Security News

The novel phishing technique, described last week by a penetration tester and security researcher who goes by the handle mr. The concocted popups simulate a browser window within the browser, spoofing a legitimate domain and making it possible to stage convincing phishing attacks.

A novel phishing technique called browser-in-the-browser attack can be exploited to simulate a browser window within the browser in order to spoof a legitimate domain, thereby making it possible to stage convincing phishing attacks. "Combine the window design with an iframe pointing to the malicious server hosting the phishing page, and it's basically indistinguishable," mrd0x said in a technical write-up published last week.

A phishing kit has been released that allows red teamers and wannabe cybercriminals to create effective single sign-on phishing login forms using fake Chrome browser windows. Threat actors have attempted to create these fake SSO windows using HTML, CSS, and JavaScript in the past, but there is usually something a little off about the windows, making them look suspicious.

Bypassing defenses built into the user's browser to fool them into trusting a malicious page tends to be difficult in the absence of an exploitable vulnerability, thanks to browser security mechanisms including Content Security Policy settings and the Same-origin policy security model. The BitB attack extends this technique by creating an entirely fabricated browser window, including trust signals like a locked padlock icon and a known URL. You think you're seeing a real popup window, but it's actually just faked within the page, and ready to capture your credentials.

Meta Platforms' WhatsApp and Cloudflare have banded together for a new initiative called Code Verify to validate the authenticity of the messaging service's web app on desktop computers. Available in the form of a Chrome and Edge browser extension, the open-source add-on is designed to "Automatically verif[y] the authenticity of the WhatsApp Web code being served to your browser," Facebook said in a statement.

Mozilla has pushed out-of-band software updates to its Firefox web browser to contain two high-impact security vulnerabilities, both of which it says are being actively exploited in the wild. Tracked as CVE-2022-26485 and CVE-2022-26486, the zero-day flaws have been described as use-after-free issues impacting the Extensible Stylesheet Language Transformations parameter processing and the WebGPU inter-process communication Framework.

The particular provision requires web browsers like Chrome, Safari, and Firefox to accept QWACs, which practically compels browser developers and security advocates to ease their security stance. TLS certificates are vital for the online exchange of sensitive information with websites such as passwords, sensitive uploads, or payment details.

Google on Monday rolled out fixes for eight security issues in the Chrome web browser, including a high-severity vulnerability that's being actively exploited in real-world attacks, marking the first zero-day patched by the internet giant in 2022. The shortcoming, tracked CVE-2022-0609, is described as a use-after-free vulnerability in the Animation component that, if successfully exploited, could lead to corruption of valid data and the execution of arbitrary code on affected systems.

In the past few days, both Apple and Adobe have published software updates to close off zero-day security holes that were already being exploited by attackers. In other words, now matter how quickly you update against a zero-day once the patch is announced, you know that someone - and you have to hope that it wasn't you! - has already been attacked and pwned, even if they're accustomed to patching promptly themselves.

A financially-motivated malware campaign has compromised over 800 WordPress websites to deliver a banking trojan dubbed Chaes targeting Brazilian customers of Banco do Brasil, Loja Integrada, Mercado Bitcoin, Mercado Livre, and Mercado Pago. "Chaes is characterized by the multiple-stage delivery that utilizes scripting frameworks such as JScript, Python, and NodeJS, binaries written in Delphi, and malicious Google Chrome extensions," Avast researchers Anh Ho and Igor Morgenstern said.