Last updated: August 19, 2026 at 1:47 AM UTC
All 741 Vulnerability 286 Breach 129 Threat 319 Defense 7
Tag: android (16 articles)Clear

Google June Android update fixes 124 flaws including exploited Framework zero-day CVE-2025-48595 - also added to CISA KEV same day

Google has released the June 2026 Android security patches addressing 124 vulnerabilities, including CVE-2025-48595, a high-severity Android Framework flaw under limited, targeted exploitation. Local attackers can abuse it to gain code execution and escalate privileges on Android 14 or later. Google fixed 18 critical vulnerabilities this cycle across System, Framework, and Qualcomm closed-source components; the most severe is a critical Framework flaw enabling remote privilege escalation with no user interaction. Two patch levels shipped (2026-06-01 and 2026-06-05). CISA added CVE-2025-48595 to its KEV catalog the same day. Pixel devices get updates immediately; other vendors typically lag. Similar Android Framework flaws have historically been abused by commercial spyware.

Check
Inventory Android fleet by version and patch level. Confirm devices show the 2026-06-05 patch level. Prioritize Android 14+ devices for CVE-2025-48595; push updates via MDM where possible.
Affected
Android 14 and later unpatched against the June 2026 update. CVE-2025-48595 is under limited targeted exploitation; high-interest individuals face the greatest risk from likely-spyware abuse.
Fix
Apply the June 2026 Android update (2026-06-05 patch level). Non-Pixel users: pressure OEMs for timely rollout. FCEB agencies must remediate CVE-2025-48595 per CISA KEV deadline.

Grandoreiro banking trojan and BTMOB Android RAT hit Iberia and Latin America - DLL side-loading, WebRTC P2P, targets Wise and Revolut

WatchGuard and ESET have documented two parallel banking-malware campaigns hitting Windows and Android users across Iberia and Latin America. The Windows campaign delivers Grandoreiro - an actively evolving banking trojan operating since 2016 that targets thousands of institutions across 45 countries - via DLL side-loading of four legitimate applications, using Delphi 11-built DLLs that abuse the sgcWebSockets library for WebRTC peer-to-peer C2 over STUN and ICE protocols to blend with web-conferencing traffic. Named targets include Abanca, Banco de Portugal, BBVA PT, Caixa Geral, Santander, plus Revolut and Wise. A companion campaign delivers the BTMOB RAT to Android users in Brazil.

Check
Hunt Windows endpoints for DLL side-loading of mingwm10.dll, libwebp.dll, libffi-6.dll, or libpng15.dll. Inspect outbound WebRTC/STUN/ICE traffic to unexpected peers. Check for Delphi-built DLLs.
Affected
Banking customers and finance staff in Spain, Portugal, Mexico (Windows/Grandoreiro) and Brazil (Android/BTMOB). Named targets include Abanca, Santander, Banco de Portugal, Revolut, and Wise.
Fix
Apply WatchGuard and ESET IoCs. Block known C2 peers. Train finance staff against phishing links delivering ZIP archives. Deploy mobile threat defense on Android devices accessing banking apps.

Trapdoor Android ad fraud: 455 apps, 24M downloads, 659M daily bid requests, selective activation via attribution tools

HUMAN Security has detailed Trapdoor, an Android ad-fraud and malvertising operation that pushed 455 apps with more than 24 million combined Play Store downloads and drove an average of 659 million daily ad-bid requests, three-quarters of them from US devices. The operators run their own ad campaigns to recruit victims, then use legitimate install-attribution tools to switch on fraud only for users who came in through those campaigns, suppressing the bad behavior for anyone who installed organically - which kept Google's reviewers and most security researchers in the dark. Google has now removed all identified apps from the Play Store.

Check
Use MDM to inventory any Trapdoor app from HUMAN's published list on managed Android devices. Look for outbound traffic to HTML5 cashout domains in your DNS logs.
Affected
Android users who downloaded Trapdoor apps after clicking attribution-tagged ads. The campaign is invisible to users who installed the same apps organically.
Fix
MDM-uninstall the named apps and block their package IDs. Restrict Android sideloading on managed devices. Review attribution-provider settings to limit click campaigns' ability to flag malicious behavior.

