TELEPUZ: A Modular Malware-for-Hire Spreading Through ClickFix Tricks

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TELEPUZ: A Modular Malware-for-Hire Spreading Through ClickFix Tricks | HivePro Threat Advisory TA2026202
Threat Advisory · Attack Report

TELEPUZ: A Modular Malware-for-Hire Spreading Through ClickFix Tricks

TELEPUZ is a lightweight, modular malware-for-hire (MaaS) that spreads through ClickFix pastejacking scams. Once dropped by a Go-based Vidar stealer, TELEPUZ disables local defenses, escalates to SYSTEM, installs itself as a Windows service, and phones home over WebSockets to steal browser cookies, log keystrokes, run commands, and capture screenshots on Windows systems.

TLP: Amber Malware: TELEPUZ ClickFix / Pastejacking Windows (64-bit) Malware-as-a-Service TA2026202 Admiralty Code: A1
First Seen Late April 2026
Malware TELEPUZ
Attack Type ClickFix / MaaS Stealer
Targeted Platform Windows (64-bit)
Targeted Products Chromium browsers, Firefox
Targeted Regions Global (excl. CIS)
TA Number TA2026202
Admiralty Code A1
Date of Publication July 17, 2026

Summary

First Seen: Late April 2026

Targeted Regions: Global, excluding Commonwealth of Independent States (CIS) countries (Ukraine, Belarus, Armenia, Azerbaijan, Tajikistan, Georgia, Kazakhstan, Kyrgyzstan, Turkmenistan, Uzbekistan, Moldova)

Targeted Platform: Windows (64-bit)

Targeted Products: Chromium-based browsers (e.g., Chrome) and Mozilla Firefox

Malware: TELEPUZ

TELEPUZ is a lightweight, modular malware that is likely being sold as a service (MaaS). It arrives through a ClickFix scam that tricks users into running a PowerShell command, which pulls down a Go version of the Vidar stealer, which in turn installs TELEPUZ. Once on a machine it disables local defenses, escalates to SYSTEM, installs itself as a Windows service, and phones home over WebSockets to steal browser cookies, log keystrokes, run commands, capture screenshots, and inject into browsers.


Attack Details

Step 1 — ClickFix Delivery and the Vidar Loader

A new modular malware called TELEPUZ reaches its victims through a ClickFix scam. A user lands on a booby-trapped web page that claims they need to run a quick "fix" to view the content. The page quietly plants a command in the clipboard, a trick also called pastejacking, and walks the user through pasting it into a Windows Terminal and pressing Enter. That command is PowerShell, and it downloads a second-stage file from memshowblob[.]forum into the temp folder and runs it. This second stage is a Go-based variant of the Vidar stealer, which acts as the real workhorse of the delivery chain.

Step 2 — TELEPUZ Deployment, Persistence, and Anti-Analysis Checks

Vidar then pulls down two more pieces from hurgadatour[.]shop: a small stager (install.exe) and the main TELEPUZ library (telepuz.dll). The stager writes the DLL into its install folder and launches it with rundll32.exe. Once running, TELEPUZ re-launches itself under rundll32 or svchost, sets up persistence, and creates the mutex cfgmgr_mtx so only one copy runs at a time. Before doing anything noisy it runs a series of checks: it quits on machines with fewer than two CPUs, less than 2GB of memory, or too little disk space, backs off if the system language points to a CIS country, and scans for sandbox-style usernames and computer names. If it senses it is being watched, it stops. If the coast is clear, it blinds local defenses by unhooking NTDLL, patching AMSI and ETW, and stripping DLL-load notification callbacks, then looks for debuggers and builds a unique victim ID from the hardware serial number, computer name, and OS install date.

Step 3 — Privilege Escalation and Credential Theft

From there, TELEPUZ splits into two threads. One works on gaining power: it bypasses User Account Control using the COM elevation moniker technique, with a second AppInfo ALPC and DebugObjects method held in reserve, then reaches for SYSTEM by stealing a token from a privileged process such as spoolsv.exe, msdtc.exe, WmiPrvSE.exe, or svchost.exe. It then registers itself as a Windows service named CipherAllocator so it loads inside a fresh svchost.exe instance. With that foothold, it can collect what it came for: it logs keystrokes, runs a stealer module, and pulls cookies from Chromium browsers, even working around Chrome's App-Bound Encryption by downloading a purpose-built helper binary.

