Moving Target Defense Blog

Garmin has confirmed that the recent outage its users experienced was indeed the result of a successful ransomware attack. However, the extent of the damage done is still unclear. The attack, which compromised Garmin’s servers for five days, impacted millions of users globally and will likely end up costing Garmin millions of dollars in lost productivity and reputation alone. While Garmin says that no customer data was leaked, Garmin's call centers, web site, and cloud-based services such as Garmin Connect and FlyGarmin (a commercial aviation navigation service) were either taken offline or negatively impacted as a result of the attack.

The term “advanced persistent threats” describes the highly evolved nature of today’s cyberattacks. Hackers have developed sophisticated techniques – in-memory exploits, living-off-the-land attacks, remote access trojans, and more – that allow them to evade detection and attack in obscurity. However, as much as these techniques have changed over time, the underlying goal, or “tactic” as MITRE calls it in their ATT&CK framework, remains the same: stealing something valuable.

Since early March, the team at Morphisec Labs has been supporting enterprises as they shift to distributed workforces in response to COVID-19. From assisting hospitals with securing their remote workers to uncovering new weaknesses in collaboration applications that could pose a threat to business continuity, we’ve been working hand-in-hand with customers, counterparts at security companies, and authorities to stay ahead of defending against a rapidly evolving cyberattack landscape.

As part of a rapid change in the work environment during the COVID-19 pandemic, Morphisec Labs has been tracking the change in the attack trend landscape. This has included the evolution of adware, PUA, and fraudulent software bundle delivery beyond a consumer problem into a significant attack vector on enterprise employees.

The rise of fileless attacks in the past 10 years has stymied even the best antivirus software. Traditional AV is designed to detect known signatures of known malware and prevent it from executing. Fileless attacks lack a signature, which allows it to handily bypass traditional antivirus products. 

EDITOR'S NOTE: The previous version of this blog post mis-identified the source of this attack as the FIN7 group; GRIFFON and OSTAP are both very long javascripts that have many similarities. This caused the confusion in identifying the attack as coming from FIN7. This is still an important find though, as Trickbot is one of the most advanced malware frameworks. 

Over the past few weeks, Morphisec Labs researchers identified a couple dozen documents that execute the OSTAP javascript downloader. 

In August of 2019, just a month after our publication on a targeted BitPaymer/IEncrypt campaign, Morphisec identified a new and alarming evasion technique that the same adversaries adopted while targeting yet another enterprise in the automotive industry.

During the period of March to May 2019, Morphisec Labs observed a new, highly sophisticated variant of the ShellTea / PunchBuggy backdoor malware that attempted to infiltrate a number of machines within the network of a customer in the hotel-entertainment industry. It is believed that the malware was deployed as a result of several phishing attempts.

Introduction

This week, Kaspersky Lab reported initial details of a new supply chain attack on systems by computer giant ASUS. Dubbed ShadowHammer by Kaspersky, the attack leveraged a malicious version of ASUS Live Update,

Let’s face it – there are a lot of threat reports and threat data floating around. What makes the Morphisec Labs Threat Report different is the type of threats it analyzes. It focuses on the threats that pose a real risk to organizations, the ones that get past standard and next-generation AI antivirus.