TrickMo Android banker hides command-and-control inside Telegram's TON blockchain network to dodge takedowns

The TrickMo Android banking malware now routes its command-and-control through The Open Network (TON), the decentralized peer-to-peer network originally built around Telegram, making the C2 infrastructure much harder to identify or take down. ThreatFabric (which tracks this variant as Trickmo.C) has been watching it since January in campaigns hitting users in France, Italy, and Austria. The malware disguises itself as TikTok or streaming apps and steals banking credentials and crypto wallet keys via phishing overlays, keylogging, SMS interception, OTP suppression, and live screen recording. The new variant also adds SSH tunneling, port forwarding, and SOCKS5 proxy commands, turning infected phones into a pivot point.

Check
Check MDM logs for users in France, Italy, or Austria who side-loaded apps masquerading as TikTok or streaming services since January 2026. Flag corporate phones showing outbound TON network traffic.
Affected
Android devices belonging to users in France, Italy, and Austria that side-loaded apps disguised as TikTok or streaming services. Banking and cryptocurrency-wallet credentials, SMS-delivered OTPs, screen contents, and keystrokes are all at risk. The TON-based C2 means traditional domain blocking and DNS-based filters will miss this malware family entirely.
Fix
Confirm Google Play Protect is active and side-loading is blocked on all managed Android devices. For potentially infected users, perform a full factory reset, reinstall apps only from Google Play, and reset banking and cryptocurrency credentials from a known-clean device. Add TON .adnl traffic to egress monitoring - while you cannot decrypt it, unusual volumes from corporate networks are a signal.

Google is paying $1.5 million for a Pixel hack and cutting Chrome rewards because AI is finding bugs faster than humans can submit reports

Google overhauled its Vulnerability Reward Program for Android and Chrome on May 1 in response to AI tools reshaping bug hunting. The maximum Pixel Titan M reward jumped to $1.5 million for a zero-click exploit with persistence. Chrome payouts dropped across categories. Google is rewarding 'actionable reports' with concrete exploits and suggested fixes rather than raw bug volume - a response to AI tools like Anthropic's Mythos and OpenAI's GPT-5.4-Cyber generating more vulnerability reports than security teams can triage. Google paid a record $17.1 million in 2025 (up 40% from 2024) and expects 2026 aggregate rewards to increase further despite per-bug cuts.

Check
If your organization runs a bug bounty program, decide this quarter whether you reward per-finding or per-impact - the AI-generated bug volume is making the per-finding model financially unsustainable.
Affected
Any organization running a vulnerability reward program is facing the same volume problem Google is responding to. Independent security researchers face per-bug payment cuts industry-wide as programs adjust. The Internet Bug Bounty pause is a signal that mid-tier programs without Google's scale will struggle most.
Fix
Restructure bounty programs to reward proof of exploitation (working PoC, demonstrated impact) rather than report volume. Add quality gates: detailed reproduction steps, proposed fixes, impact analysis. Use AI tools defensively to triage incoming reports. For independent researchers: focus on high-value targets where AI struggles (complex multi-step exploits, business logic flaws) rather than competing on volume.

NoVoice Android rootkit hid inside 50+ Google Play apps - 2.3 million downloads, survives factory reset

McAfee uncovered a rootkit campaign called Operation NoVoice that distributed malware through more than 50 legitimate-looking apps on Google Play - cleaners, games, and gallery tools - downloaded at least 2.3 million times. Once opened, the apps silently profile the device and download root exploits targeting Android vulnerabilities patched between 2016 and 2021. After rooting, the malware replaces core system libraries so every app the user opens runs attacker code. It survives factory resets on older devices because the payload lives on the system partition.

Check
Check your Android fleet for devices running security patch levels older than May 2021, and audit for any of the removed apps.
Affected
Android devices with security patch level before 2021-05-01. The rootkit primarily targets older or unpatched devices, though patched devices that installed the apps may have been exposed to other payloads.
Fix
Update Android devices to security patch level 2021-05-01 or later. Devices confirmed infected on Android 7 or older require a full firmware reflash - factory reset will not remove the rootkit. Remove any apps matching the McAfee IOC list. Consider MDM policies that block app installs from unknown or low-reputation publishers.