ARMOS generates encryption keys using the laws of quantum physics, ensuring information-theoretic security where any interception attempt is inherently detectable and future-proof against quantum computing threats.

Supporting 150 to 200 KM transmission over standard optical fiber, ARMOS enables scalable metro, intercity, and national-level quantum-secure networks through trusted relay architectures.

ARMOS operates over existing fiber infrastructure including dark fiber and multiplexed networks, supporting coexistence with classical data channels for enterprise and telecom deployment.

ARMOS integrates with AES-based systems, HSMs, and key management platforms through KMIP and PKCS#11 interfaces, enabling quantum security adoption without major architectural changes.

QNu Labs combines QKD with post-quantum cryptography in a layered security model, strengthening resilience across current and future threat landscapes.

Built as a homegrown solution, ARMOS supports India's national security objectives, aligns with the National Quantum Mission, and reduces dependence on foreign technologies.

Real-time sync on mPurpose-built for defense, government, banking, and telecom sectors where mission-critical data protection is non-negotiable.obile, web, and desktop apps.

Leveraging decoy-state and Differential Phase Shift techniques, ARMOS mitigates quantum channel attacks while continuous monitoring, automatic key regeneration, and SOC/SIEM integration sustain long-term resilience.