Amazon AWS | Breaking Cybersecurity News | The Hacker News

Cybersecurity researchers have discovered a new post-exploitation technique in Amazon Web Services (AWS) that allows the AWS Systems Manager Agent (SSM Agent) to be run as a remote access trojan on Windows and Linux environments "The SSM agent, a legitimate tool used by admins to manage their instances, can be re-purposed by an attacker who has achieved high privilege access on an endpoint with SSM agent installed, to carry out malicious activities on an ongoing basis," Mitiga researchers Ariel Szarf and Or Aspir  said  in a report shared with The Hacker News. "This allows an attacker who has compromised a machine, hosted on AWS or anywhere else, to maintain access to it and perform various malicious activities." SSM Agent is a  software  installed on Amazon Elastic Compute Cloud (Amazon EC2) instances, on-premise servers, and virtual machines, making it possible for administrators to update, manage, and configure their AWS resources through a unified interface.

The "hotpatch" released by Amazon Web Services (AWS) in response to the  Log4Shell  vulnerabilities could be leveraged for container escape and privilege escalation, allowing an attacker to seize control of the underlying host. "Aside from containers, unprivileged processes can also exploit the patch to escalate privileges and gain root code execution," Palo Alto Networks Unit 42 researcher Yuval Avrahami  said  in a report published this week. The issues —  CVE-2021-3100 ,  CVE-2021-3101 ,  CVE-2022-0070 , and  CVE-2022-0071  (CVSS scores: 8.8) — affect the  hotfix solutions  shipped by AWS, and stem from the fact that they are designed to search for Java processes and patch them against the Log4j flaw on the fly but without ensuring that the new Java processes are run within the restrictions imposed on the container. "Any process running a binary named 'java' – inside or outside of a container – is considered a candidate for the hot patch,"

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

Brazil's biggest cosmetics company Natura accidentally left hundreds of gigabytes of its customers' personal and payment-related information publicly accessible online that could have been accessed by anyone without authentication. SafetyDetective researcher Anurag Sen last month discovered two unprotected Amazon-hosted servers—with 272GB and 1.3TB in size—belonging to Natura that consisted of more than 192 million records. According to the report Anurag shared with The Hacker News, the exposed data includes personally identifiable information on 250,000 Natura customers, their account login cookies, along with the archives containing logs from the servers and users. Worryingly, the leaked information also includes Moip payment account details with access tokens for nearly 40,000 wirecard.com.br users who integrated it with their Natura accounts. "Around 90% of users were Brazilian customers, although other nationalities were also present, including customers

Skyrocketing data breaches bring incalculable losses to organizations and can cost cybersecurity executives their jobs. Here we examine the top five places in 2019 where cybercriminals are stealing corporate and government data without ever getting noticed and then learn how to avoid falling victim to unscrupulous attackers. 1. Misconfigured Cloud Storage 48% of all corporate data is stored in the cloud compared to 35% three years ago, according to a 2019 Global Cloud Security Study by cybersecurity company Thales that surveyed over 3,000 professionals across the globe. Contrastingly, only 32% of the organizations believe that protecting data in the cloud is their own responsibility, counting on cloud and IaaS providers to safeguard the data. Worse, 51% of the organizations do not use encryption or tokenization in the cloud. (ISC)² Cloud Security Report 2019 assets that 64% of cybersecurity professionals perceive data loss and leakage as the biggest risk associated with the

Former Amazon employee Paige Thompson , who was arrested last month in relation to the Capital One data breach , has been accused of hacking not only the U.S. credit card issuer, but also more than 30 other companies. An indictment unsealed on Wednesday revealed that Thompson not just stole data from misconfigured servers hosted with a cloud-computing company, but also used the computing power of hacked servers to mine for cryptocurrency, a practice commonly known as " Cryptojacking ." Thompson, known online as "erratic," was arrested by the FBI on July 29 concerning a massive breach in Capital One Financial Corp that exposed the personal information of more than 100 million credit card applicants in the United States and 6 million in Canada. The stolen data included approximately 140,000 Social Security numbers and 80,000 bank account numbers linked to United States customers, and 1 million Social Insurance numbers belonged to Canadian citizens, along wit

It's been a bad week for Facebook users. First, the social media company was caught asking some of its new users to share passwords for their registered email accounts and now… ...the bad week gets worse with a new privacy breach. More than half a billion records of millions of Facebook users have been found exposed on unprotected Amazon cloud servers. The exposed datasets do not directly come from Facebook; instead, they were collected and unsecurely stored online by third-party Facebook app developers. Researchers at the cybersecurity firm UpGuard today revealed that they discovered two datasets—one from a Mexican media company called Cultura Colectiva and another from a Facebook-integrated app called "At the pool"—both left publicly accessible on the Internet. More than 146 GB of data collected by Cultura Colectiva contains over 540 million Facebook user records, including comments, likes, reactions, account names, Facebook user IDs, and more. The

A serious security vulnerability has been discovered in the core runC container code that affects several open-source container management systems, potentially allowing attackers to escape Linux container and obtain unauthorized, root-level access to the host operating system. The vulnerability, identified as  CVE-2019-5736 , was discovered by open source security researchers Adam Iwaniuk and Borys Popławski and publicly disclosed by Aleksa Sarai, a senior software engineer and runC maintainer at SUSE Linux GmbH on Monday. The flaw resides in runC—a lightweight low-level command-line tool for spawning and running containers, an operating-system-level virtualization method for running multiple isolated systems on a host using a single kernel. Originally created by Docker, runC is the default container run-time for Docker, Kubernetes, ContainerD, CRI-O, and other container-dependent programs, and is widely being used by major cloud hosting and server providers. runC Containe

A security researcher has discovered several critical vulnerabilities in one of the most popular embedded real-time operating systems—called FreeRTOS—and its other variants, exposing a wide range of IoT devices and critical infrastructure systems to hackers. What is FreeRTOS (Amazon, WHIS OpenRTOS, SafeRTOS)? FreeRTOS is a leading open source real-time operating system (RTOS) for embedded systems that has been ported to over 40 microcontrollers, which are being used in IoT, aerospace, medical, automotive industries, and more. RTOS has specifically been designed to carefully run applications with very precise timing and a high degree of reliability, every time. A pacemaker is an excellent example of the real-time embedded system that contracts heart muscle at the right time, a process that can't afford delays, to keep a person alive. Since late last year, FreeRTOS project is being managed by Amazon, who created Amazon FreeRTOS (a:FreeRTOS) IoT operating system for mic