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QUANTUM ENGINEERING
Post-Quantum Security, Quantum Communications, and Network Engineering
OSE supports organizations preparing for quantum-era security and communications requirements. Our focus spans post-quantum cryptography readiness, quantum communications architecture, and the integration of classical and quantum network environments.
THREE DISCIPLINES, DIFFERENT ENGINEERING PROBLEMS
Quantum readiness begins with precise language.
Post-Quantum Cryptography, quantum communications, and quantum networking are related but distinct. PQC uses quantum-resistant algorithms within classical systems and networks. Quantum communications and networking involve quantum states, devices, links, control mechanisms, and integration with classical infrastructure.
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OSE separates these disciplines so that requirements, architectures, standards, risks, and expected outcomes remain clear.
DISCIPLINE 1
Post-Quantum Crytography
Plan the transition from quantum-vulnerable cryptography.
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DISCIPLINE 2
Quantum Communications
Translate an emerging communications use case into engineering requirements.
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DISCIPLINE 3
Quantum Network Engineering
Engineer the interfaces between quantum devices, links, services, and classical networks.
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