Mohali Terror Plot Foiled, Two Suspects Held with IED
Punjab Police and bomb disposal personnel conduct an anti-terror operation in Mohali after recovering an improvised explosive device linked to a suspected terror plot.

Mohali: In a major breakthrough for security agencies, Punjab Police have arrested two associates of a foreign-based terror operative and recovered an Improvised Explosive Device (IED), successfully foiling a suspected terror plot targeting critical public infrastructure in SAS Nagar (Mohali).

According to officials, the arrests were made during a coordinated intelligence-led operation aimed at dismantling terror networks operating in the region. The suspects are believed to have been working under the directions of a foreign-based handler and were allegedly involved in planning activities that posed a serious threat to public safety.

The recovery of the IED is being viewed as a significant achievement, as it prevented a potential attack on key infrastructure in Mohali. Security agencies acted swiftly after receiving specific intelligence inputs, leading to the detention of the accused before the alleged plot could be executed.

Investigators are now examining the recovered explosive device and other evidence to determine the full scope of the conspiracy. Authorities are also working to identify additional links and possible associates connected to the network.

Senior police officials said the operation highlights the effectiveness of intelligence-sharing and coordinated action between security agencies. They reiterated their commitment to maintaining peace and preventing any attempts to disrupt public safety in Punjab.

The successful operation has once again underscored the ongoing challenge posed by cross-border terror networks and the importance of constant vigilance. Officials have assured residents that all necessary measures are being taken to safeguard critical infrastructure and ensure the security of the region.

Further investigations are underway, and more details are expected to emerge as the probe progresses.

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