Search results for malicious | Breaking Cybersecurity News | The Hacker News

Security teams are familiar with threats emanating from third-party applications that employees add to improve their productivity. These apps are inherently designed to deliver functionality to users by connecting to a "hub" app, such as Salesforce, Google Workspace, or Microsoft 365. Security concerns center on the permission scopes that are granted to the third party apps, and the potential for a threat actor to take over the core apps and abuse those permissions. There's no real concern that the app, on its own, will start deleting files or sharing data. As such, SaaS Security Posture Management (SSPM) solutions are able to identify integrated third party applications and present their permission scopes. The security team then makes a risk assessment, balancing the benefits the app offers with its permission scopes before deciding whether to keep or decouple the applications. However, threat actors have changed the playing field with the introduction of malicious apps. These appl

Compromising the browser is a high-return target for adversaries. Browser extensions, which are small software modules that are added to the browser and can enhance browsing experiences, have become a popular browser attack vector. This is because they are widely adopted among users and can easily turn malicious through developer actions or attacks on legitimate extensions. Recent incidents like  DataSpii  and the  Nigelthorn  malware attack have exposed the extent of damage that malicious extensions can inflict. In both cases, users innocently installed extensions that compromised their privacy and security. The underlying issue lies in the permissions granted to extensions. These permissions, often excessive and lacking granularity, allow attackers to exploit them. What can organizations do to protect themselves from the risks of browser extensions without barring them from use altogether (an act that would be nearly impossible to enforce)?  A new report by LayerX, "Unveiling the

Identities now transcend human boundaries. Within each line of code and every API call lies a non-human identity. These entities act as programmatic access keys, enabling authentication and facilitating interactions among systems and services, which are essential for every API call, database query, or storage account access. As we depend on multi-factor authentication and passwords to safeguard human identities, a pressing question arises: How do we guarantee the security and integrity of these non-human counterparts? How do we authenticate, authorize, and regulate access for entities devoid of life but crucial for the functioning of critical systems? Let's break it down. The challenge Imagine a cloud-native application as a bustling metropolis of tiny neighborhoods known as microservices, all neatly packed into containers. These microservices function akin to diligent worker bees, each diligently performing its designated task, be it processing data, verifying credentials, or

It's time of stocktaking, principal security firm are proposing their analysis to synthesize actual situation on cyber security, 2012 is widely considered a year when the malware has increased significantly thanks to the contributions of various actors that we will analyze shortly. WebSense has published a new interesting study, 2013 Threat Report , that confirms an extraordinary growth of cyber threats, the data that most of all alert the security community is the increasing number of sophisticated attacks able to elude traditional defense mechanisms. The analysis revealed that technologies most exposed to cyber attacks continue to be mobile platforms and social media, internet is confirmed as primary channel for cyber menaces, let's consider in fact that number of malicious web sites grew nearly 600% and 85% are represented by legitimate web hosts. Another concerning phenomenon is the use of Email as vector for cyber menace, attackers consider this carrier as

Unknown malware presents a significant cybersecurity threat and can cause serious damage to organizations and individuals alike. When left undetected, malicious code can gain access to confidential information, corrupt data, and allow attackers to gain control of systems. Find out how to avoid these circumstances and detect unknown malicious behavior efficiently.  Challenges of new threats' detection While known malware families are more predictable and can be detected more easily, unknown threats can take on a variety of forms, causing a bunch of challenges for their detection: Malware developers use polymorphism, which enables them to modify the malicious code to generate unique variants of the same malware.  There is malware that is still not identified and doesn't have any rulesets for detection. Some threats can be Fully UnDetectable (FUD) for some time and challenge perimeter security.  The code is often encrypted, making it difficult to detect by signature-based

A New York-based online ad network company AppNexus, that provides a platform specializing in real-time online advertising, has again been spotted as the origin of a recent "malvertising" campaign that makes use of the Angler Exploit Kit to redirect visitors to malicious websites hosting the Asprox malware. AppNexus servers process 16 billion ad buys per day, making it the biggest reach on the open web after Google. Back in May, AppNexus was serving malicious ads targeting Microsoft's Silverlight platform. The world's largest Internet Video Subscription service Netflix runs on Silverlight, and because of its popularity, hackers have been loading exploit kits with Silverlight. As part of this campaign, users of several high-profile websites including Java.com, Deviantart.com, TMZ.com, Photobucket.com, IBTimes.com, eBay.ie, Kapaza.be and TVgids.nl , last week were redirected to websites serving malicious advertisements that infected visitors by installing botnet ma

Luring users on social media to visit lookalike version of popular websites that pop-up a legitimate-looking Chrome extension installation window is one of the most common modus operandi of cybercriminals to spread malware. Security researchers are again warning users of a new malware campaign that has been active since at least March this year and has already infected more than 100,000 users worldwide. Dubbed Nigelthorn, the malware is rapidly spreading through socially engineered links on Facebook and infecting victims' systems with malicious browser extensions that steal their social media credentials, install cryptocurrency miners, and engage them in click fraud. The malware was pushed through at least seven different Chrome browser extensions—all were hosted on Google's official Chrome Web Store. These malicious Chrome browser extensions were first discovered by researchers at cybersecurity firm Radware, after a "well-protected network" of one of its custo

If you came across a celebrity sex video on Facebook featuring Jessica Alba or any other celebrity, just avoid clicking it. Another Facebook scam is circulating across the social networking website that attempts to trick Facebook users into clicking on a link for a celebrity sex tape that instead downloads malware onto their computers. Once installed, the malware would force web browsers to display aggressive advertising web pages which include sites with nudity and fake lotteries. The spam campaign was uncovered by researchers at Cyren, who noted that a malicious Google Chrome extension is spreading nude celebrity PDFs through private messages and posts on various Facebook groups. If opened, the PDF file takes victims to a web page with an image containing a play button, tricking users that the PDF may contain a video. Once clicked, the link redirects users of Internet Explorer, Firefox, or Safari to a web page with overly-aggressive popups and advertisements related to

