Internet threat news
While Apple was gearing up to the much-anticipated launch of its affordable smartphone, the iPhone SE, it was facing a far more different public relations battle. While the SE was receiving praise across the board a security firm published a report detailing two separate zero-day vulnerabilities recently discovered. Broadly speaking, zero-day vulnerabilities are discovered flaws in software or harder that have not been patched by the manufacturer. As they are not patched they pose a unique and heightened threat level to users. Flaws discovered could allow for remote code execution, allowing hackers to install malware from a remote location without it been detected by security software.
The report published by ZecOps detailed the flaws according to the firm. The flaws if exploited correctly allowed for remote code execution with malware being capable of being sent via email that would be able to consume significant amounts of the device’s memory. The vulnerability, in turn, allowed for the exhaustion of device resources which in turn could be done remotely. Vulnerabilities found affecting both iOS 12 and iOS 13, with the latter flaws being able to execute on a no-click scenario which opened the mail server client in the background.
Sextortion scams along with ransomware attacks have been popular ways cybercriminals attempt to flip a quick a profit. Profit is made in both scenarios the cybercriminal will request payment to decrypt files, or in the case of a sextortion scam extort the victim by threatening to release embarrassing content via social media related to the victim’s sexual preferences they may or may not have. In both cases, the preferred method of payment is in one cryptocurrency coin or the other. For the hacker and the scammer, the next phase of their plan would be to turn the cryptocurrency into fiat currency that can be used on a more day to day basis.
In 2017 security researchers set out to follow the money trail to find exactly how hackers, in particular those behind ransomware attack, managed to cash out. Now security researchers have once again set a task to shine a light on how those behind sextortion campaigns carry out the task we often forget about. For the most part, the effort is placed on the analysis of how the scam is spread and conducted with little emphasis placed on how the cybercriminal actually profits.
According to security firm QuoIntelligence, popular South Korean games developer Gravity was the very likely target of APT41 campaign, the group is also known as Winnti, Barium, and BlackFly. The South Korean game's developer is best known for releasing the popular mass multiplayer game Ragnarok Online. At a time when the world is struggling to cope with the COVID-19 pandemic, there appears to be a trend of advanced persistent threat (APT) groups ramping up activity and campaigns seemingly to take advantage of people’s attention being elsewhere.
Details of the attack were recently published in a report by QuoIntelligence. The report goes into great detail about the malware strains used in the attack which seem to be highly developed strains developed in 2015 by the APT group. The group itself began active campaigns in 2012 and targets a variety of industries, often the targets are related closely to industries determined by the Chinese government to be central to the nation’s economic development plans.
In March 2020, two websites linked with the San Francisco International Airport (SFO) had been compromised and malicious code injected into them designed to steal Windows login credentials. The two websites that were compromised were SFOConnect.com and SFOConstruction.com, which contain information about various topics associated with the airport but have low traffic generation. According to a new analysis, there appears to be a strong link between a known Russian advanced persistent threat (APT) group and the incident.
Details of the attack were made public by airport authorities via a memorandum published on April 7, 2020. Details are sparse about the attack itself. The airport authority did specify that the affected websites were taken offline and passwords reset on March 23. In a series of interviews conducted with Security Week a couple of security experts shared their views on the topic. Ameet Naik of PerimeterX said,
In a recent article published by security firm Sucuri the analysis of a new attack campaign targeting the popular WooCommerce WordPress plugin. The plugin is a free and open-source WordPress plugin with more than 5 million active installs that make it easy to run e-commerce sites, it is seen as a particularly handy tool for brick and mortar shops to generate online sales and an online presence. In the article, it was noted that WordPress plugins have been the target of similar styled attacks in the past, with Magento and Prestashop been targeted extensively in the past. The security firm refers to these attacks as card swipers that traditionally involve malicious code making modifications to payment details within the plugin settings. Typically these modifications may involve forwarding payments to the attacker’s PayPal email instead of the legitimate website owner. However, the campaign targeting WooCommerce involves injecting dedicated card swiping malware into WordPress is relatively new.
The continued abuse of the COVID-19 pandemic has forced the hand of law enforcement and government agencies to dedicate time and resources to combatting cybercrime incidents rather than focussing on assisting efforts to combat the actual pandemic. In a joint statement made by both the UK’s National Cyber Security Centre (NCSC) and US Department of Homeland Security (DHS) Cybersecurity and Infrastructure Agency (CISA) the public has been warned of hackers scanning for vulnerable VPNs to target certain employees who are now forced to work remotely.
The InfoSec community has already seen several campaigns looking to take advantage of others during the pandemic. Most have been in the form of spam emails spoofed to look like they are from the World Health Organisation (WHO) or other similar healthcare agencies. These are often used as lures to harvest credentials or to spread malware variants. Researchers have also detected activity relating to state-sponsored groups looking to take advantage of the situation.
The state-sponsored group DarkHotel has been an active thorn in the side of security firms since 2007, not to mention the victims of the group. The group has gone by many names, however, it has been much of the work done by Kaspersky Labs in analyzing the group’s activity that has led to DarkHotel sticking. Now, it would appear that the group has been conducting a massive hacking operation targeting Chinese government agencies across the globe. It is believed attacks began in March, looking to leverage the COVID-19 pandemic as a means to lure victims. Since the pandemic became a global emergency, hackers of all kinds, whether script-kiddies to advanced persistent threat (APT) groups have looked to take advantage of people’s fears regarding the disease. This trend is likely to continue as long as the pandemic rages across borders.
