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Patching really, really matters – patching is what keeps technology solutions from becoming like big blocks of Swiss cheese, with endless security vulnerabilities punching hole after hole into critical solutions. But anyone who's spent any amount of time maintaining systems will know that patching is often easier said than done. Yes, in some instances, you can just run a command line to install that patch, and that's it. These instances are increasingly rare though – given the complexity of the technology environment, you're more likely faced with a complex process to achieve patching best practice. In this article, we'll outline why database patching matters (yes, databases are vulnerable too!), explain what the problem is with patching databases, and point to a novel solution that takes the pain out of database patching. Watch out – your database services are vulnerable too We know that database services are critical – databases underpin IT operations in countle

Representatives from the U.S., the European Union, and 30 other countries pledged to mitigate the risk of ransomware and harden the financial system from exploitation with the goal of disrupting the ecosystem, calling it an "escalating global security threat with serious economic and security consequences."  "From malign operations against local health providers that endanger patient care, to those directed at businesses that limit their ability to provide fuel, groceries, or other goods to the public, ransomware poses a significant risk to critical infrastructure, essential services, public safety, consumer protection and privacy, and economic prosperity," officials  said  in a statement released last week. To that end, efforts are expected to be made to enhance network resilience by adopting cyber hygiene good practices, such as using strong passwords, securing accounts with multi-factor authentication, maintaining periodic offline data backups, keeping softwa

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

REvil, the notorious ransomware gang behind a string of cyberattacks in recent years, appears to have gone off the radar once again, a little over a month after the cybercrime group staged a surprise return following a two-month-long hiatus. The development, first  spotted  by Recorded Future's  Dmitry Smilyanets , comes after a member affiliated with the REvil operation posted on the XSS hacking forum that unidentified actors had taken control of the gang's Tor payment portal and data leak website. "The server was compromised and they were looking for me. To be precise, they deleted the path to my hidden service in the  torrc file  and raised their own so that I would (sic) go there. I checked on others - this was not. Good luck everyone, I'm off," user 0_neday said in the post. As of writing, it isn't clear exactly who was behind the compromise of REvil's servers, although it wouldn't be entirely surprising if law enforcement agencies played a r

Since cybersecurity is definitely an issue that's here to stay, I've just checked out the recently released first episodes of Cato Networks  Cybersecurity Master Class Series .  According to Cato, the series aims to teach and demonstrate cybersecurity tools and best practices; provide research and real-world case studies on cybersecurity; and bring the voices and opinions of top cybersecurity thought-leaders. Designed for security and IT professionals, C-level managers and security experts, each session contains both theory and hands-on examples about strategic, tactical, and operational issues on a wide range of topics.  The classes are hosted by industry-recognized cybersecurity researcher and keynote speaker, Etay Maor, who is also Senior Director of Security Strategy at Cato. Four out of the planned annual 8-10 episodes are currently available online.  Episode 1 , entitled  How (and Why) to Apply OSINT to Protect your Enterprise  takes an in-depth look at our era of data proli

Windows 10, iOS 15, Google Chrome, Apple Safari, Microsoft Exchange Server, and Ubuntu 20 were successfully broken into using original, never-before-seen exploits at the Tianfu Cup 2021, the fourth edition of the international cybersecurity contest held in the city of Chengdu, China. Targets this year  included  Google Chrome running on Windows 10 21H1, Apple Safari running on Macbook Pro, Adobe PDF Reader, Docker CE, Ubuntu 20/CentOS 8, Microsoft Exchange Server 2019, Windows 10, VMware Workstation, VMware ESXi, Parallels Desktop, iPhone 13 Pro running iOS 15, domestic mobile phones running Android, QEMU VM, Synology DS220j DiskStation, and ASUS RT-AX56U router. The Chinese version of Pwn2Own was  started  in 2018 in the wake of government regulation in the country that barred security researchers from participating in international hacking competitions because of national security concerns. With the exception of Synology DS220j NAS, Xiaomi Mi 11 smartphone, and an unnamed Chine

The operators behind the pernicious TrickBot malware have resurfaced with new tricks that aim to increase its foothold by expanding its distribution channels, ultimately leading to the deployment of ransomware such as Conti. The threat actor, tracked under the monikers ITG23 and Wizard Spider, has been found to partner with other cybercrime gangs known Hive0105, Hive0106 (aka TA551 or Shathak), and Hive0107, adding to a growing number of campaigns that the attackers are banking on to deliver proprietary malware, according to a report by IBM X-Force. "These and other cybercrime vendors are infecting corporate networks with malware by hijacking email threads, using fake customer response forms and social engineering employees with a fake call center known as BazarCall," researchers Ole Villadsen and Charlotte Hammond  said . Since emerging on the threat landscape in 2016, TrickBot has evolved from a banking trojan to a modular Windows-based crimeware solution, while also 

A new deceptive ad injection campaign has been found leveraging an ad blocker extension for Google Chrome and Opera web browsers to sneakily insert ads and affiliate codes on websites, according to new research from cybersecurity firm Imperva. The findings come following the discovery of rogue domains distributing an ad injection script in late August 2021 that the researchers connected to an add-on called AllBlock. The  extension  has since been pulled from both the Chrome Web Store and Opera add-ons marketplaces. While AllBlock is designed to block ads legitimately, the JavaScript code is injected into every new tab opened on the browser. It works by identifying and sending all links in a web page — typically on search engine results pages — to a remote server, which responds back with a list of websites to replace the genuine links with, leading to a scenario where upon clicking a link, the victim is redirected to a different page. "When the user clicks on any modified li