Step 4 — Command-and-Control Over WebSockets

The second thread handles the phone-home. TELEPUZ talks to its C2 over WebSockets, optionally wrapped in TLS, using a simple JSON protocol and reaching out to the path /cdn/health with the victim ID attached. If the primary C2 (currently cal.snehamumbai[.]org, earlier cal.joycedoula[.]com[.]br, both legitimate sites the actor compromised) does not answer after ten tries, it fetches a backup address from any of four dead drops: a Telegram profile, a Steam profile, a DNS record, or a Polygon blockchain smart contract that also doubles as a kill switch. Operators can push down extra modules on demand-stealer, keylogger, and web injector and pull data back out with commands such as CreateZip and Upload, sending everything over the same C2 channel. Because the shellcode-injection command is still just a placeholder, it is clear the malware is a work in progress.


Recommendations

01

Block ClickFix Clipboard Execution

Warn users never to paste and run commands from a web page, and use browser and endpoint controls to flag or block clipboard-driven command execution, since that is exactly how the TELEPUZ infection starts.

02

Restrict and Log PowerShell

Enforce PowerShell Constrained Language Mode, turn on Script Block Logging, and alert on PowerShell that uses flags like -NoP, -w h, -ep bypass, or that calls DownloadFile to a temp folder.

03

Block Known TELEPUZ Indicators

Add the staging domains, C2 domains, IP addresses, and download URLs listed in the IoCs section to web proxies, DNS filtering, and firewall blocklists.

04

Watch for rundll32 Abuse

Alert when rundll32.exe loads a DLL from %TEMP%, %AppData%, or %ProgramData%, or is spawned by an unusual parent, as TELEPUZ relies on rundll32 to launch its main payload.

05

Detect Unauthorized Service Creation

Monitor for new services and their registry keys under HKLM\SYSTEM\CurrentControlSet\Services, especially the observed names CipherAllocator and PilotmasterMast, and investigate any service backed by a DLL in a user-writable path.

06

Protect Browser Credentials and Cookies

Deploy phishing-resistant MFA and treat session cookies as sensitive, so that stolen cookies and saved credentials cannot be replayed; watch for unexpected processes reading browser profile data.


Indicators of Compromise (IoCs)

