL certification path (v2 hardware)

8 VM Domains

Dom0 · Gateway · Android · Arch Linux · Kali NetHunter · Ubuntu Dev · Vault (air-gapped) · Disposable — each with encrypted storage and independent network identity

32 GB LPDDR5X · 7,700 mAh

32 GB RAM for concurrent VM isolation · graphene-silicon Li-ion battery with 100W fast charge (6–10 min full charge)

Hardware Memo (PDF) QWAMOS Spec (PDF)

System Architecture

Hypervisor-First Design

QWAMOS runs directly on mobile hardware as a Type-1 hypervisor, not as an Android app or custom ROM. This fundamental architectural difference provides unprecedented security and isolation.

Hardware Layer

Direct access to ARM64 CPU with hardware virtualization

QWAMOS Hypervisor

Microkernel design with minimal attack surface

Guest Operating Systems

Android, Linux, and other OS run as isolated VMs

Explore Architecture →

Security First

Defense in Depth

Multiple layers of protection against advanced persistent threats

┌─────────────────────────────────────────────────────┐
│  Post-Quantum Cryptography (NIST FIPS)              │
│  Hybrid KEM: ML-KEM-1024⊕BIKE⊕HQC⊕McEliece⊕X25519 │
│  ML-DSA-87 · Falcon-1024 · SPHINCS+ · no ECC       │
│  Argon2id · HKDF-BLAKE2b · ChaCha20-Poly1305       │
├─────────────────────────────────────────────────────┤
│  Application VMs (8 Isolated Domains)               │
│  Dom0 · GW · Android · Arch · Kali · Dev · Vault   │
│  Triple-AI Consensus · ML Threat Detection          │
├─────────────────────────────────────────────────────┤
│  Network Security Gateway                           │
│  Tor/I2P · WebTunnel · V2Ray · obfs4/Snowflake     │
├─────────────────────────────────────────────────────┤
│  QWAMOS Hypervisor (pKVM/KVM on RK3588 EL2)        │
├─────────────────────────────────────────────────────┤
│  Hardware Security Rail                             │
│  Glass Photonic QRNG (42.7 Gbit/s) · Infineon HSM │
│  Betavolt BV100 · 4× Relay Kill Switches           │
│  Samsung LEAD 2.0 FMP (3.5% @ 45°) Privacy Display│
└─────────────────────────────────────────────────────┘

A+

Security Audit Score

Known Vulnerabilities

<2s

Panic Wipe Time

The Future ofMobile Security