Passenger detained after suspicious substance found at Delhi Metro’s Jama Masjid station

NEW DELHI: A passenger was detained by Central Industrial Security Force (CISF) personnel after allegedly attempting to flee during a routine baggage screening at Delhi Metro’s Jama Masjid station, following the detection of a suspicious semi-solid substance.

According to reports, the unidentified substance was found concealed in the passenger’s underwear during a security check. The man, who reportedly claimed to be a non-resident Indian living in Kuala Lumpur, Malaysia, was handed over to the police for further investigation.

Suspicious object detected during X-ray screening
The incident occurred when CISF personnel were conducting routine baggage checks at the station. An unusually dense object was reportedly detected on the screen of the X-ray baggage inspection system (XBIS), prompting security personnel to examine the passenger. However, when the staff moved to conduct further checks, the passenger allegedly attempted to run towards the exit gate.

CISF personnel intercept passenger
CISF personnel chased the passenger and apprehended him near the exit gate, preventing him from leaving the station. A subsequent check reportedly led to the discovery of the unidentified semi-solid substance concealed in his underwear.

The passenger claimed to be an NRI residing in Kuala Lumpur, according to reports. His identity and the circumstances surrounding the incident are being examined.

Police probe underway
The passenger was handed over to the police for further questioning. Investigators are expected to establish the nature of the substance, why it was being carried and whether any offence was involved.

The substance has not been identified in the information available, and its composition and intended use remain unclear.

Editorial note: The report is based on the information provided. The substance’s identity and the circumstances of the incident should be verified through an official CISF or police statement before publication.