The US Supreme Court is reviewing whether law enforcement can use cell location data to track suspects without a warrant. The case raises fundamental questions about privacy rights in the digital age.
The Supreme Court's review centers on police use of geofencing and cell-site location information (CSLI) in criminal investigations. Law enforcement has increasingly relied on this data to identify suspects near crime scenes, but privacy advocates argue the practice violates Fourth Amendment protections against unreasonable searches.
Geofencing allows police to request data on all devices that entered a specific geographic area during a set timeframe. Cell-site location data reveals which cell towers a phone connected to, creating location records without direct GPS tracking.
The Court must determine whether obtaining this data requires a warrant based on probable cause, or if lesser standards suffice. Currently, practices vary across jurisdictions. Some courts require warrants while others allow police access with lower-threshold legal demands.
The decision will significantly impact digital privacy protections and police investigative powers. A ruling could establish national standards for a technique used millions of times annually by law enforcement agencies.
Hacking group FulcrumSec claims to have stolen 86 GB of data from Manchester Airports Group. Security researchers confirmed the breach included detailed customer, booking, and travel records.
Multiple extensions in the Chrome Web Store and Microsoft Edge delivered malware that stole cryptocurrency, browser data, and user history while injecting fraudulent ClickFix lures.
A new survey reveals strong public opposition in the UK to government surveillance of encrypted communications. The findings highlight growing concern over privacy rights as lawmakers continue debating message scanning proposals.
PaperCut has released a second emergency security update for its NG and MF print management software after researchers discovered bypass methods for the initial fixes. The vulnerabilities are currently being exploited in the wild.