banking Archives

Tech Optimizer

September 22, 2026

Kaspersky: 5 Security Essentials Beyond Built-In Antivirus

India's internet usage has rapidly evolved, with the Unified Payments Interface (UPI) transforming smartphones into banking hubs and daily tasks being conducted online. Despite this digital shift, many users rely on pre-installed security software, which may not be sufficient against increasing cyber threats. In 2025, nearly one in four internet users in India faced web-based cyber threats, with over 47.5 million threats blocked, averaging about 130,000 daily. Kaspersky's Safe Money feature provides real-time verification of banking and shopping sites, while its anti-phishing capabilities respond to rapidly changing scams. Scammers are using multi-channel approaches, prompting Kaspersky's system to flag suspicious activity across platforms. Credential theft increased by 20% in 2025, with over 225,000 attacks thwarted, and Kaspersky offers identity monitoring to alert users of data leaks. Additionally, Kaspersky Premium provides 24/7 human support for suspicious activities, addressing the limitations of standard antivirus tools in a complex digital threat landscape.

Tech Optimizer

September 22, 2026

When “Good Enough” Isn’t Enough: 5 Security Essentials Kaspersky Covers That Built-In Antivirus Doesn’t

India's digital landscape has rapidly evolved, with the Unified Payments Interface (UPI) turning smartphones into banking hubs and shifting many routine tasks online. However, users often rely on basic pre-installed security software, underestimating online threats. In 2025, nearly one in four internet users in India faced web-based threats, with over 47.5 million incidents blocked. Kaspersky addresses five critical gaps in online security: 1. Real-Time Site Verification: Kaspersky’s Safe Money feature provides real-time verification of banking and shopping sites, which standard antivirus tools lack. 2. Live Anti-Phishing Protection: Kaspersky offers real-time anti-phishing capabilities with a continuously updated threat database, responding faster than traditional antivirus solutions. 3. Cross-Channel Threat Detection: Kaspersky flags suspicious activities across multiple channels, unlike single-channel antivirus tools. 4. Identity and Data-Leak Monitoring: Kaspersky alerts users when their information appears on the dark web, integrating this feature into its protection suite. 5. Round-the-Clock Human Support: Kaspersky Premium provides 24/7 human support for users facing suspicious transactions or alerts. Credential theft targeting Indian networks increased by 20% in 2025, with over 225,000 attacks thwarted. The sophistication of digital threats in India has outpaced basic defenses, necessitating advanced protection layers.

Tech Optimizer

September 20, 2026

How to Remove a Keylogger: 12 Steps, 60 Min [2026]

A keylogger captures every keystroke made on a device and sends that information to an external source. In 2025, infostealer malware, including keyloggers, resulted in the theft of 642.4 million credentials from 13.2 million infections globally. In Australia, approximately 30,000 banking passwords were compromised between 2021 and 2025 due to this malware. The Australian Cyber Security Centre reported over 42,500 calls related to credential theft in one year, a 16% increase. Four main malware families dominate the landscape, with LummaC2 accounting for nearly 60% of credentials linked to infostealers in 2026. Keyloggers can be detected through signs such as typing lag, unexpected antivirus notifications, new browser extensions, and unexplained spikes in outbound data usage. Detection and removal steps include checking running processes, auditing startup programs, reviewing installed programs, running antivirus scans, and resetting passwords from a clean device. Keyloggers can infiltrate systems via phishing emails, malicious attachments, or compromised software downloads. Mobile devices can also be targeted by keyloggers disguised as legitimate apps.

AppWizard

September 19, 2026

Russia’s national messenger app Max found to contain backdoor capable of secret screen captures

Researchers have found that Max, a messaging app mandated by the Russian government, can secretly capture screenshots, access sensitive information, impersonate users, and inject code into other applications. Developed by VK, the app integrates messaging, banking, and government services. Since September 1 of last year, it has been preinstalled on new smartphones, following the blocking of WhatsApp and Telegram. Despite its reach, it is not widely used in political circles, with insiders indicating that compliance with its use is performative.

AppWizard

September 19, 2026

New Android malware uses AI to take over your phone

A new Android malware called RatHat has emerged, analyzed by researchers from Zimperium's zLabs. It spreads through deceptive smishing texts and malicious ads that lead users to counterfeit download pages for popular apps. Once installed, it manipulates Android's Accessibility Service to gain elevated access by enabling Wireless Debugging and retrieving authentication codes without user intervention. RatHat targets finance and banking apps to steal user IDs, passwords, and MFA codes, using techniques to obtain touch coordinates for PIN recovery. It can intercept SMS messages, gain limited control of the device, and reinstall itself. Users are advised against sideloading apps and granting unnecessary accessibility permissions. Google's Advanced Protection Mode and Malwarebytes for Android can help mitigate risks associated with RatHat.

