GSN March 2016 Digital Edition
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Richard Moulds, Vice<br />
President of Strategy<br />
at Whitewood<br />
systems that use cryptography.<br />
In particular, quantum<br />
mechanics enable<br />
behavior that is perfectly<br />
random and provides<br />
a definitive measure of<br />
tampering – both critical<br />
aspects of any crypto system,”<br />
said Richard Moulds,<br />
<br />
at Whitewood. “As the security<br />
industry considers<br />
the threat of quantum computers<br />
and their impact on today’s encryption<br />
capabilities, we must raise the<br />
security bar. In the medium to long<br />
term, this means adopting quantum-resistant<br />
algorithms<br />
and key management<br />
<br />
take action in the short<br />
term. Quantum processes<br />
can be used today as a<br />
true and trusted source<br />
of random numbers and<br />
are rapidly being seen as<br />
a standard of due care<br />
when generating cryptographic<br />
keys that are fundamentally<br />
unpredictable.”<br />
Last year, Whitewood launched its<br />
first product that incorporated Los<br />
Alamos technology: a quantumpowered<br />
random number generator<br />
neTM.<br />
The product solves the problem<br />
of entropy generation, the critical<br />
base to all cryptographic systems<br />
in use today, from encryption, digi-<br />
rency<br />
and digital payments.<br />
Entropy is what makes random<br />
numbers random — and cryptographic<br />
keys that are derived from<br />
these random numbers rely on this<br />
unpredictability for their security. In<br />
the absence of a true random number<br />
generator, developers are forced<br />
to rely on deterministic software<br />
systems to simulate random num-<br />
More on page 52<br />
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