DHS developing smart glasses with biometric surveillance for ICE
The Department of Homeland Security is reportedly developing smart glasses equipped with real-time biometric identification capabilities for Immigration and Customs Enforcement agents, scheduled for deployment by September 2027. A DHS attorney expressed concern that the technology could be used for broader surveillance of general populations, including protesters, rather than just immigration enforcement.
What happened
The Department of Homeland Security is developing smart glasses for Immigration and Customs Enforcement agents, according to budget documents viewed by journalist Ken Klippenstein. The glasses would include video cameras and heads-up data displays, and are scheduled for release by September 2027.
The smart glasses would enable real-time identification of individuals by pulling biometric data from federal databases, including facial recognition, walking gait, and iris patterns. The DHS describes the project as delivering 'operational prototypes of smart glasses, to equip agents with real-time access to information and biometric identification capabilities in the field.'
Reported impact
A DHS attorney told Klippenstein that while the project is portrayed as targeting illegal aliens, 'the reality is that a push in this direction affects all Americans, particularly protestors.' The attorney expressed concern that the technology has applications for general government surveillance beyond immigration enforcement.
The glasses would give federal agents the ability to identify anyone within their line of sight, especially if individuals are on any of DHS's watchlists, raising civil rights concerns.
Index analysis
The project is under the DHS's Science and Technology Directorate, the agency's research and development division. Congress has been informed of DHS's plans but has chosen not to publicly comment on the project.
Classification
Sources and evidence
This record was researched and written by the Index, based on the following original reporting.