DirtyMoe Malware Infects 2,000+ Ukrainian Computers for DDoS and Cryptojacking

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The Computer Emergency Response Team of Ukraine (CERT-UA) has warned that more than 2,000 computers in the country have been infected by a strain of malware called DirtyMoe. The agency attributed the campaign to a threat actor it calls UAC-0027. DirtyMoe, active since at least 2016, is capable of carrying out cryptojacking and distributed denial-of-service (DDoS) attacks. In March
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Former CIA Engineer Sentenced to 40 Years for Leaking Classified Documents

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A former software engineer with the U.S. Central Intelligence Agency (CIA) has been sentenced to 40 years in prison by the Southern District of New York (SDNY) for transmitting classified documents to WikiLeaks and for possessing child pornographic material. Joshua Adam Schulte, 35, was originally charged in June 2018. He was found guilty in July 2022. On September 13, 2023, he was&
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Cloudzy Elevates Cybersecurity: Integrating Insights from Recorded Future to Revolutionize Cloud Security

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Cloudzy, a prominent cloud infrastructure provider, proudly announces a significant enhancement in its cybersecurity landscape. This breakthrough has been achieved through a recent consultation with Recorded Future, a leader in providing real-time threat intelligence and cybersecurity analytics. This initiative, coupled with an overhaul of Cloudzy's cybersecurity strategies, represents a major
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INTERPOL Arrests 31 in Global Operation, Identifies 1,900+ Ransomware-Linked IPs

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An INTERPOL-led collaborative operation targeting phishing, banking malware, and ransomware attacks has led to the identification of 1,300 suspicious IP addresses and URLs. The law enforcement effort, codenamed Synergia, took place between September and November 2023 in an attempt to blunt the "growth, escalation and professionalization of transnational cybercrime." Involving 60 law
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Two years later: a baseline that drives up security for the industry

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Royal Hansen, Vice President of Privacy, Safety and Security Engineering, Google Nearly half of third-parties fail to meet two or more of the Minimum Viable Secure Product controls. Why is this a problem? Because "98% of organizations have a relationship with at least one third-party that has experienced a breach in the last 2 years." In this post, we're excited to share the latest improvements to the Minimum Viable Secure Product (MVSP) controls. We'll also shed light on how adoption of MVSP has helped Google improve its security processes, and hope this example will help motivate third-parties to increase their adoption of MVSP controls and thus improve product security across the industry. About MVSP In October 2021, Google publicly launched MVSP alongside launch partners. Our original goal remains unchanged: to…
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Evolving the App Defense Alliance

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Posted by Nataliya Stanetsky, Android Security and Privacy Team The App Defense Alliance (ADA), an industry-leading collaboration launched by Google in 2019 dedicated to ensuring the safety of the app ecosystem, is taking a major step forward. We are proud to announce that the App Defense Alliance is moving under the umbrella of the Linux Foundation, with Meta, Microsoft, and Google as founding steering members. This strategic migration represents a pivotal moment in the Alliance’s journey, signifying a shared commitment by the members to strengthen app security and related standards across ecosystems. This evolution of the App Defense Alliance will enable us to foster more collaborative implementation of industry standards for app security. Uniting for App Security The digital landscape is continually evolving, and so are the threats to user…
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MTE – The promising path forward for memory safety

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Posted by Andy Qin, Irene Ang, Kostya Serebryany, Evgenii Stepanov Since 2018, Google has partnered with ARM and collaborated with many ecosystem partners (SoCs vendors, mobile phone OEMs, etc.) to develop Memory Tagging Extension (MTE) technology. We are now happy to share the growing adoption in the ecosystem. MTE is now available on some OEM devices (as noted in a recent blog post by Project Zero) with Android 14 as a developer option, enabling developers to use MTE to discover memory safety issues in their application easily. The security landscape is changing dynamically, new attacks are becoming more complex and costly to mitigate. It’s becoming increasingly important to detect and prevent security vulnerabilities early in the software development cycle and also have the capability to mitigate the security attacks at…
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Qualified certificates with qualified risks

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Posted by Chrome Security team Improving the interoperability of web services is an important and worthy goal. We believe that it should be easier for people to maintain and control their digital identities. And we appreciate that policymakers working on European Union digital certificate legislation, known as eIDAS, are working toward this goal. However, a specific part of the legislation, Article 45, hinders browsers’ ability to enforce certain security requirements on certificates, potentially holding back advances in web security for decades. We and many past and present leaders in the international web community have significant concerns about Article 45's impact on security. We urge lawmakers to heed the calls of scientists and security experts to revise this part of the legislation rather than erode users’ privacy and security on the…
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Hardening cellular basebands in Android

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Posted by Ivan Lozano and Roger Piqueras Jover Android’s defense-in-depth strategy applies not only to the Android OS running on the Application Processor (AP) but also the firmware that runs on devices. We particularly prioritize hardening the cellular baseband given its unique combination of running in an elevated privilege and parsing untrusted inputs that are remotely delivered into the device. This post covers how to use two high-value sanitizers which can prevent specific classes of vulnerabilities found within the baseband. They are architecture agnostic, suitable for bare-metal deployment, and should be enabled in existing C/C++ code bases to mitigate unknown vulnerabilities. Beyond security, addressing the issues uncovered by these sanitizers improves code health and overall stability, reducing resources spent addressing bugs in the future. An increasingly popular attack surface As…
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