TypeValue
SHA256 580b441e2961739fd26e54e0a0ea08351cb10a51839519fc722cfa39ecd0c954
03fa348b70819296c958c842e7646b3b7efe5fa217ed5098143003c47995a746
58aec6e3835aaf20f7b4a7e308b36a19e7454673a6f71783871e9bcf6cae8eed
bf3b4e645a3c0c23f87c55971069014f7424ad14497371ee7567eff68ffaf343
ff791fe1532a2dc3b3c188a71bfd0177f973ef228e4d1dda1db6d3c4b0d62b3e
a955d7e2819d5fa8b5f879cb970e1a1a91327098a7383f2a03a5e1e7e19435e3
9733a3f6409de81271f21993c7f8b9865ac9f5c68c3d4336e91afe6b312477eb
444f1c0c82b3f6cc31d685bac68b20edbde5722ce219af9cceab0c2a6537efc1
Domains memshowblob[.]forum, chubrik[.]sbs, betalegenda[.]cfd, mavpaprokla[.]lat, comicstar[.]lat, bigblower[.]click, momasites[.]lol, momasites[.]com, mamsites[.]lol, hardenedom[.]shop, hardendedom[.]shop, hardendom[.]shop, hardeneddom[.]shop, netblokirovka[.]asia, netblokir[.]asia, netlobikrovka[.]asia, neblokirovka[.]as, kidsko[.]shop, mazaporka[.]shop, hurgadatour[.]shop, krabsburger[.]xyz, zewaplus[.]club, cal[.]joycedoula[.]com[.]br, cal[.]snehamumbai[.]org
IPv4 172[.]67[.]215[.]214, 172[.]67[.]165[.]144
URLs hxxps[:]//memshowblob[.]forum/api/index[.]php?a=grab
hxxps[:]//chubrik[.]sbs/files/xK7mR9pL2nQw5tY8/ygvfuyze[.]dll
hxxps[:]//betalegenda[.]cfd/files/xK7mR9pL2nQw5tY8/kmwvogwx[.]dll
hxxps[:]//mavpaprokla[.]lat/files/telemetriawork/telepuz[.]dll
hxxps[:]//comicstar[.]lat/files/telemetriawork/telepuz[.]dll
hxxps[:]//bigblower[.]click/files/telemetriawork/telepuz[.]dll
hxxps[:]//momasites[.]lol/files/telemetriawork/telepuz[.]dll
hxxps[:]//momasites[.]com/files/telemetrywork/telepuz
hxxps[:]//mamsites[.]lol/files/telemetrywork/telepuz[.]dll
hxxps[:]//hardenedom[.]shop/files/telemetriawork/telepuz[.]dll
hxxps[:]//hardendedom[.]shop/files/lemetriawork/epuz[.]dll
hxxps[:]//hardendom[.]shop/files/telemetry/telepuz[.]dll
hxxps[:]//hardeneddom[.]shop/files/telemetrywork/telepuz
hxxps[:]//netblokirovka[.]asia/files/telemetriawork/telepuz[.]dll
hxxps[:]//netblokir[.]asia/files/telemetriawork/telepuz[.]dll
hxxps[:]//netlobikrovka[.]asia/files/telemetriawork/telepuz[.]dll
hxxps[:]//neblokirovka[.]as/telemetry/network/telepuz[.]dll
hxxps[:]//kidsko[.]shop/files/telemetriawork/telepuz[.]dll
hxxps[:]//mazaporka[.]shop/files/telemetriawork/telepuz[.]dll
hxxps[:]//172[.]67[.]215[.]214/files/telemetriawork/telepuz[.]dll
hxxps[:]//hurgadatour[.]shop/files/telemetriawork/telepuz[.]dll
hxxp[:]//krabsburger[.]xyz/files/telemetriawork/telepuz[.]dll
hxxps[:]//zewaplus[.]club/files/telemetriawork/telepuz[.]dll
hxxps[:]//172[.]67[.]165[.]144/files/telemetriawork/telepuz[.]dll
hxxps[:]//t[.]me/chanadarkpart
hxxps[:]//steamcommunity[.]com//profiles/76561199705801219
File Path %AppData%\Local\DCFG\Runtime\Themes\Processor\etwhost.dll
%AppData%\Roaming\StateRepository\Host\Recovery\systemreset.dll
%AppData%\Local\MiravaDevices\noraxrecovery.dll
%ProgramData%\XeroxPrint\Temp\Worker\grpeng.dll
%ProgramData%\Jundrax\Tracker\IrenScanner.dll
%ProgramData%\QualcommRF\dsp_agent.dll
Mutex cfgmgr_mtx, bginfod_mtx, wfj64_mtx
Registry Key HKLM\SYSTEM\CurrentControlSet\Services\CipherAllocator
HKLM\SYSTEM\CurrentControlSet\Services\PilotmasterMast

