Page 14 - Cyber Defense eMagazine - February 2018
P. 14
HOW WE CAN SECURE THE ENERGY GRID AND THE
SMART HOME OF THE FUTURE
by Uri Kreisman, COO, Bluechip Systems
On August 15th, 2012, the Saudi Arabian group Saudi Aramco suffered a malware
attack called “Shamoon” that damaged about thirty thousand computers. The state-
owned group runs the entire nation’s oil production, and the attack sent the nation’s
entire economy into disarray. In total, eighty-five percent of Saudi Aramco’s hardware
was compromised.
Shamoon highlights how a cyberattack on an energy entity could cripple an entire
nation. Indeed, it’s this potential for such damage that makes them an attractive option
for cyberterrorists.
Smart grids being an attractive target for cybercriminals points to a larger trend. The
internet of things (IoT), powered by smart devices, gives cybercriminals the opportunity
to hack devices previously unheard of even a decade ago. Since more and more homes
are now attached to the smart grid through IoT, the need to secure these networks is
becoming more and more vital.
All of the internet connected devices in your home that have cameras attached to them -
- smartphones, smart TVs, video game consoles, baby monitors, laptops -- can be
hacked and exploited to monitor and spy on residents and execute powerful botnet
attacks all without your knowledge.
There is now an increasing need to be able to secure IoT devices that were never built
to be secured in the first place. Instead of relying on manufacturer software updates, I
believe that a hardware-isolated solution is the future. If you embed a low-power, highly
flexible, hardware-isolated computational and storage container that isolates data inside
the host architecture, you can secure data and processes independently of the host’s
operating system or networking protocol and make them virtually impervious to attack;
an innovation that will change cybersecurity as we know it today.
14 Cyber Defense eMagazine – February 2018 Edition
Copyright © 2018, Cyber Defense Magazine, All rights reserved worldwide.