One of the most common factors that can lead to cybersecurity incidents is a security misconfiguration in software or application settings. The default settings that come with the implementation of these tools and solutions are often not configured securely, and many organizations do not invest the time and resources into ensuring that they are. Several regulatory organizations have established...

At Tripwire's recent Energy and NERC Compliance Working Group, we had the opportunity to speak with the Manager of Gas Measurement, Controls, & Cybersecurity at a large energy company. More specifically, we focused on SCADA and field assets of gas Operational Technology. The experience at the management level of such an organization provided a wealth of knowledge for the attendees. SCADA...

Electrical utilities are responsible for just about everything we do. This presents a tremendous burden on those who operate those utilities. One way these organizations offer assurance is through the audit process. While audits can generate tremendous anxiety, good planning, and tools can help make the entire process go smoothly. Moreover, these can also help to achieve positive results. At the...

Organizations looking to protect their sensitive data and assets against cyberattacks may lack the ability to build a cybersecurity strategy without any structured help. The National Institute of Standards and Technology ( NIST ) has a free, public framework to help any organization mature its IT security posture. Recently, the institute published an updated version of the cybersecurity framework...

Tripwire recently held its annual Energy and NERC Compliance Working Group. This year's attendees included more than 200 Tripwire customer utility personnel representing over 80 different registered entities from all across the US and Canada. The company sizes ranged from public utility districts and city municipalities to medium and larger-sized investor-owned utilities, including many of the...

Electric grids are part of every nation’s critical infrastructure. Every societal activity and business depends on reliable and safe electricity distribution. The US electric grid is a huge network of powerlines, distribution hubs, and renewable and non-renewable energy generators that is increasingly exposed to cyber-physical risks due to the accelerated reliance on cyber-enabled systems and IoT...

The then-new 2014 NIST Cybersecurity Framework (CSF) was designed to plug security gaps in operational technology. It’s still in use today and more relevant than ever. Fortra’s whitepaper provides a cohesive review of this security staple and how to glean the best out of it for your strategy. A Brief History of NIST CSF “The full maximum NIST Cybersecurity Framework is about as big an umbrella as...

The distribution systems of the U.S. energy grid — the portions of the grid that carry electricity to consumers — are growing more susceptible to cyber-attacks , in part due to the advent of monitoring and control technology and their reliance on them. However, the magnitude of the possible consequences of such attacks is not fully understood. Reports by the Government Accountability Office (GAO)...

Have you ever walked up to an ATM after another person finished with the machine only to find they left it on a prompt screen asking, “Do you want to perform another transaction?” I have. Of course, I did the right thing and closed out their session before beginning my own transaction. That was a mistake an individual made by careless error which could have cost them hundreds of their own currency...

The NIST Cybersecurity Framework was meant to be a dynamic document that is continuously revised, enhanced, and updated. These upgrades allow the Framework to keep up with technological and threat developments, incorporate lessons learned, and transform best practices into standard procedures. NIST created the Framework in 2014 and updated it with CSF 1.1 in April 2018 . The National Institute of...

In the past, teams incorporated security testing far after the development stage of the Software Development Lifecycle (SDLC) . Security testing would influence whether the application would to proceed to production, or get passed back to the developers for remediation. This process caused delays while teams worked on remediation or, worse yet, it increased security risks when teams released...