Potential MITRE ATT&CK TTPs

Resource Development
T1608.001
Stage Capabilities: Upload Malware — TELEPUZ operators host second-stage and payload files on attacker-controlled and compromised web infrastructure.
Execution
T1204.004
User Execution: Malicious Copy and Paste — The ClickFix scam plants a command in the clipboard and instructs the victim to paste and run it.
T1059.001
Command and Scripting Interpreter: PowerShell — The pasted ClickFix command executes PowerShell to download the Vidar-based second stage.
T1106
Native API — TELEPUZ interacts directly with Windows APIs to unhook NTDLL and manipulate processes.
T1129
Shared Modules — TELEPUZ is delivered and executed as a DLL (telepuz.dll).
T1569.002
System Services: Service Execution — TELEPUZ registers and runs as the Windows service CipherAllocator.
Persistence
T1543.003
Create or Modify System Process: Windows Service — TELEPUZ installs itself as a Windows service to persist and reload under svchost.
Privilege Escalation
T1548.002
Abuse Elevation Control Mechanism: Bypass User Account Control — TELEPUZ bypasses UAC using the COM elevation moniker technique, with AppInfo ALPC/DebugObjects as a fallback.
T1134.001
Access Token Manipulation: Token Impersonation/Theft — TELEPUZ steals a token from privileged processes such as spoolsv.exe, msdtc.exe, WmiPrvSE.exe, or svchost.exe to reach SYSTEM.
T1134.002
Access Token Manipulation: Create Process with Token — The stolen SYSTEM token is used to launch new elevated processes.
Defense Evasion
T1218.011
System Binary Proxy Execution: Rundll32 — The stager launches telepuz.dll using rundll32.exe.
T1112
Modify Registry — TELEPUZ writes service configuration entries under HKLM\SYSTEM\CurrentControlSet\Services.
T1055.012
Process Injection: Process Hollowing — TELEPUZ injects into browser processes to access session data.
T1620
Reflective Code Loading — TELEPUZ loads code in memory to evade disk-based detection.
T1562.006
Impair Defenses: Indicator Blocking — TELEPUZ patches AMSI and ETW and strips DLL-load notification callbacks to blind local defenses.
T1027.007
Obfuscated Files or Information: Dynamic API Resolution — TELEPUZ resolves APIs dynamically to hinder static analysis.
T1027.013
Obfuscated Files or Information: Encrypted/Encoded File — TELEPUZ components are encoded to evade detection.
T1036.005
Masquerading: Match Legitimate Name or Location — TELEPUZ service names and file paths mimic legitimate Windows components.
T1622
Debugger Evasion — TELEPUZ actively looks for attached debuggers before proceeding.
T1497.001
Virtualization/Sandbox Evasion: System Checks — TELEPUZ quits on machines with fewer than two CPUs, less than 2GB RAM, or too little disk space, and scans for sandbox-style usernames and computer names.
T1497.003
Virtualization/Sandbox Evasion: Time Based Evasion — TELEPUZ delays or halts execution if it senses it is being watched.
T1070.004
Indicator Removal: File Deletion — TELEPUZ removes staging artifacts to reduce forensic traces.
Credential Access
T1539
Steal Web Session Cookie — TELEPUZ pulls cookies from Chromium browsers, working around Chrome's App-Bound Encryption via a purpose-built helper binary.
T1555
Credentials from Password Stores — TELEPUZ's stealer module harvests saved credentials from browser profile data.
T1056.001
Input Capture: Keylogging — TELEPUZ logs keystrokes once SYSTEM privileges are obtained.
Discovery
T1057
Process Discovery — TELEPUZ enumerates running processes to identify privileged targets for token theft.
T1083
File and Directory Discovery — TELEPUZ inspects the filesystem as part of its sandbox and environment checks.
T1082
System Information Discovery — TELEPUZ checks CPU count, memory, and disk space before continuing execution.
T1033
System Owner/User Discovery — TELEPUZ scans for sandbox-style usernames and computer names.
T1518
Software Discovery — TELEPUZ identifies installed browsers and security software on the target host.
T1614.001
System Location Discovery: System Language Discovery — TELEPUZ backs off if the system language points to a CIS country.
Collection
T1113
Screen Capture — TELEPUZ captures screenshots of the victim's desktop.
T1560.002
Archive Collected Data: Archive via Library — Operators issue a CreateZip command to package stolen data before exfiltration.
T1185
Browser Session Hijacking — TELEPUZ injects into Chromium and Firefox browsers to hijack active sessions and steal cookies.
Command and Control
T1071.001
Application Layer Protocol: Web Protocols — TELEPUZ communicates with its C2 over WebSockets using a JSON protocol via the path /cdn/health.
T1573.002
Encrypted Channel: Asymmetric Cryptography — TELEPUZ's WebSocket C2 traffic is optionally wrapped in TLS.
T1105
Ingress Tool Transfer — TELEPUZ downloads the stager, main DLL, and additional modules (stealer, keylogger, web injector) from remote servers.
T1102.001
Web Service: Dead Drop Resolver — TELEPUZ falls back to a Telegram profile, Steam profile, DNS record, or Polygon blockchain smart contract to resolve a backup C2 address.
Exfiltration
T1041
Exfiltration Over C2 Channel — TELEPUZ uploads stolen data back to operators using commands such as Upload over the same C2 channel.

References & Patch Links


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