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Despite a plethora of available security solutions, more and more organizations fall victim to Ransomware and other threats. These continued threats aren't just an inconvenience that hurt businesses and end users - they damage the economy, endanger lives, destroy businesses and put national security at risk. But if that wasn't enough – North Korea appears to be  using revenue from cyber attacks to funds its nuclear weapons program . Small and mid-size businesses are increasingly caught in the dragnet of ongoing malware attacks - often due to underfunded IT departments. Exacerbating the problem are complex enterprise security solutions that are often out of reach for many companies - especially when multiple products are seemingly needed to establish a solid defense. Volume-based products that incentivize users to collect less data in order to conserve funds work backward, dampening the anticipated benefits. But what if you could detect many malware attacks holistically with

Last December, a cyber attack on Ukrainian Electric power grid caused the power outage in the northern part of Kiev — the country's capital — and surrounding areas, causing a blackout for tens of thousands of citizens for an hour and fifteen minutes around midnight. Now, security researchers have discovered the culprit behind those cyber attacks on the Ukrainian industrial control systems. Slovakia-based security software maker ESET and US critical infrastructure security firm Dragos Inc. say they have discovered a new dangerous piece of malware in the wild that targets critical industrial control systems and is capable of causing blackouts. Dubbed " Industroyer " or " CrashOverRide ," the grid-sabotaging malware was likely to be used in the December 2016 cyber attack against Ukrainian electric utility Ukrenergo , which the security firms say represents a dangerous advancement in critical infrastructure hacking. According to the researchers, CrashO

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

The hike in the banking malware this year is no doubt almost double compared to the previous one, and so in the techniques of malware authors. Until now, we have seen banking Trojans affecting devices and steal users' financial credentials in order to run them out of their money. But nowadays, malware authors are adopting more sophisticated techniques in an effort to target as many victims as possible. BANKING MALWARE WITH NETWORK SNIFFING Security researchers from the Anti-virus firm Trend Micro have discovered a new variant of banking malware that not only steals users' information from the device it has infected but, has ability to " sniff " network activity in an effort to compromise the devices of same network users as well. The banking malware, dubbed as EMOTET spreads rapidly through spammed emails that masquerade itself as a bank transfers and shipping invoices. The spammed email comes along with an attached link that users easily click, considering that t

A newly uncovered malware strain has already infected more than 14 Million Android devices around the world, earning its operators approximately $1.5 Million in fake ad revenues in just two months. Dubbed CopyCat , the malware has capabilities to root infected devices, establish persistency, and inject malicious code into Zygote – a daemon responsible for launching apps on Android, providing the hackers full access to the devices. Over 14 Million Devices Infected; 8 Million of them Rooted According to the security researchers at Check Point who discovered this malware strain, CopyCat malware has infected 14 million devices, rooted nearly 8 million of them, had 3.8 million devices serve ads, and 4.4 million of them were used to steal credit for installing apps on Google Play. While the majority of victims hit by the CopyCat malware resides in South and Southeast Asia with India being the most affected country, more than 280,000 Android devices in the United States were al

Last month, cyber security researchers spotted a new strain of french surveillance malware, dubbed " Babar ," which revealed that even French Government and its spying agency the General Directorate for External Security (DGSE) is dedicatedly involved in conducting surveillance operation just like the United States — NSA and United Kingdom — GCHQ . A powerful piece of surveillance malware, known as " Casper ," has recently been discovered by the Canadian security researchers that once again point fingers at the French government. CASPER SURVEILLANCE MALWARE LINKED TO FRANCE The newly discovered sophisticated Casper surveillance malware is believed to be developed by France based hacking group suspected to have ties with the French government, according to the report published by Motherboard . Report suggests that French hacking group have developed ' Swiss Army knife of spying tools ' which has been used by French government to conduct multipl

Security researchers have unearthed a new Android Trojan that tricks victims into believing they have switched their device off while it continues " spying " on the users' activities in the background. So, next time be very sure while you turn off your Android smartphones. The new Android malware threat, dubbed PowerOffHijack , has been spotted and analyzed by the researchers at the security firm AVG. PowerOffHijack because the nasty malware has a very unique feature - it hijacks the shutdown process of user's mobile phone. MALWARE WORKS AFTER SWITCHING OFF MOBILES When users presses the power button on their device, a fake dialog box is shown. The malware mimics the shutdown animation and the device appears to be off, but actually remains on, giving the malicious program freedom to move around on the device and steal data. "After pressing the power button, you will see the real shutdown animation, and the phone appears off. Although the screen is bl

Before hunting malware, every researcher needs to find a system where to analyze it. There are several ways to do it: build your own environment or use third-party solutions. Today we will walk through all the steps of creating a custom malware sandbox where you can perform a proper analysis without infecting your computer. And then compare it with a ready-made service. Why do you need a malware sandbox?  A sandbox allows detecting cyber threats and analyzing them safely. All information remains secure, and a suspicious file can't access the system. You can monitor malware processes, identify their patterns and investigate behavior. Before setting up a sandbox, you should have a clear goal of what you want to achieve through the lab.  There are two ways how to organize your working space for analysis: Custom sandbox.  Made from scratch by an analyst on their own, specifically for their needs. A turnkey solution.  A versatile service with a range of configurations to meet yo

Emotet is one of the most dangerous and widespread malware threats active today. Ever since its discovery in 2014—when Emotet was a standard credential stealer and banking Trojan, the malware has evolved into a modular, polymorphic platform for distributing other kinds of computer viruses. Being constantly under development, Emotet updates itself regularly to improve stealthiness, persistence, and add new spying capabilities. This notorious Trojan is one of the most frequently malicious programs found in the wild. Usually, it is a part of a phishing attack, email spam that infects PCs with malware and spreads among other computers in the network. If you'd like to find out more about the malware, collect IOCs, and get fresh samples, check the following article in the Malware trends tracker , the service with dynamic articles. Emotet is the most uploaded malware throughout the past few years. Here below is the rating of uploads to ANY.RUN service in 2019, where users ran over

Hardly two month ago we reported about the first widely spread Android Bootkit malware , dubbed as ' Oldboot.A ', which infected more than 500,000 Smartphone users worldwide with Android operating system in last eight months, especially in China. Oldboot is a piece of Android malware that's designed to re-infect Mobile devices even after a thorough cleanup. It resides in the memory of infected devices;  It modify the devices' boot partition and booting script file to launch system service and extract malicious application during the early stage of system's booting. Yet another alarming report about Oldboot malware has been released by the Chinese Security Researchers from ' 360 Mobile Security '. They have discovered a new variant of the Oldboot family, dubbed as ' Oldboot.B ', designed exactly as Oldboot.A, but new variant has advance stealth techniques. Especially, the defense against with antivirus software, malware analyzer, and automatic a

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