Security that you don't control is just rented trust, and sovereignty that isn't quantum-protected has an expiration date. Navon brings the two together into a single deployable platform that covers the modular shell, the power, and the cryptographic layer, all under the customer's flag and all engineered to outlast the post-quantum transition.
Quantum computers will break the encryption protecting today's applications, and adversaries are already harvesting data to decrypt later. This short film shows how Navon's hybrid post-quantum cryptography future-proofs your apps now, delivered with the price-performance to make quantum-safe security the default, not a premium.
Data security gives the cryptographic foundation. Data sovereignty gives the physical and legal control. Quantum protection makes both durable across the post-quantum transition.
Tamper-resistant key vaults, physics-based entropy, and an agility engine that re-encrypts the estate as standards move.
You own the shell, the power, the perimeter, and the keys, across national vaults, cross-border data embassies, and air-gapped pods.
Classical and PQC algorithms run in parallel today, with QKD on the highest-assurance links between sovereign nodes. Built in, not a 2030 retrofit.
Physical infrastructure controls digital sovereignty. The organisations that own the shell, the power, and the cryptographic layer own the trust.
Physics-based key exchange and software-defined post-quantum cryptography cover different threat vectors, and together cover both current and future quantum threats.
Live at Hell's Gate. Hardware QKD and software PQC run side by side in one integrated environment, open to governments, telcos, banks, and research partners for evaluation and deployment on commercially proven gear.
Built with ID Quantique (Geneva, a global leader in QKD, deployed in Korea, Singapore, EU) and ExeQuantum (an ISO 27001 certified PQC stack covering discovery, encryption, and sovereign architecture).
Citizen registries, treaty archives, and central-bank infrastructure carry sensitivity lifecycles measured in decades. They are the first to demand quantum-resilient sovereignty, and the largest beneficiaries of getting it right early.
Quantum-resilient citizen registries, digital embassies, classified research, and national cryptographic inventories ahead of mandate.
Encryption upgrades for core banking, quantum-secure transaction APIs, and PQC-mandate readiness ahead of global regulation.
Quantum-secure managed services for enterprise, inter-city QKD links, and backend protection against harvest-now-decrypt-later.
Hardware-rooted resilience for industrial control, IoT communications secured with pre-shared quantum keys, sector-specific compliance.
Lifelong patient records, biometric registries, and identity systems whose sensitivity windows exceed any classical cipher's lifetime.
University collaboration, applied quantum-security research, and a continental sandbox for cybersecurity startups building on real infrastructure.