Even after so many efforts by Google like launching bug bounty program and preventing apps from using Android accessibility services , malicious applications somehow manage to get into Play Store and infect people with malicious software. The same happened once again when security researchers discovered at least 85 applications in Google Play Store that were designed to steal credentials from users of Russian-based social network VK.com and were successfully downloaded millions of times. The most popular of all masqueraded as a gaming app with more than a million downloads. When this app was initially submitted in March 2017, it was just a gaming app without any malicious code, according to a blog post published Tuesday by Kaspersky Lab. However, after waiting for more than seven months, the malicious actors behind the app updated it with information-stealing capabilities in October 2017. Besides this gaming app, the Kaspersky researchers found 84 such apps on Google Play

Cybersecurity researchers have discovered a new malicious package on the Python Package Index (PyPI) repository that impersonates a software development kit (SDK) for SentinelOne, a major cybersecurity company, as part of a campaign dubbed  SentinelSneak . The package, named  SentinelOne  and now taken down, is said to have been published between December 8 and 11, 2022, with nearly two dozen versions pushed in quick succession over a period of two days. It claims to offer an easier method to access the  company's APIs , but harbors a malicious backdoor that's engineered to amass sensitive information from development systems, including access credentials, SSH keys, and configuration data. What's more, the threat actor has also been observed releasing two more packages with similar naming variations –  SentinelOne-sdk  and  SentinelOneSDK  – underscoring the  continued threats  lurking in open source repositories. "The SentinelOne imposter package is just the lat

Researchers have discovered over 100 malicious nodes on the Tor anonymity network that are "misbehaving" and potentially spying on Dark Web sites that use Tor to mask the identities of their operators. Two researchers, Amirali Sanatinia and Guevara Noubir, from Northwestern University, carried out an experiment on the Tor Network for 72 days and discovered at least 110 malicious Tor Hidden Services Directories (HSDirs) on the network. The nodes, also known as the Tor hidden services directories ( HSDirs ) are servers that act as introductory points and are configured to receive traffic and direct users to hidden services (" .onion " addresses). In other words, the hidden services directory or HSDir is a crucial element needed to mask the true IP address of users on the Tor Network. But, here's the issue: HSDir can be set up by anyone. "Tor's security and anonymity is based on the assumption that the large majority of its relays are honest and

Although the number of malicious browser extensions has significantly increased in the past years, but recently a new extension of the Google Chrome is allegedly targeting Cryptocurrency users that is capable of stealing Bitcoins and other crypto coins silently. The malicious Chrome browser extension dubbed as ' Cryptsy Dogecoin (DOGE) Live Ticker ' which is available on Chrome Web store for free downloads and developed by " TheTrollBox " account. Reddit user noticed that the updated version of the extension has a malicious code, which is designed to hijack the crypto currency transactions. HOW CHROME EXTENSION STEALS CRYPTOCURRENCY It is very obvious that the kind of crypto related software extensions is downloaded only by the users who deal with the digital currency. So, once the user installed the malicious extension, the software within the extension starts monitoring users' web activity and looks for those users who go to Cryptocurrency exchange sites s

As many as 47,337 malicious plugins have been uncovered on 24,931 unique websites, out of which 3,685 plugins were sold on legitimate marketplaces, netting the attackers $41,500 in illegal revenues. The findings come from a new tool called  YODA  that aims to detect rogue WordPress plugins and track down their origin, according to an 8-year-long study conducted by a group of researchers from the Georgia Institute of Technology. "Attackers impersonated benign plugin authors and spread malware by distributing pirated plugins," the researchers  said  in a new paper titled " Mistrust Plugins You Must ." "The number of malicious plugins on websites has steadily increased over the years, and malicious activity peaked in March 2020. Shockingly, 94% of the malicious plugins installed over those 8 years are still active today." The large-scale research entailed analyzing WordPress plugins installed in 410,122 unique web servers dating all the way back to 2012

It's not at all surprising that the Google Play Store is surrounded by a large number of malicious apps that has the ability to gain users' attention into falling victim for one, but this time, it is even worse than most people realize. Researchers at Trend Micro have detected a family of malicious apps, dubbed ' Godless ,' that has the capability of secretly rooting almost 90 percent of all Android phones. Well, that's slightly terrifying. The malicious apps are distributed via different methods and variety of app stores, including Google Play Store, which is usually considered as a safe option for downloading apps. Also Read:   Crazy hacker implants NFC Chip in his hand to hack Android phones . The malicious apps packed with Godless contain a collection of open-source or leaked Android rooting exploits that works on any device running Android 5.1 Lollipop or earlier. 90% Android Devices are Vulnerable to Godless Rooting Malware Since Android eco

Multiple cybercriminal groups are leveraging a malware-as-a-service (MaaS) solution to carry out a wide range of malicious software distribution campaigns that result in the deployment of payloads such as Campo Loader, Hancitor,  IcedID ,  QBot ,  Buer Loader , and SocGholish against individuals in Belgium as well as government agencies, companies, and corporations in the U.S. Dubbed " Prometheus " and available for sale on underground platforms for $250 a month since August 2020, the service is a Traffic Direction System (TDS) that's designed to distribute malware-laced Word and Excel documents, and divert users to phishing and malicious sites, according to a Group-IB report shared with The Hacker News. More than 3,000 email addresses are said to have been singled out via malicious campaigns in which Prometheus TDS was used to send malicious emails, with banking and finance, retail, energy and mining, cybersecurity, healthcare, IT, and insurance emerging the prominen