Google Launches Android Forensic Tool with Amnesty International to Expose Spyware Vendor Intrusions

Google has rolled out a new Android feature specifically designed to generate forensic-grade logs of sophisticated intrusions, in a collaboration with Amnesty International that security researchers are calling a first-of-its-kind development in mobile threat detection. The Intrusion Logging feature, which Google has been developing since last year, marks the first time a major device vendor has released a tool explicitly built to enhance the forensic detection and response capabilities of investigators analyzing advanced attacks on mobile devices.

Amnesty International served as a key design partner on the feature, contributing technical expertise from its own investigations into state-sponsored and commercial spyware operations. The organization noted that independent researchers have historically relied on log files and records that were never intended for forensic purposes—making detection inconsistent and evidence easily degradable. As surveillance groups have grown increasingly aware of forensic efforts and have adapted their tactics accordingly, the gap between attackers and defenders has widened. The new feature aims to close that gap by providing tamper-resistant, detailed records of intrusion activity that can withstand legal and investigative scrutiny.

The rollout represents a notable shift in how major platform vendors approach accountability in the spyware ecosystem. Commercial vendors such as NSO Group, Cytrox, and other actors operating in the offensive cyber surveillance market have long operated with limited technical traceability. By embedding forensic-grade logging directly into Android's architecture, Google and Amnesty are effectively raising the operational risk for vendors attempting to conceal their activities on compromised devices. The move signals growing pressure from civil society and technology companies alike for greater transparency and traceability in the advanced persistent threat landscape.