The latest UN sanctions-monitoring assessment records an AQIS attribution after its February report cited a possible JeM link; the NIA has tied the accused to an AQIS offshoot.
The November 2025 Red Fort blast that killed 11 people has been officially attributed to Al-Qaida in the Indian Subcontinent, or AQIS, according to a new report by the United Nations Security ...
The United Nations Security Council has “officially attributed” the November 2025 blast near Delhi’s Red Fort, which killed 11 people, to Al-Qaida in the Indian Subcontinent (AQIS), according to the ...
The Delhi Police’s FIR called the explosion near Red Fort “a bomb blast” as it invoked sections pertaining to conspiracy and punishment for a terror attack ...
The UN report warns of AQIS's shift to smaller, harder-to-detect cells and its potential spread into Bangladesh, signalling a growing threat to South Asian security.
UNSC attributes 2025 Delhi Red Fort blast to AQIS, raising concerns about evolving terror networks and Bangladesh's vulnerability.
The blast, involving a vehicle-borne improvised explosive device, caused 11 fatalities, numerous injuries and significant damage to property. | Latest News Delhi ...
Analytical Support & Sanctions Monitoring Team also highlighted broader concerns over activities & capabilities of Al-Qaida & ...
A UN monitoring report has officially attributed the Red Fort attack in Delhi to AQIS. The finding sharpens concerns over expanding terror networks and online weapons dissemination across South Asia.
NEW DELHI: The United Nations Security Council (UNSC) has officially attributed the November 2025 blast near Delhi’s iconic Red Fort to Al-Qaida in the Indian Subcontinent (AQIS), according to the ...
Defence expert and retired Captain Anil Gaur on Thursday said the United Nations Security Council's report attributing the November 2025 Red Fort blast to Al-Qaeda in the Indian Subcontinent (AQIS) ...
The report also flagged AQIS's alleged efforts to expand its presence by establishing operational cells in Bangladesh.