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Case study
Building Europe’s largest and most complex quantum network with scalable QKD technology and software-defined networking
The sheer power of quantum computing opens up a world of possibilities, especially when compared to the abilities of classical computing, but it comes with great risks. Current methods used…
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Resources
[EXTERNAL] Twin-field quantum key distribution with optical injection locking and phase encoding on-chip
Researchers from Toshiba and the University of Cambridge have shown how twin-field QKD can overcome challenges associated with delivering effective QKD services over long distances. -
Whitepaper
Ensuring Long-Term-Secure Government and Medical Communications with QKD
Toshiba QKD technology has recently been deployed to protect critical confidential data in hospitals and government ministries in Austria.
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Whitepaper
Independent Security Evaluation of Toshiba Quantum Key Distribution Technology
The UK National Physical Laboratory (NPL) performed independent assessment of various critical parameters of Toshiba’s Quantum Key Distribution (QKD) technology. These measured quantities are integral to the product’s security and have been validated to match expected values.
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Whitepaper
Developing new security fundamentals in the quantum era
Cybersecurity needs a paradigm shift to counter the rising power of quantum computing. Read about how QKD can be used to overhaul cybersecurity fundamentals, today.
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Whitepaper
Securing the Quantum Economy, Today
Find out how EY has tested Toshiba and BT's Quantum-Secure Metro Network for using QKD to secure our economy. -
Whitepaper
Transforming Telecoms: Easing Your Transition to a Quantum-Safe Network
Discover how multiplexing can help you to easily integrate quantum-safe technologies into your existing telecoms infrastructure without dedicated fibres
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Case study
Wells Fargo Technology Case Study – Quantum Key Distribution for Symmetric Key Generation
Toshiba has worked with US bank Wells Fargo and other partners to test a fully operational QKD deployment that demonstrates how different products and technologies can successfully work together to provide quantum-secure communications. -
Resources
Article Carousel
Building Europe’s largest and most complex quantum network with scalable QKD technology and software-defined networking
The sheer power of quantum computing opens up a world of possibilities, especially when compared to the abilities of classical computing, but it comes with great risks. Current methods used…
[EXTERNAL] Twin-field quantum key distribution with optical injection locking and phase encoding on-chip
Ensuring Long-Term-Secure Government and Medical Communications with QKD
Toshiba QKD technology has recently been deployed to protect critical confidential data in hospitals and government ministries in Austria.
Independent Security Evaluation of Toshiba Quantum Key Distribution Technology
The UK National Physical Laboratory (NPL) performed independent assessment of various critical parameters of Toshiba’s Quantum Key Distribution (QKD) technology. These measured quantities are integral to the product’s security and have been validated to match expected values.
Developing new security fundamentals in the quantum era
Cybersecurity needs a paradigm shift to counter the rising power of quantum computing. Read about how QKD can be used to overhaul cybersecurity fundamentals, today.
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