GSN March 2016 Digital Edition
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Whitewood Encryption Systems announces<br />
awarding of third patent arising from Los Alamos<br />
National Laboratory technology transfer<br />
• The new patent addresses the critical need to share cryptographic keys<br />
over untrusted optical networks and embodies inventions that increase<br />
operating distance and simplify deployment.<br />
• This is the company’s third patent that focuses on the long-range requirement<br />
of establishing security systems that can remain secure even<br />
with the arrival of ultra-high performance quantum computers.<br />
• Whitewood’s IP portfolio and related commercialization efforts illustrate<br />
the effectiveness of a public-private partnership in technology transfer<br />
that can stimulate innovation to the benefit of the broader U.S. economy.<br />
8<br />
<br />
Whitewood Encryption Systems,<br />
Inc., a provider of crypto-security<br />
solutions, is pleased to announce<br />
<br />
<br />
Allowance for a patent application<br />
that addresses important practical<br />
issues that arise when employing<br />
quantum communications techniques<br />
to share cryptographic key<br />
material over fiber optic networks.<br />
The patent application, which is<br />
entitled, “Great Circle Solution to<br />
-<br />
<br />
describes an advanced method for<br />
correcting the unwanted polarization<br />
effects that are encountered<br />
in today’s optical fiber networks.<br />
This enables the parties wishing to<br />
perform secure key exchanges to<br />
operate over longer distances and<br />
to be less susceptible to signal degradation.<br />
The use of the quantum<br />
mechanical properties of photons<br />
to share secret keys in a way that is<br />
fundamentally resistant to eavesdropping<br />
or man-in–the-middle attacks<br />
has been widely demonstrated<br />
in the lab, but practical limitations<br />
such as optical distortion have severely<br />
limited the number of commercial<br />
deployments. Future products<br />
that embody this patent would<br />
help to address some of those limitations.<br />
The inventors named on the patent<br />
include Jane Nordholt and Richard<br />
Hughes, who co-founded and<br />
co-led the Quantum Communications<br />
team at Los Alamos National<br />
Laboratory in New Mexico for nearly<br />
two decades before retiring, and<br />
who are now consulting physicists<br />
for Whitewood. Their co-inventors<br />
are Raymond Newell and Charles<br />
<br />
researchers at Los Alamos and continue<br />
to support Whitewood product<br />
development activities.<br />
This patent forms part of a portfolio<br />
of intellectual property exclusively<br />
licensed by Whitewood<br />
to commercialize quantum-based<br />
technologies to address the current<br />
and future needs for secure cryptography.<br />
Last year, the same group<br />
of scientists was awarded a patent<br />
that allowed for the miniaturization<br />
of quantum-based key distribution<br />
technology for use on existing optical<br />
fiber networks and from satellite<br />
<br />
received a patent for a technology<br />
that dramatically increased the scalability<br />
of multi-node networks that<br />
employ quantum-based key management<br />
techniques.<br />
“It is clear that the unique attributes<br />
of quantum mechanics can<br />
have a direct benefit on security