GSN_HSA2017_Yearbook
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The <strong>GSN</strong> 2017 Homeland Security Awards<br />
Chuck Brooks, the Distinguished Judge of<br />
<strong>GSN</strong>’s 2017 Homeland Security Awards, agrees with<br />
the analysts now saying say that we are heading<br />
for a Fourth Industrial Revolution<br />
<strong>GSN</strong>: Chuck, thank you again for judging our<br />
most recent and very successful awards event.<br />
It was my real pleasure. Each year I am<br />
more and more impressed with the capabilities<br />
of the company submissions for best<br />
solutions. They are all top notch and at the<br />
innovative edge of security technologies. It<br />
also reassuring to review many of the new<br />
technologies being utilized across the physical<br />
and cyber spectrums for securing the<br />
homeland.<br />
<strong>GSN</strong>: Speaking of technologies, much is<br />
happening in the world emerging technologies.<br />
What are your quick thoughts as a subject<br />
matter expert on our new tech era?<br />
In my role of Chairman of CompTIA’s<br />
New and Emerging Technology<br />
Committee I get a<br />
window on what advancement<br />
is happening in both<br />
the public and private sectors.<br />
Many analysts are now<br />
saying we are entering a<br />
Chuck Brooks<br />
Fourth Industrial Revolution.<br />
I concur, these emerging technologies<br />
are already impacting how we live and<br />
work. With the advent of artificial intelligence,<br />
robotics, quantum computing, the<br />
Internet of Things, augmented reality, materials<br />
science, 3-D Printing, and data analytics<br />
the near future will be really exciting.<br />
We are living in an era where innovation,<br />
agility and imagination are all essential in<br />
order to keep pace with exponential tech-<br />
nological transformation taking place. It<br />
is easy to imagine potential applications<br />
for new technologies. For example some of<br />
the applied verticals in homeland security<br />
where I see emerging technologies applied<br />
in the next few years include:<br />
• Enhanced Surveillance (chemical and<br />
bio sensors, cameras, drones)<br />
• Improved facial recognition and<br />
license plate readers<br />
• New Non-lethal technologies<br />
• Counter terrorism and law enforcement<br />
informatics via predictive analytics and<br />
artificial intelligence<br />
• Advanced Forensics via materials<br />
science and supercomputing<br />
• Interoperable communications,<br />
geo-fencing, and situational awareness<br />
• Biometrics: assured identity security<br />
screening by bio-signature: Every aspect<br />
of your physiology can be used as a biosignature.<br />
Measure unique heart/pulse<br />
rates, electrocardiogram sensor, blood<br />
oximetry, skin temperature<br />
• Automated cybersecurity and information<br />
assurance<br />
• Robotic Policing<br />
That is my own future homeland security<br />
short list. However, even with new and exciting<br />
emerging technologies in the pipeline<br />
the new digital landscape of connectivity<br />
also brings a new and wide array of vulnerabilities<br />
and threats.<br />
<strong>GSN</strong>: What vulnerabilities and threats do you see<br />
associated with these new technologies and<br />
what will be government’s role in mitigating the<br />
threats?<br />
There is a security component to almost<br />
anything technology related. The connectivity<br />
of technologies, especially to the<br />
internet, makes everyone and everything a<br />
target of cyber intrusion. A good example<br />
is the Internet of Things (IoT). IOT refers<br />
to the emerging connectivity of embedded<br />
devices to the Internet. It is estimated that<br />
there will be as between 25 to 65 billon<br />
connected Internet devices by 2020 (depending<br />
on who you cite). The commercial<br />
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