AppWizard

September 19, 2026

New RatHat Android Malware Uses AI to Steal Banking Logins, PINs and OTP Codes

Security researchers have identified an Android banking Trojan named RatHat, which utilizes artificial intelligence, accessibility features, and Android Debug Bridge (ADB) to steal financial credentials, PINs, and one-time passcodes. Unlike traditional malware, RatHat employs a live AI assistant that interacts with the Android accessibility tree, allowing it to make real-time decisions based on the victim's screen content. The infection typically starts with social-engineering tactics, leading victims to counterfeit download pages where they are tricked into sideloading a malicious APK. Once installed, RatHat prompts users to enable Android Accessibility Service permissions, which it exploits to navigate Developer Options and enable Wireless Debugging. This grants it shell-level ADB access, allowing it to bypass application sandbox restrictions. RatHat deploys two native binaries for executing commands and maintaining a connection to the attacker's infrastructure. It targets banking applications through credential-stealing overlays and can intercept SMS messages for transaction verification codes. Additionally, it can record touch coordinates to reconstruct PINs and unlock patterns. RatHat includes persistence mechanisms to restore itself after removal, and users are advised to perform a factory reset if they suspect compromise. To reduce infection risk, users should avoid sideloading apps from unknown links, deny unnecessary Accessibility Service requests, and refrain from enabling Developer Options or Wireless Debugging for unfamiliar applications.

AppWizard

September 18, 2026

Revealed: How Russia use mobile ‘super-app’ Max to spy on its citizens

A new messaging and payment app called Max has emerged in Russia, developed by VKontakte, and has become the country's most utilized messaging platform. Max integrates various services, including banking and government services, and has been adopted by tens of millions of Russians. It features extensive surveillance capabilities, allowing it to take screenshots, access information without consent, impersonate users, and potentially conduct cyberattacks. The app's adoption has been largely mandatory, particularly among state employees and students. Despite its rise, Max has not replaced Telegram as a primary news source, and users have raised concerns about privacy and surveillance. Experts warn that Russia's swift implementation of digital control strategies reflects a growing trend of digital authoritarianism.

AppWizard

September 18, 2026

That security patch date on your Android phone is no longer the full story

Google has launched the AndroidX Security State and Security State Provider libraries, enhancing Android's security framework. These tools allow applications to assess the security status of individual components on a device, rather than relying solely on the overall security patch level. Applications can now verify specific security fixes, identify available updates, and check for pending installations. This is particularly useful for security-sensitive applications, such as banking software, which can confirm the presence of necessary security fixes before allowing transactions. The libraries also enable apps to check for the resolution of specific vulnerabilities (CVEs), ensuring critical fixes are in place before enabling features like tap-to-pay. Phone manufacturers can communicate specific security fixes without changing the overall security patch date, meaning a device may show an outdated patch date while still having resolved certain vulnerabilities.

AppWizard

September 18, 2026

Android apps can now check security patches down to individual device components

The new AndroidX Security State libraries, with stable releases of Security State v1.1.0 and Security State Provider v1.0.0, allow developers to evaluate the security status of individual device components. They provide three levels of security patch information: Device Security Patch Level (DSPL), Published Security Patch Level (PSPL), and Available Security Patch Level (ASPL). These libraries enable checks on critical components of the Android operating system, including system modules and the Linux kernel, which are represented by version numbers rather than monthly patch dates. Applications that prioritize security can utilize this detailed patch information to assess vulnerabilities, particularly those tracked as Common Vulnerabilities and Exposures (CVEs). The libraries also integrate with the Open Source Vulnerabilities (OSV) database for access to Android Security Bulletin data and device-specific vulnerability reports. Additionally, Android 17 allows manufacturers to declare individual security fixes beyond the stated security patch level, and Google is working with manufacturers to transition their OTA update clients to this new standardized system.

AppWizard

September 17, 2026

New Chinese-Made ‘RatHat’ Android Malware Leverages AI to Steal Financial Data

Security researchers at Zimperium have identified a new strain of Android malware called RatHat, which is linked to threat actors from China and is designed to steal sensitive credentials and banking information. RatHat infiltrates devices through phishing sites, malvertising, and SMS phishing (smishing), tricking users into downloading malicious Android package kits (APKs). The malware uses a dropper to activate its payload, which is hidden in encrypted assets, and employs techniques to bypass Android's security measures. RatHat consists of three main components: a malicious Android application, a Go agent (liblocal-service.so), and an FRP client (libmedia_codec.so). The app collects sensitive information such as banking credentials, notifications, 2FA codes, OTP keys, and screen inputs. It features a generative AI user interface-automation engine that communicates in Mandarin and can perform various tasks like determining screen coordinates and issuing navigation commands. The Go agent acts as a command-and-control executor, executing commands to bypass app-level security and manage system-level tasks. The FRP client maintains a secure reverse tunnel to the attacker's server, allowing ongoing remote access to the device. The architecture of RatHat demonstrates the inadequacy of traditional mobile security measures against such advanced threats.