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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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Improving Text Classification Resilience and Efficiency with RETVec

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Elie Bursztein, Cybersecurity & AI Research Director, and Marina Zhang, Software Engineer Systems such as Gmail, YouTube and Google Play rely on text classification models to identify harmful content including phishing attacks, inappropriate comments, and scams. These types of texts are harder for machine learning models to classify because bad actors rely on adversarial text manipulations to actively attempt to evade the classifiers. For example, they will use homoglyphs, invisible characters, and keyword stuffing to bypass defenses.  To help make text classifiers more robust and efficient, we’ve developed a novel, multilingual text vectorizer called RETVec (Resilient & Efficient Text Vectorizer) that helps models achieve state-of-the-art classification performance and drastically reduces computational cost. Today, we’re sharing how RETVec has been used to help protect Gmail inboxes. Strengthening the Gmail Spam Classifier…
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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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MiraclePtr: protecting users from use-after-free vulnerabilities on more platforms

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Posted by Keishi Hattori, Sergei Glazunov, Bartek Nowierski on behalf of the MiraclePtr team Welcome back to our latest update on MiraclePtr, our project to protect against use-after-free vulnerabilities in Google Chrome. If you need a refresher, you can read our previous blog post detailing MiraclePtr and its objectives. More platforms We are thrilled to announce that since our last update, we have successfully enabled MiraclePtr for more platforms and processes: In June 2022, we enabled MiraclePtr for the browser process on Windows and Android. In September 2022, we expanded its coverage to include all processes except renderer processes. In June 2023, we enabled MiraclePtr for ChromeOS, macOS, and Linux. Furthermore, we have changed security guidelines to downgrade MiraclePtr-protected issues by one severity level! Evaluating Security Impact First let’s focus…
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Cloudflare Breach: Nation-State Hackers Access Source Code and Internal Docs

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Cloudflare has revealed that it was the target of a likely nation-state attack in which the threat actor leveraged stolen credentials to gain unauthorized access to its Atlassian server and ultimately access some documentation and a limited amount of source code. The intrusion, which took place between November 14 and 24, 2023, and detected on November 23, was carried out "with the goal of
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Arrests in $400M SIM-Swap Tied to Heist at FTX? (Krebs on Security)

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Three Americans were charged this week with stealing more than $400 million in a November 2022 SIM-swapping attack. The U.S. government did not name the victim organization, but there is every indication that the money was stolen from the now-defunct cryptocurrency exchange FTX, which had just filed for bankruptcy on that same day. A graphic illustrating the flow of more than $400 million in cryptocurrencies stolen from FTX on Nov. 11-12, 2022. Image: Elliptic.co. An indictment unsealed this week and first reported on by Ars Technica alleges that Chicago man Robert Powell, a.k.a. “R,” “R$” and “ElSwapo1,” was the ringleader of a SIM-swapping group called the “Powell SIM Swapping Crew.” Colorado resident Emily “Em” Hernandez allegedly helped the group gain access to victim devices in service of SIM-swapping attacks between…
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Arrests in $400M SIM-Swap Tied to Heist at FTX? (Krebs on Security)

Actualités, Sécurité
Three Americans were charged this week with stealing more than $400 million in a November 2022 SIM-swapping attack. The U.S. government did not name the victim organization, but there is every indication that the money was stolen from the now-defunct cryptocurrency exchange FTX, which had just filed for bankruptcy on that same day. A graphic illustrating the flow of more than $400 million in cryptocurrencies stolen from FTX on Nov. 11-12, 2022. Image: Elliptic.co. An indictment unsealed this week and first reported on by Ars Technica alleges that Chicago man Robert Powell, a.k.a. “R,” “R$” and “ElSwapo1,” was the ringleader of a SIM-swapping group called the “Powell SIM Swapping Crew.” Colorado resident Emily “Em” Hernandez allegedly helped the group gain access to victim devices in service of SIM-swapping attacks between…
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Arrests in $400M SIM-Swap Tied to Heist at FTX? (Krebs on Security)

Actualités, Sécurité
Three Americans were charged this week with stealing more than $400 million in a November 2022 SIM-swapping attack. The U.S. government did not name the victim organization, but there is every indication that the money was stolen from the now-defunct cryptocurrency exchange FTX, which had just filed for bankruptcy on that same day. A graphic illustrating the flow of more than $400 million in cryptocurrencies stolen from FTX on Nov. 11-12, 2022. Image: Elliptic.co. An indictment unsealed this week and first reported on by Ars Technica alleges that Chicago man Robert Powell, a.k.a. “R,” “R$” and “ElSwapo1,” was the ringleader of a SIM-swapping group called the “Powell SIM Swapping Crew.” Colorado resident Emily “Em” Hernandez allegedly helped the group gain access to victim devices in service of SIM-swapping attacks between…
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Arrests in $400M SIM-Swap Tied to Heist at FTX?

Actualités
Three Americans were charged this week with stealing more than $400 million in a November 2022 SIM-swapping attack. The U.S. government did not name the victim organization, but there is every indication that the money was stolen from the now-defunct cryptocurrency exchange FTX, which had just filed for bankruptcy on that same day. A graphic illustrating the flow of more than $400 million in cryptocurrencies stolen from FTX on Nov. 11-12, 2022. Image: Elliptic.co. An indictment unsealed this week and first reported on by Ars Technica alleges that Chicago man Robert Powell, a.k.a. “R,” “R$” and “ElSwapo1,” was the ringleader of a SIM-swapping group called the “Powell SIM Swapping Crew.” Colorado resident Emily “Em” Hernandez allegedly helped the group gain access to victim devices in service of SIM-swapping attacks between…
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UN Cybercrime Treaty Could Endanger Web Security (Google Online Security Blog)

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Royal Hansen, Vice President of Privacy, Safety and Security Engineering This week, the United Nations convened member states to continue its years-long negotiations on the UN Cybercrime Treaty, titled “Countering the Use of Information and Communications Technologies for Criminal Purposes.”  As more aspects of our lives intersect with the digital sphere, law enforcement around the world has increasingly turned to electronic evidence to investigate and disrupt criminal activity. Google takes the threat of cybercrime very seriously, and dedicates significant resources to combating it. When governments send Google legal orders to disclose user data in connection with their investigations, we carefully review those orders to make sure they satisfy applicable laws, international norms, and Google’s policies. We also regularly report the number of these orders in our Transparency Report.  To ensure…
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