The Future of Mobile Security is Quantum — in Hardware and Software
QWAMOS combines a post-quantum mobile OS, a purpose-built hardware platform (Onyx VALKYRJA), and the world's first FLDW-fabricated photonic security module — delivered at a fraction of the cost of silicon photonic alternatives.
QWAMOS addresses the critical gap in mobile security infrastructure. As quantum computers threaten current encryption standards, we are the first vertically integrated solution: a quantum-resistant OS, purpose-built hardware, and an in-house photonic QRNG/CV-QKD module manufactured via femtosecond laser direct-write (FLDW) at <2% the capital cost of silicon photonic foundries.
Alpha Release
✓ CompletedBeta Launch
✓ CompletedEnterprise Pilots
✓ CompletedConsumer Launch
✓ CompletedQWAMOS v3.1.0 — All 27 phases complete
✓ CompletedObsidian Circuit Onyx hardware platform launch
✓ LaunchedQWAMOS v3.2.0 VALKYRJA — RK3588 HAL, Samsung FMP driver, HNCP firmware, Glass Photonic QRNG integration
▸ Upcomingx86_64 port — laptop/workstation class; satellite mesh networking. NIST SP 800-90B entropy source evaluation for glass photonic QRNG. Battelle miniaturization prototype (10×8×3 mm phone-scale chip).
▸ RoadmapVALKYRJA v2 production — glass photonic QRNG active in all v2 devices. CV-QKD companion module available. FIPS 140-3 Level 3 submission for glass photonic module. Common Criteria EAL4+ evaluation begins.
▸ RoadmapCommon Criteria EAL4+ certificate for photonic security module. NSA CSfC Approved Products List placement for VALKYRJA hardware entropy component — creates indefinite DoD/IC procurement vehicle.
▸ RoadmapExpected to reach $72B by 2025 with 23% CAGR. Enterprise mobile security is the fastest growing segment.
84% of consumers are concerned about mobile privacy. 67% would pay premium for enhanced security.
NSA predicts quantum computers will break current encryption by 2029. Migration must begin now. QWAMOS deploys 5-way hybrid KEM today.
Privacy-conscious consumers, journalists, activists, and individuals demanding uncompromised endpoint security. Entry-level Onyx configuration.
TAM: $8B
Enterprise security teams, Fortune 500 BYOD programs, financial institutions, and government agencies requiring NIST PQC compliance.
TAM: $28B
Intelligence community, cleared defense contractors, special operations units. Full VALKYRJA configuration with CV-QKD, Betavolt nuclear rail, hardware kill switches, and NSA CSfC APL-targeted certification. EAR ECCN 5E002 / potential ITAR.
TAM: $12B
Obsidian Circuit's Glass Photonic platform uses Femtosecond Laser Direct-Write (FLDW) fabrication on Corning EAGLE XG borosilicate glass. A single femtosecond laser system produces fundamentally different functional devices — QRNG, CV-QKD, Sagnac gyroscope, spectrometer, optical neural network accelerator, biosensor — simply by loading a different software-defined laser path. Capital is fixed. The marginal cost of a new device type is engineering design time.
QRNG throughput — continuous vacuum fluctuation sampling, NIST SP 800-90B compliant
CV-QKD key generation rate at 9.3 km — keys delivered directly to Infineon SLB 9670 HSM
Balanced homodyne detector common-mode rejection ratio — validates quantum measurement quality
Stage 1: NIST SP 800-90B entropy source validation (2027). Stage 2: FIPS 140-3 Level 3 cryptographic module (2028). Stage 3: Common Criteria EAL4+ (2027–2028). Stage 4: NSA CSfC Approved Products List placement (2029). R&D partnership with Battelle Memorial Institute (compartmentalized — receives chip dimensions only).
RK3588 SoC (NON-SUBSTITUTABLE as sole ARMv8.2+SVE SoC meeting all QWAMOS hardware enforcement boundary requirements) anchors a dense security-optimized BOM.
| Component | Lead Time | Status |
|---|---|---|
| Samsung LEAD 2.0 FMP Display | 12–18 mo | Procurement P0 |
| Betavolt BV100 (Ni-63 nuclear cell) | 12–18 mo + regulatory | NRC license required (~20 Ci/unit) |
| Graphene-Silicon Battery | 18–24 mo | NRC & BV100 partnership |
| Glass Photonic FLDW Fabrication Equipment | 6–12 mo | Capex ~$610K–$1.21M |
| Feature | QWAMOS | GrapheneOS | iOS | Stock Android |
|---|---|---|---|---|
| Post-Quantum Crypto | ✓ 5-way Hybrid KEM | ✗ | ✗ | ✗ |
| Hardware VM Isolation | ✓ EL2 Hypervisor | ✗ | ✗ | ✗ |
| Hardware QRNG | ✓ Glass Photonic 42.7 Gbit/s | ✗ | ✗ | ✗ |
| CV-QKD (Quantum Key Distribution) | ✓ 3.2 Mbit/s | ✗ | ✗ | ✗ |
| Triple-AI Consensus Engine | ✓ Kali GPT / Claude / ChatGPT | ✗ | ✗ | ✗ |
| SecureType Keyboard | ✓ Per-keystroke KEM + ±5px noise | ✗ | ✗ | ✗ |
| Baseband Isolation | ✓ HNCP + Kill Switch | ✓ | ✗ | ✗ |
| Native Tor / I2P / obfs4 | ✓ | ✗ | ✗ | ✗ |
| Open Source | ✓ AGPL-3.0 | ✓ | ✗ | Partial |
| Dedicated Hardware Platform | ✓ Onyx VALKYRJA | ✗ | ✗ | ✗ |
| Hardware Kill Switches | ✓ 4× (RF / power / storage / modem) | ✗ | ✗ | ✗ |
12 patents pending covering VM isolation, FLDW photonic chip integration, hybrid KEM implementation, and secure boot mechanisms. FLDW fabrication method creates novel IP moat in photonic security hardware.
Formal R&D collaboration with Battelle Memorial Institute on Glass Photonic platform. Compartmentalized engagement (Battelle receives chip dimensions only). Battelle's involvement directly supports NSA CSfC APL certification pathway.
Former engineers from Qubes OS, Signal, and quantum cryptography research backgrounds. In-house photonic fabrication capability is a rare and defensible technical differentiator at this capital scale.
Active evaluation of Soramatex carbon aerogel composite (Sora Materials Co., Nagoya University spinout — CES 2026 debut) for passive TEMPEST/EMI shielding of the security silicon zone, glass photonic module thermal isolation, and acoustic decoupling. Density 0.0005–0.01 g/cm³ — adds near-zero mass. Evaluation via Battelle materials compartment. Watch/Investigate tier — v3 candidate pending independent characterization.
Combined hardware device sales + enterprise licensing + consumer subscriptions
Conservative projections based on 1% market penetration across T1/T2/T3 tiers. Hardware margin improves substantially at 100k+ unit volumes ($350–$550 BOM vs. $690–$1,349 small volume).
Partner with us to secure the future of mobile computing
For accredited investors only. Securities offered through First Sterling Capital, LLC. T3 materials subject to NDA and accreditation verification.