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New RansomExx Ransomware Variant Rewritten in the Rust Programming Language

New RansomExx Ransomware Variant Rewritten in the Rust Programming Language

Nov 24, 2022
The operators of the RansomExx ransomware have become the latest to develop a new variant fully rewritten in the Rust programming language, following other strains like  BlackCat ,  Hive , and  Luna . The latest version, dubbed RansomExx2 by the threat actor known as Hive0091 (aka DefrayX), is primarily designed to run on the Linux operating system, although it's expected that a Windows version will be released in the future. RansomExx, also known as Defray777 and Ransom X, is a  ransomware   family  that's known to be active since 2018. It has since been linked to a number of attacks on government agencies, manufacturers, and other high-profile entities like Embraer and GIGABYTE. "Malware written in Rust often benefits from lower [antivirus] detection rates (compared to those written in more common languages) and this may have been the primary reason to use the language," IBM Security X-Force researcher Charlotte Hammond  said  in a report published this week.
Android to Support Rust Programming Language to Prevent Memory Flaws

Android to Support Rust Programming Language to Prevent Memory Flaws

Apr 07, 2021
Google on Tuesday announced that its open source version of the Android operating system will add support for Rust programming language in a bid to prevent memory safety bugs. To that end, the company has been building parts of the Android Open Source Project (AOSP) with Rust for the past 18 months, with plans in the pipeline to scale this initiative to cover more aspects of the operating system. "Managed languages like Java and Kotlin are the best option for Android app development," Google  said . "The Android OS uses Java extensively, effectively protecting large portions of the Android platform from memory bugs. Unfortunately, for the lower layers of the OS, Java and Kotlin are not an option." Stating that code written in C and C++ languages requires robust isolation when parsing untrustworthy input, Google said the technique of containing such code within a tightly constrained and unprivileged sandbox can be expensive, causing latency issues and additional
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