The latest campaign was discovered by Chinese security firm Qihoo 360, who subsequently published their findings in a blog post on April 6. Researchers discovered that the hackers used a zero-day vulnerability in Sangfor SSL VPN servers which is used to provide remote access to enterprise and government networks. Given that approximately 4 billion people are currently living under lockdown conditions due to the pandemic, the use of VPNs has increased as many still look to work remotely. This spike has led many hackers to look for flaws in VPN servers or incorrectly configured VPNs to exploit this spike in use. In practice, a VPN can be seen as a secure communication tunnel that extends a private network across public networks. This connection allows for devices separated by long distances to connect to servers on a company’s private network for example.
The campaign distributing LightSpy differs in several ways to the traditional watering hole attack. One of the key differences is that the attackers created a website to mimic a popular website. In this instance researchers discovered that a clone of the news website Daily Apple, a popular website hosted in Hong Kong, was created to distribute LightSpy. To get users to visit the cloned website various links were posted on several platforms redirecting users to the clone website. Once the visitor accesses the website controlled by the attacker the site loads exploits onto the visitor’s device which subsequently installs LightSpy. More on the malware to follow.
It is not by any means new to say that hackers are looking to exploit the COVID-19 pandemic, despite the misery and loss of human life the disease has already caused, for their own benefit. At the start of February, this publication reported on several malware campaigns exploiting the health pandemic. As the situation has become worse globally so too has the number of campaigns increased looking to exploit panic sentiments and get users to unwittingly download malware. The latest example of such a morally apathetic campaign was discovered by researchers for IBM’s X-Force and involves the re-emergence of the Zeus Sphinx banking trojan.
Banking trojans typically are a family of malware designed to steal banking credentials in order to hijack accounts or sell stolen credit card details and other credentials on underground forums. In recent years many variants have upgraded their code to also hunt for cryptocurrency wallet credentials as this too has become a profitable market to exploit. One of the most well-known of these trojans is Zeus which was first detected in 2007 with widespread campaign making headlines in 2009. Eventually, Zeus’ code was leaked which in turn led to a whole host of other malware strains being created. One of those was Zeus Sphinx, sometimes also called Terdot and ZLoader, with the first major campaigns been tracked by IBM in 2017. However, the malware appears to have first emerged in 2015 and was subsequently sold on underground forums for 500 USD at the time.
When covering malware incidents it is exceedingly rare to refer to hackers using conventional mail services, sometimes often snidely referred to as snail mail, to carry out attacks. It is equally rare to cover attacks that utilize a malware-laced USB drive to infect computers. These attacks have been labeled BadUSB attacks by the infosec community, while rare they are not unheard of. In a recent report published by security firm Trustwave, a US hospitality provider has been the target of a BadUSB attack.
Given the rarity of these attacks often a quick Google search won’t reveal exactly what such an attack entails or even a solid definition. “BadUSB” has come to be an umbrella term used to describe any type of universal serial bus (USB) firmware attack. A better explanation of such an attack was given in a research paper published by the Canadian Center of Science and Education in 2017, titled “Bad USB MITM: A Network Attack Based on Physical Access and Its Practical Security Solutions”.
In a report published by FireEye, a worrying trend has emerged. The use of ready-made Industrial Control System (ICS) hacking tools has been on the rise lowering the skill entry barrier, not only for state-sponsored groups but novice and unskilled hackers as well to exploit and cause major disruptions. The number of these tools has been steadily growing resulting in the problem becoming more of an issue, with the threat demanding more attention to combat.
Industrial control systems can be defined as an information system designed with the specific purpose of controlling industrial processes. These processes include manufacturing, product handling, production, and distribution. Attacks on these systems can be particularly damaging as they have the potential to disrupt modern services we take for granted, be it the generation of electricity or water sanitation. Attacks on infrastructure can be disastrous but for businesses, they can result in massive losses. In April 2019, the now infamous Triton malware was used to target a petrochemical plant in Saudi Arabia.
Governments and companies are increasing lockdown measures to prevent the spread of COVID19, this has placed increase strain on governments as well as private industry. As has been seen and documented by this publication hackers and state-sponsored groups are looking to leverage the pandemic to better spread malware, exploiting people’s fears. For other gangs, it is business as usual. CERT (Computer Emergency Response Team) France has issued a warning that some local governments have been infected with a new version of Mespinoza ransomware.
The US Department of Health and Human Services (HHS) confirmed that it had experienced a cyber attack the previous Sunday, 15 March. This is particularly worrying as it comes at a time where both local and international health agencies are struggling to battle the ongoing spread of COVID-19, otherwise known as the Coronavirus. The incident was first reported by Bloomberg, in that article, an anonymous source was cited as saying the incident involved “multiple incidents” and appeared to be designed to slow the department’s systems. However, they did “not do so in any meaningful way”, the article said. Further, the article said that the attack was linked to a text message-based disinformation campaign that wrongly suggested that there would be a nationwide quarantine on Monday.
It is by no means new news that governments around the world are been targeted by ransomware operators. Recently the US Coast Guard, Georgia Police Department, and the municipality of Jackson County have all fallen victim to a ransomware attack. This is not solely a problem experienced by US government departments, Emisoft determined that ransomware attacks impacted at least 948 government agencies, educational entities, and healthcare providers. Returning to the US briefly Recorded Future discovered that 81 successful ransomware attacks took place against US government bodies across the year. The successful attacks further impact other towns, cities, and departments in subsequent knock-on effects. This all begs the question as to why?
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