Quantum-Safe Digital Systems
Technology Overview
This invention presents highly efficient and robust software and hardware implementations of standardised post quantum cryptographic schemes. These can safeguard future digital systems against the threat of quantum computing.
CATEGORY
Maritime Digitalization & Software Solutions 
Safety, Monitoring & Risk Reduction TECHNOLOGY READINESS LEVEL (TRL)
Post-Quantum Cryptography (PQC) Technology Stack
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Quantum-Safe Future Protection:
Protects digital systems against quantum computing threats, designed for long-term cryptographic resilience
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High-Performance Optimised Implementations:
Superior runtime, area, and power efficiency, hardware and software co-optimised for performance
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Advanced Security Hardening:
Resistant to side-channel attacks, complies with NIST and FIPS standards
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Ready-to-Plug Integration:
Foundational-level, deployment-ready libraries, suitable for automotive and industrial systems
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Wide Commercial Applications:
Applicable to secure messaging platforms, virtual Private Networks (VPNs), blockchain data storage, digital signatures and certificate validation and also enterprise cybersecurity infrastructure.
Maritime Use Cases
The quantum-safe cryptographic solutions could be implemented to protect critical maritime infrastructure, such as port management systems, vessel traffic control, and maritime communication networks, from potential quantum computing-based attacks.
The technology could also be used to secure the data generated by autonomous maritime vehicles, sensors, and monitoring systems, ensuring the confidentiality and integrity of mission-critical information.
The quantum-safe solutions could be integrated into maritime cybersecurity frameworks, providing an additional layer of protection against evolving digital threats in the maritime sector.
