Android | Breaking Cybersecurity News | The Hacker News

Raise your hand if you've heard the myth, "Android isn't secure." Android phones, such as the Samsung Galaxy, unlock new ways of working. But, as an IT admin, you may worry about the security—after all, work data is critical. However, outdated concerns can hold your business back from unlocking its full potential. The truth is, with work happening everywhere, every device connected to your network is a potential security breach point. As threats evolve, so must the tools to defend against them. Allow me to introduce Samsung Knox— a built-in security platform that combines hardware and software protections on Samsung Galaxy devices. It's loaded with features and is designed to safeguard data, provide IT teams with deeper control, and offer a flexible foundation for enterprise needs. Let's take a look at some myths about open source and how Samsung can get you on the right path to success. Myth 1: "Isn't Android more prone to malware and attacks?" Common concerns around sideloadi...

Cybersecurity researchers have shed light on two different Android trojans called BankBot-YNRK and DeliveryRAT that are capable of harvesting sensitive data from compromised devices. According to CYFIRMA, which analyzed three different samples of BankBot-YNRK, the malware incorporates features to sidestep analysis efforts by first checking its running within a virtualized or emulated environment, and then extracting device details such as the manufacturer and model name to ascertain if it's being executed on a real device. BankBot-YNRK also checks if the device is manufactured by Oppo, or is running on ColorOS, a version of the Android operating system that's used on devices made by the Chinese original equipment manufacturer (OEM). "The malware also includes logic to identify specific devices," CYFIRMA said. "It verifies whether the device is a Google Pixel or a Samsung device and checks if its model is included in a predefined list of recognized or suppo...

Google on Thursday revealed that the scam defenses built into Android safeguard users around the world from more than 10 billion suspected malicious calls and messages every month. The tech giant also said it has blocked over 100 million suspicious numbers from using Rich Communication Services (RCS), an evolution of the SMS protocol, thereby preventing scams before they could even be sent. In recent years, the company has adopted various safeguards to combat phone call scams and automatically filter known spam using on-device artificial intelligence and move them automatically to the "spam & blocked" folder in the Google Messages app for Android. Earlier this month, Google also globally rolled out safer links in Google Messages, warning users when they attempt to click on any URLs in a message flagged as spam and step them visiting the potentially harmful website, unless the message is marked as "not spam." Google said its analysis of user-submitted rep...

Cybersecurity researchers have disclosed details of a new Android banking trojan called Herodotus that has been observed in active campaigns targeting Italy and Brazil to conduct device takeover ( DTO ) attacks. "Herodotus is designed to perform device takeover while making first attempts to mimic human behaviour and bypass behaviour biometrics detection," ThreatFabric said in a report shared with The Hacker News. The Dutch security company said the Trojan was first advertised in underground forums on September 7, 2025, as part of the malware-as-a-service (MaaS) model, touting its ability to run on devices running Android version 9 to 16. It's assessed that while the malware is not a direct evolution of another banking malware known as Brokewell , it certainly appears to have taken certain parts of it to put together the new strain. This includes similarities in the obfuscation technique used, as well as direct mentions of Brokewell in Herodotus (e.g., "BRKWL_...

Android devices from Google and Samsung have been found vulnerable to a side-channel attack that could be exploited to covertly steal two-factor authentication (2FA) codes, Google Maps timelines, and other sensitive data without the users' knowledge pixel-by-pixel. The attack has been codenamed Pixnapping by a group of academics from the University of California (Berkeley), University of Washington, University of California (San Diego), and Carnegie Mellon University. Pixnapping, at its core, is a pixel-stealing framework aimed at Android devices in a manner that bypasses browser mitigations and even siphons data from non-browser apps like Google Authenticator by taking advantage of Android APIs and a hardware side-channel, allowing a malicious app to weaponize the technique to capture 2FA codes in under 30 seconds. "Our key observation is that Android APIs enable an attacker to create an analog to [Paul] Stone-style attacks outside of the browser," the researchers...