The US electric grid is not about to go down. Though it’s understandable if someone believed that. Over the last few weeks, numerous media reports suggest state-backed hackers have infiltrated the US electric grid and are capable of manipulating the flow of electricity on a grand scale and cause chaos.
Dragos has identified a new activity group targeting access operations in the electric utility sector. We call this activity group RASPITE. Analysis of RASPITE tactics, techniques, and procedures (TTPs) indicate the group has been active in some form since early- to mid-2017.
On a recent threat hunt, we found ourselves in a position out in the field at a place with limited internet bandwidth and only our laptops for approved hardware resources for data. One of the datasets supplied for the engagement comprised of 5-6 GB of Windows Event Logs stored as .evtx files.
On 11 July 2018, Interfax-Ukraine released a short, somewhat ambiguous, but very concerning press release from the Security Service of Ukraine (SBU) on a thwarted attack on a chlorine production plant.
TRISIS was an interesting piece of malware to analyze and represents a lot of “firsts” regarding both ICS attacks and embedded systems exploitation.
While initial media coverage treated MAGNALLIUM as a significant threat to critical infrastructure, Dragos analysis suggests that the group lacks ICS-specific capabilities and focuses exclusively on information gathering at this time.
The Adversary Advantage is a illusory myth where it is believed adversaries have an inherent advantage due to needing to succeed only once, while defenders must succeed every time. Dragos aims to challenge the myth of the adversary advantage by providing tools to help defenders shape the landscape in which adversaries must operate.
DYMALLOY activity stretches back to 2015 and includes associations with activity into 2011. The activity focuses on intelligence gathering from industrial control system networks with an unknown intent.
Every twelve weeks, Dragos hosts “Assessing, Hunting and Monitoring Industrial Control System Networks,” a five-day course at its Hanover, Maryland headquarters.
In December 2016, in Kiev, Ukraine, a significant malware incident blacked out a portion of the city’s electricity for about an hour. ELECTRUM is the activity group responsible for the 2016 power outage event caused by the ICS malware CRASHOVERRIDE.
COVELLITE compromises networks associated with civilian electric energy worldwide and gathers intelligence on intellectual property and internal industrial operations. COVELLITE lacks an industrial control system (ICS) specific capability at this time.
The notion that omitting IOCs from a report – whether public or private – may actively harm or disadvantage defenders really hits home, but in responding to this assertion I feel we can arrive at an even better understanding of the limitations of an IOC approach.
XENOTIME is easily the most dangerous threat activity publicly known. It is the only activity group intentionally compromising and disrupting industrial safety instrumented systems, which can lead to scenarios involving loss of life and environmental damage.
Adversaries possess multiple options for attacking an organization via third-party compromise: Network pivoting, spear phishing, weaponized installs and certificate/credential theft.
The CHRYSENE activity group developed from long-running cyberespionage activity that first came into the general public’s consciousness after a destructive cyberattack in 2012 impacting Saudi Aramco.
ALLANITE accesses business and industrial control (ICS) networks, conducts reconnaissance, and gathers intelligence in United States and United Kingdom electric utility sectors.
The current industrial threat landscape is very concerning. All of our intelligence suggests industrial security entering a massive growth of threat activity which will likely last at least the next decade.
Query focused datasets (QFDs) provide analysts with powerful tools for both proactive threat hunts and investigations.
Dragos made the annual cybersecurity pilgrimage to San Francisco, California on April 16-20 where each year thousands of people from the security industry gather for a week at the RSA Conference.
In the most stressful situations, effective training and well-documented processes and procedures are absolutely essential to reliable and uniform response.
By adopting a whole-network, defense-in-depth approach, asset owners and defenders can reduce their threat surface from such attacks.
This week, we will look at a protocol commonly overlooked by many but crucial to control system operation: The Tabular Data Stream (TDS) protocol.
In developing an analytic, the resulting detection methodology should not focus on a specific implementation of a behavior, but rather seek to cover multiple implementations of the behavior type.
At Dragos, Inc., what we pride ourselves on, use as our technology differentiation, and offer as our most valued asset to our customers is knowledge transfer.
This week we will focus on the Server Message Block (SMB) protocol that enabled Wannacry, Petya, and Bad Rabbit attacks to be lethal at the global level and what defenders can do to hunt within this protocol.
This week we will move away from hard-coded indicators and begin to look at behavioral indicators. Behavioral indicators allow identification of scanning in an environment beyond just that of Nmap.
Over the next few weeks, we will look at basic analytic approaches that can be taken to examine some of the most common protocols found on typical networks. This week we will get started with basic HTTP analysis using Python and Jupyter notebooks.
In this edition of the Dragos Threat Hunting on ICS network series, we will compare threat hunting on industrial networks with concepts from the wider threat hunting community. We will also look at how the unique characteristics of industrial networks can be used to an advantage as network defense professionals
This post is a first in series that will describe hunting, discuss best practices and explain our approach and lessons. Because hunting in industrial infrastructure is important to all of us and with focus and effort we can accomplish it.
Today Crowdstrike and Dragos issued a joint press release to finally announce the partnership we’ve developed over the course of the last year.
This webcast explores what is known and not known about the CRASHOVERRIDE framework and how it affects our understanding of how grid operations can be impacted.
What can the community learn in terms of realistic metrics and data points around malware in modern industrial control systems (MIMICS) from completely public datasets? That’s what project MIMICS sets out to do.