Global Framework
Alignment

QRCL provides quantum-resistant infrastructure for the critical industries that cannot fail.

• Post-quantum cryptographic infrastructure for aviation, space, finance, and energy sectors
• Significantly more energy-efficient than legacy proof-of-work verification approaches
• Low-power ARM deployment — accessible to operators of all sizes
• Enables NIS2 and DORA compliance for critical infrastructure operators across the EU

QRCL protects urban airspace — making city drone operations verified, safe, and trustworthy.

• Cryptographic integrity verification for urban drone operations and medical delivery flights
• Enables safe beyond-visual-line-of-sight operations over populated areas under EU U-space rules
• Protects city airspace from navigation signal manipulation

QRCL's verification approach is significantly more energy-efficient than existing alternatives, and enables verifiable climate data chains from space.

• verification uses a fraction of the energy of proof-of-work systems
• Runs on low-power ARM hardware — suitable for renewable-powered remote infrastructure
• Enables tamper-proof satellite climate data chains — verified carbon monitoring records

QRCL makes critical infrastructure decisions tamper-proof and non-repudiable — permanently.

• Cryptographic audit log — every verification decision permanently verifiable
• Post-quantum signatures ensure audit records remain secure against future computing advances
• Aligned with UN Pact for the Future (2024): critical infrastructure protection mandate

QRCL is designed as shared infrastructure — one verification layer across EU institutions and member states without vendor lock-in.

• Open standards: NIST FIPS 203/204/205, CCSDS, NIS2, DORA
• ESA BIC incubation: formal partnership with the European Space Agency
• Deployable across EU member states without proprietary lock-in

QRCL provides the cryptographic foundation for accountable, tamper-proof decision-making in safety-critical AI and automated systems.

• Every verification decision cryptographically signed and permanently verifiable — AI decisions become auditable
• Post-quantum security ensures digital infrastructure remains trusted as computing advances

QRCL's space verification layers provide the cryptographic evidence chains needed to prove compliance with peaceful-use obligations.

• Quantum-resistant signed audit logs for cislunar and deep-space operations
• Conjunction avoidance data chains support responsible debris management

QRCL's infrastructure is designed for low-power ARM hardware and open standards — bringing quantum-safe security to operators in any nation.

• Open standards (NIST FIPS 203/204/205) ensure no proprietary lock-in for any country
• GNSS integrity protection benefits all aviation operators globally

QRCL's cryptographic verification infrastructure

• Maintains aviation safety even under simultaneous node failures or interference
• No single point of failure — critical decisions require quorum, not a central authority

QRCL delivers quantum-safe verification for aviation and space — available now.

• NIS2 Directive — quantum-resistant audit logs for critical infrastructure operators
• DORA — financial sector digital operational resilience via post-quantum signing
• ENISA post-quantum cryptography guidelines — QRCL implements NIST FIPS 203/204/205

QRCL extends Galileo OSNMA authentication with cryptographic verification infrastructure

• Galileo OSNMA (operational July 2025) — verification layer over authentication verdicts
• EU SST — tamper-proof post-quantum chains for collision avoidance events
• NAVISP Element 2 — ESA permanently open call for PNT security products

QRCL's verification protocol consumes significantly less energy than legacy alternatives.

• Energy-efficient verification — far below legacy proof-of-work systems
• Low-power ARM deployment compatible with renewable-powered edge infrastructure

QRCL provides the cryptographic audit log that makes AI decisions non-repudiable under the AI Act.

• Every AI-assisted decision in aviation or drone operations cryptographically signed and auditable
• Tamper-proof evidence log satisfies AI Act requirements for high-risk system logging

The CER Directive covers aviation, energy, rail, water, and digital infrastructure — all sectors where QRCL provides quantum-resistant cryptographic verification.

• Companion to NIS2 — QRCL addresses both the cyber (NIS2) and physical resilience (CER) layers

QRCL is an Estonian company providing exactly the infrastructure the Tallinn Manual framework seeks to protect.

• Post-quantum cryptography defends against state-level cyber operations targeting critical infrastructure
• Estonian incorporation — directly within the jurisdiction that produced the Tallinn Manual

NATO's ST&I roadmap identifies post-quantum cryptography as a Tier 1 priority. QRCL implements NIST FIPS 203/204/205 — the same standards NATO is mandating across alliance infrastructure.

• NIST FIPS 204 compliant post-quantum signatures — aligned with NATO PQC transition mandate
• cryptographic verification infrastructure

NATO DIANA's challenge areas explicitly include PNT integrity and post-quantum encryption. QRCL addresses both in a single, hardware-verified stack.

• PNT integrity — verification over GNSS signals, quantum-resistant verdicts
• Contested EM environment resilience — continues under partial signal loss

QRCL implements the post-quantum cryptographic standards published by NIST — the same standards being adopted by governments, militaries, and financial regulators globally. No proprietary algorithms. No experimental schemes.

QRCL's aviation and space layers are designed against applicable international airworthiness security standards, space data link protocols, satellite navigation authentication frameworks, and orbital regulation requirements.

QRCL's critical infrastructure layers — energy, rail, maritime, finance — are aligned with applicable EU directives and international sector standards governing cybersecurity, operational resilience, and incident reporting.

The verification protocol underlying QRCL is based on peer-reviewed academic research validated on physical secure hardware across multiple independent verification points operating continuously.