Our latest investigation reveals a sophisticated Android malware campaign, codenamed Ajina, targeting Central Asia. Named after a mythical spirit from Uzbek folklore, this malware deceives users by posing as legitimate apps, compromising personal and financial data across the region. Our investigation revealed over 1,400 unique samples, highlighting the attackers' regional knowledge and growing reach.
Discover how these malicious actors are spreading malware through Telegram, the techniques they're using, and the broader implications for users and businesses alike.
π‘οΈ Stay informed and stay secure.
Read the full analysis by our experts now
#CyberSecurity #ThreatIntelligence #infosec #FightAgainstCybercrime #AndroidMalware #Telegram
Discover how these malicious actors are spreading malware through Telegram, the techniques they're using, and the broader implications for users and businesses alike.
π‘οΈ Stay informed and stay secure.
Read the full analysis by our experts now
#CyberSecurity #ThreatIntelligence #infosec #FightAgainstCybercrime #AndroidMalware #Telegram
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π¨ Qwizzserial: The New Face of Android SMS Stealers primarily in Uzbekistan!
A previously unknown malware family is making waves across Uzbekistan, blending social engineering with technical stealth to bypass defenses and hijack finances.
Key Highlights:
πΉ Over 100,000 Android infections in just 3 months
πΉ Telegram bots used to auto-generate malware disguised as government aid apps
πΉ $62,000+ stolen by a single group using fake βfinancial supportβ schemes
πΉ Advanced evasion techniques: USSD SIM hijacking, infinite preloaders, obfuscation with NP Manager and Allatori
This is not just another stealer β itβs the evolution of the Classiscam model.
Read the full breakdown, infrastructure, attribution, and mitigation tips in our technical blog.
#AndroidMalware #ThreatIntel #Classiscam #Qwizzserial #SMSStealer #FightAgainstCybercrime
A previously unknown malware family is making waves across Uzbekistan, blending social engineering with technical stealth to bypass defenses and hijack finances.
Key Highlights:
πΉ Over 100,000 Android infections in just 3 months
πΉ Telegram bots used to auto-generate malware disguised as government aid apps
πΉ $62,000+ stolen by a single group using fake βfinancial supportβ schemes
πΉ Advanced evasion techniques: USSD SIM hijacking, infinite preloaders, obfuscation with NP Manager and Allatori
This is not just another stealer β itβs the evolution of the Classiscam model.
Read the full breakdown, infrastructure, attribution, and mitigation tips in our technical blog.
#AndroidMalware #ThreatIntel #Classiscam #Qwizzserial #SMSStealer #FightAgainstCybercrime
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π¨Android-based financial fraud in Uzbekistan has entered a new stage of operational maturity, with threat actors shifting from simple SMS stealers to sophisticated, multi-stage infection chains built around stealthy droppers, advanced obfuscation, and automated infrastructure.
Key Highlights:
πΉOver $2M stolen by a single tracked group since January 2025
πΉTwo primary dropper families, MidnightDat and RoundRift, were identified using native decryption and encrypted asset storage.
πΉWonderland, a new SMS stealer with bidirectional WebSocket Cβ, enables real-time command execution, SMS sending, and USSD control.
πΉTelegram remains the central distribution channel, fueled by stolen sessions sold on dark web markets.
πΉThousands of unique samples generated through automated build pipelines to evade signature-based detection
π Read the full analysis here.
#ThreatIntelligence #AndroidMalware
Key Highlights:
πΉOver $2M stolen by a single tracked group since January 2025
πΉTwo primary dropper families, MidnightDat and RoundRift, were identified using native decryption and encrypted asset storage.
πΉWonderland, a new SMS stealer with bidirectional WebSocket Cβ, enables real-time command execution, SMS sending, and USSD control.
πΉTelegram remains the central distribution channel, fueled by stolen sessions sold on dark web markets.
πΉThousands of unique samples generated through automated build pipelines to evade signature-based detection
π Read the full analysis here.
#ThreatIntelligence #AndroidMalware
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Android malware continues to evolve, and RedHook is a prime example of how legitimate developer features can be repurposed for malicious gain.
Our latest research analyzes the newest version of the RedHook Android RAT, which introduces a sophisticated privilege abuse chain by leveraging ADB Wireless Debugging to obtain shell-level access..
Key Highlights:
πΉ Autonomous abuse of ADB Wireless Debugging to gain shell-level privileges (uid 2000)
πΉ Integration of the Shizuku framework to execute protected Android system APIs
πΉ An expanded command-and-control framework supporting 53 remote commands
πΉ A robust persistence stack designed to survive reboots and evade process termination
πΉ Distribution through spoofed government and financial websites, with malicious APKs hosted on trusted platforms such as GitHub and AWS S3
πΉ Recent activity indicating an expansion of targeting from Vietnam to Indonesia
Read the full technical analysis.
#ThreatIntelligence #ThreatResearch #AndroidMalware
Our latest research analyzes the newest version of the RedHook Android RAT, which introduces a sophisticated privilege abuse chain by leveraging ADB Wireless Debugging to obtain shell-level access..
