GHOSTBLADE

Leaked DarkSword iOS Exploit Chain 'P7' Now Steals Crypto Wallet Seeds and Keystores

A third build of the P7 variant of the leaked DarkSword iOS exploit chain has been identified, featuring a new lure site themed around Chinese online casinos and a fresh command server. The chain exploits six vulnerabilities, including three zero-days, to deploy an implant that decrypts the keychain directly on the device and extracts seed phrases from wallets such as imToken, Trust Wallet, and Phantom. Unlike the original GHOSTBLADE, P7 rewrites the C2 agent to focus exclusively on wallet data while retaining the core TaskRop and MIG-filter bypass modules. Passive analysis of public sources also uncovered the long-running 'qqtime' delivery cluster that pairs DarkSword with the older Coruna chain for broader iOS coverage. The operator uses channel codes to support multiple affiliate distributors and employs an AppleKeyStore oracle to decrypt keychain items locally before exfiltration.

DarkSword Exploit Kit Expands to 180 Sites Targeting iPhone Users with Zero-Click Chain

The DarkSword exploit kit has scaled its infrastructure to 180 web properties hosted on 27 servers, enabling zero-click compromise of iPhones running vulnerable iOS versions. Attackers deploy fake pages impersonating Apple, AWS, and other popular services to trigger a six-vulnerability exploit chain that achieves remote code execution, sandbox escape, and privilege escalation on iOS 18.4 through 18.7. Once the device is compromised, GHOSTBLADE components extract data from the Keychain, iCloud files, Wi-Fi passwords, and other stored content before exfiltrating it to attacker-controlled panels. The malware deletes crash reports and forensic logs to hinder analysis and does not establish traditional persistence, limiting the window of data theft to a single visit. Infrastructure rotates rapidly, with five of seven administrative panels observed on July 30, 2026, having appeared only a week earlier, indicating frequent domain and host replacement to evade blocking.