Most industrial organizations are behind the curve when it comes to cybersecurity, facing mounting complexities like the IIoT, the skills gap and the IT/OT divide. But what about industrial organizations that are already taking steps in the right direction and need to know what awaits them on the horizon? What practical next steps can your organization take to optimize your current ICS cybersecurity program?
Since the implementation of the General Data Protection Regulation (GDPR) on 25 May 2018, organizations and even private citizens have globally begun to re-assess what it means to ‘take security seriously’ and to better understand the massive difference between security and privacy.
Whilst working for a management consultancy, I learned a lot more about industrial control systems (ICS) than I ever imagined I would. In many cases, this wasn’t from working on them directly; it was from simply speaking to the technicians and reading documentation. Oftentimes, we have the false belief that our systems are safe from compromise because no one really knows how they work. It’s like security through obscurity.
As we begin our new decade of the 2020s, we can look back at the last 30 odd years and examine the collaboration between technology and our daily lives. If you think of your day-to-day, it’s easy to see how much our society relies on technology. Consider our smart devices such as mobile phones, watches, even homes. However, what about the technology that we don’t see, that gives us clean drinking water, removes wastewater, and keeps our homes warm?
Malicious actors are increasingly launching digital attacks against industrial organizations. Many of these campaigns have been successful, particularly those that have targeted energy utilities and manufacturing plants. In late spring 2019, for instance, aircraft parts manufacturer ASCO temporarily suspended operations worldwide after falling victim to a ransomware attack.
Organizations are increasingly preoccupied with strengthening the digital security of their industrial control systems (ICS). They no doubt heard FireEye reveal that it had detected a second intrusion by the same actor behind Triton malware at a second critical infrastructure organization. More recently, they likely heard confirmation of a digital attack that struck the Kudankulam Nuclear Power Plant (KKNPP) in Tamil Nadu, India back in September.
With more and more automation systems and industrial devices being connected to networks, raw data from every device can be transformed into a treasure chest of valuable information. Granted, this data can help to optimize the process, but with connectivity comes new ICS cybersecurity concerns.
To protect the integrity and safety of their business-critical assets, cybersecurity must be a top priority for the oil and gas industry. Although they operate some of the nation’s most critical systems, securing these complex infrastructures can be a huge challenge.
Industrial organizations face a growing list of digital threats these days. Back in April 2019, for instance, FireEye revealed that it had observed an additional intrusion by the threat group behind the destructive TRITON malware at another critical infrastructure.
Digital attackers are increasingly targeting industrial environments these days. Take manufacturing organizations, for instance. Back in late-August, FortiGuard Labs discovered a malspam campaign that had targeted a large U.S. manufacturing company with a variant of the LokiBot infostealer family. It wasn’t long thereafter when Bloomberg reported on the efforts of bad actors to target Airbus by infiltrating its suppliers’ networks.