Key Highlights:
πΉ Autonomous abuse of ADB Wireless Debugging to gain shell-level privileges (uid 2000)
πΉ Integration of the Shizuku framework to execute protected Android system APIs
πΉ An expanded command-and-control framework supporting 53 remote commands
πΉ A robust persistence stack designed to survive reboots and evade process termination
πΉ Distribution through spoofed government and financial websites, with malicious APKs hosted on trusted platforms such as GitHub and AWS S3
πΉ Recent activity indicating an expansion of targeting from Vietnam to Indonesia
Read the full technical analysis.
#ThreatIntelligence #ThreatResearch #AndroidMalware
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βοΈ A live phone call. A remote access trojan. An NFC relay malware.
Group-IB researchers uncovered WindRelay, a previously unseen Android NFC relay malware deployed alongside SpyNote RAT in a live-call fraud scheme.
The investigation reveals how threat actors are combining:
πΉ Social engineering calls with personalized RAT delivery
πΉ Remote sideloading of NFC relay malware
πΉ Real-time interception and relay of EMV card transactions
πΉ 23 related samples and four C2 IPs linked to WindRelay activity
The findings also highlight why defenders should look beyond screen-sharing detection and monitor Accessibility Service abuse, sideloaded apps, suspicious permissions, and NFC activity.
π Read the full technical analysis.
#AndroidMalware #SpyNoteRAT #WindRelay #FraudPrevention
Group-IB researchers uncovered WindRelay, a previously unseen Android NFC relay malware deployed alongside SpyNote RAT in a live-call fraud scheme.
The investigation reveals how threat actors are combining:
πΉ Social engineering calls with personalized RAT delivery
πΉ Remote sideloading of NFC relay malware
πΉ Real-time interception and relay of EMV card transactions
πΉ 23 related samples and four C2 IPs linked to WindRelay activity
The findings also highlight why defenders should look beyond screen-sharing detection and monitor Accessibility Service abuse, sideloaded apps, suspicious permissions, and NFC activity.
π Read the full technical analysis.
#AndroidMalware #SpyNoteRAT #WindRelay #FraudPrevention
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π¨ Group-IB uncovers Vwork, a weaponized fork of the open-source Android app cloner Shelter, used alongside the Gigabud banking trojan.
Vwork abuses Android Work Profiles to clone banking apps into an isolated environment, helping attackers evade detection and bypass fraud controls.
Vwork-compatible Gigabud samples were identified across LATAM, MENA, and APAC, targeting Brazil, Colombia, Egypt, Indonesia, Laos, Mexico, Morocco, the Philippines, Thailand, TΓΌrkiye, and a GCC member state.
In Indonesia, Group-IB observed 1,469 compromised devices and 1,281 potentially compromised logins between February and July 2026, with estimated losses of $960,939.
Read the full technical analysis.
#ThreatIntelligence #AndroidMalware #Vwork #Gigabud
Vwork abuses Android Work Profiles to clone banking apps into an isolated environment, helping attackers evade detection and bypass fraud controls.
Vwork-compatible Gigabud samples were identified across LATAM, MENA, and APAC, targeting Brazil, Colombia, Egypt, Indonesia, Laos, Mexico, Morocco, the Philippines, Thailand, TΓΌrkiye, and a GCC member state.
In Indonesia, Group-IB observed 1,469 compromised devices and 1,281 potentially compromised logins between February and July 2026, with estimated losses of $960,939.
Read the full technical analysis.
#ThreatIntelligence #AndroidMalware #Vwork #Gigabud
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π¨Group-IB researchers have uncovered RemControl, a previously undocumented Android banking trojan operating as Malware-as-a-Service (MaaS). First observed in July 2026, RemControl abuses Androidβs Accessibility Service to inject phishing overlays over legitimate banking applications, capture sensitive credentials, stream the victimβs screen, log interactions, and remotely control the device.
The threat goes beyond credential theft. Its infrastructure includes an exposed operator panel for managing bots, overlay templates, stolen credentials, remote sessions, and affiliate-specific APK builds. The malware also uses a local VPN to interfere with Google Play Protect during installation and retrieves its command-and-control address through an encrypted Telegram dead-drop mechanism.
Researchers also identified evidence of AI-assisted development, including an AI-generated response accidentally left inside a live phishing page.
Read the full blog.
#CyberSecurity #AndroidMalware #BankingTrojan
The threat goes beyond credential theft. Its infrastructure includes an exposed operator panel for managing bots, overlay templates, stolen credentials, remote sessions, and affiliate-specific APK builds. The malware also uses a local VPN to interfere with Google Play Protect during installation and retrieves its command-and-control address through an encrypted Telegram dead-drop mechanism.
Researchers also identified evidence of AI-assisted development, including an AI-generated response accidentally left inside a live phishing page.
Read the full blog.
#CyberSecurity #AndroidMalware #BankingTrojan
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