Other Benefits
1. Overcoming implementation challenges that hamper adoption.eg our technology can secure endpoints in the energy grid (particularly private homes) by delivering quantum random numbers and encryption keys to these endpoints without the limitations normally associated with quantum-connected devices. 2. This software can assist those organisations with long-term confidentiality
Read MoreSDS can accelerate the commercialisation of QT for use by classical computers
Salvanote’s technology can de-risk the use of QRNs (Quantum Random Numbers) by classical computers and and consequently accelerate the commercialisation of QT for use by classical computers by removing these obstacles. Capabilities: Can generate QRNs and end-to-end encrypt them at the (quantum source). Can enable the steady supply
Read MoreSDS will be able to replace Quantum Key Distribution (QKD).
QKD distributes, entirely securely, keying material used for quantum enhanced encryption keys. However, computers cannot access this keying material without expensive quantum hardware and networks of optical fibre extending to every [Type text]Page 2 endpoint. There is also the restriction of distance covered by the optical cabling. SDS
Read MoreSDS will demonstrate the secure storage of QRN for use by a classical computer when needed.
The one-time supply of software, or the use of hardware, to generate QRN locally is open to all the weaknesses of a centralised source of randomness. They are high- value targets because compromising them compromises all systems that rely on them. SDS will be able to safely store
Read MoreSDS will enable the supply of QRN to classical computers without the need of a quantum device at the user end-point.
Sourcing Quantum Random Numbers (QRN) from a quantum device for use by classical computers need not involve a quantum device at the user end. Quantum Technology Companies (QTC’s) transmit QRN over a secure channel (e.g., using Quantum Key Distribution (QKD) or an encrypted classical channel). So they remain
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