Hackers Exploit c-ares DLL Side-Loading to Bypass Security and Deploy Malware
16.01.2026
5180
Active malware exploits DLL side-loading in a signed GitKraken binary to deliver trojans, stealers, and remote access malware.
Hackers Exploit c-ares DLL Side-Loading to Bypass Security and Deploy Malware
Active malware exploits DLL side-loading in a signed GitKraken binary to deliver trojans, stealers, and remote access malware.
Hackers are weaponizing c-ares DLL side-loading to bypass security measures and deploy malware. This technique involves exploiting a signed GitKraken binary to load malicious DLLs, enabling the delivery of trojans, credential stealers, and remote access malware.
The attack leverages social engineering and phishing tactics to trick users into executing the malicious binary. Once executed, the malware uses DLL side-loading to load the c-ares library, which is then used to deploy additional payloads.
This method allows attackers to evade traditional security defenses by using a legitimate, signed application to load malicious code. The malware is designed to steal credentials, establish remote access, and potentially deploy ransomware.
The threat intelligence community has identified this as an active campaign, with multiple variants of the malware being distributed. Organizations are advised to monitor for suspicious DLL loading activities and implement application whitelisting to mitigate the risk.
Key indicators of compromise include unusual network traffic from the c-ares library and unexpected DLL loads from GitKraken binaries. Security teams should also look for signs of credential theft and unauthorized remote access.
- • Exploits signed GitKraken binary for DLL side-loading
- • Delivers trojans, stealers, and remote access malware
- • Uses social engineering and phishing for initial access
- • Evades security by leveraging legitimate applications
- • Active campaign with multiple malware variants
#DLL side-loading#GitKraken#malware#social engineering#phishing
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