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A newly disclosed security flaw in the Linux kernel could be leveraged by a local adversary to gain elevated privileges on vulnerable systems to execute arbitrary code, escape containers, or induce a  kernel panic . Tracked as  CVE-2022-25636  (CVSS score: 7.8), the vulnerability impacts Linux kernel versions 5.4 through 5.6.10 and is a result of a heap out-of-bounds write in the netfilter subcomponent in the kernel. The issue was  discovered  by Nick Gregory, a senior threat researcher at Sophos. "This flaw allows a local attacker with a user account on the system to gain access to out-of-bounds memory, leading to a system crash or a privilege escalation threat," Red Hat  said  in an advisory published on February 22, 2022. Similar alerts have been released by  Debian ,  Oracle Linux ,  SUSE , and  Ubuntu . Netfilter is a  framework  provided by the Linux kernel that enables various networking-related operations, including packet filtering, network address translation,

Update: Find working Exploits and Proof-of-Concepts at the bottom of this article. Security researchers have discovered more than a decade-old vulnerability in several Unix-based operating systems — including Linux, OpenBSD, NetBSD, FreeBSD and Solaris — which can be exploited by attackers to escalate their privileges to root, potentially leading to a full system takeover. Dubbed Stack Clash , the vulnerability ( CVE-2017-1000364 ) has been discovered in the way memory was being allocated on the stack for user space binaries. Exploiting Stack Clash Bug to Gain Root Access The explanation is simple: Each program uses a special memory region called the stack, which is used to store short-term data. It expands and contracts automatically during the execution of any program, depending upon the needs of that program. According to researchers at Qualys, who discovered and reported this bug, a malicious program can attempt to use more memory space than available on the stack,

When it comes to ensuring the security of your APIs, there are four critical capabilities.

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

How to Hack an Android device? It is possibly one of the most frequently asked questions on the Internet. Although it's not pretty simple to hack Android devices and gadgets, sometimes you just get lucky to find a backdoor access. Thanks to Allwinner, a Chinese ARM system-on-a-chip maker, which has recently been caught shipping a version of Linux Kernel with an incredibly simple and easy-to-use built-in backdoor. Chinese fabless semiconductor company Allwinner is a leading supplier of application processors that are used in many low-cost Android tablets, ARM-based PCs, set-top boxes, and other electronic devices worldwide. Simple Backdoor Exploit to Hack Android Devices All you need to do to gain root access of an affected Android device is… Send the text " rootmydevice " to any undocumented debugging process. The local privileges escalation  backdoor code for debugging ARM-powered Android devices managed to make its way in shipped firmware after fir

A critical zero-day vulnerability has been discovered in all versions of Apple's OS X operating system that allows hackers to exploit the company's newest protection feature and steal sensitive data from affected devices. With the release of OS X El Capitan, Apple introduced a security protection feature to the OS X kernel called System Integrity Protection ( SIP ). The feature is designed to prevent potentially malicious or bad software from modifying protected files and folders on your Mac. The purpose of SIP is to restrict the root account of OS X devices and limit the actions a root user can perform on protected parts of the system in an effort to reduce the chance of malicious code hijacking a device or performing privilege escalation. However, SentinelOne security researcher Pedro Vilaça has uncovered a critical vulnerability in both OS X and iOS that allows for local privilege escalation as well as bypasses SIP without kernel exploit, impacting all versions

More than a Billion of Android devices are at risk of a severe vulnerability in Qualcomm Snapdragon chip that could be exploited by any malicious application to gain root access on the device. Security experts at Trend Micro are warning Android users of some severe programming blunders in Qualcomm's kernel-level Snapdragon code that if exploited, can be used by attackers for gaining root access and taking full control of your device. Gaining root access on a device is a matter of concern, as it grants attackers access to admin level capabilities, allowing them to turn your device against you to snap your pictures, and snoop on your personal data including accounts' passwords, emails, messages and photos. The company's own website notes that Qualcomm Snapdragon SoCs (systems on a chip) power more than a Billion smart devices, including many Internet of Things (IoTs) as of today. Thus, the issue puts many people at risk of being attacked. Although Google has pus

Smartphones are always ready to connect to the Internet and contains sensitive information such as Contacts, SMS, Photos, and GPS information and this sensitive information is always in danger of leakage. According to a report, Cyber criminals and state-sponsored hackers are developing 55,000 new malware variants, each and every day; and many of them try to elevate privileges for unfettered control of the user device. North Carolina State University Researchers have developed a new software, called Practical Root Exploit Containment ( PREC ) , with the sole purpose of detecting mobile malware that attempts to run Root exploits in Android devices. Root exploits take control of system administration functions of the operating system that gives the hacker an unrestricted control of user's Smartphone. That means, an application has not permission to read your messages or contacts or the GPS location, but after getting root access it will be able to steal any data from your d