Intelligence sources have given a big information about the violence between the opponents and supporters of the Citizenship Amendment Act (CAA) in the North East and East Delhi areas of Delhi. It is being told that the Delhi Police had issued an alert based on intelligence reports that during the President Trump’s visit to India, the number of CAA protests in Delhi could increase and the protests could be furious.
MHA sources: Violence in North-East Delhi orchestrated most likely with an eye on US President Trump’s visit to India. MHA & Delhi Police Commissioner are in touch and expected to get a grip on the situation soon. Police Commissioner is monitoring situation from the Control Room — ANI (@ANI) February 24, 2020
According to the police, Violence happened in Delhi on Sunday & Monday (February 23-24) under the pre-planned planning and conspiracy and this fierce protests are still going on. It has been said that the same forces are involved behind them which are active in Shaheen Bagh. And these forces do not want the matter to be resolved in a sensitive manner. These people want that there is so much chaos during Trump’s visit to India that the matter should be caught at the international level.
Today, there was a big violence in the Bhajanpura, Gokulpuri and Shahdara areas of East Delhi and North East Delhi. The death of a policeman has been reported so far in this violence. While two officers of IPS rank are hospitalised. Apart from these, there are 37 other policemen injured in this violence.
Source: IndianDefencenews.com
Image Courtesy: Sentinel Assam
You may also like
-
DRDO, IAF to Conduct PGB-500 Carriage and Release Trials from Su-30MKI in September–October 2026
-
IAF Plans Next Generation of 360° AWACS as India Expands Indigenous Airborne Surveillance Capability
-
Territorial Army Launches ‘Terrier Cyber Quest 2026’ to Tackle Cyber and AI Security Challenges
-
Indian Army Reportedly Seeks 2,405 FPV Drone Anti-Armour Payloads for Northern Command
-
IAF Expands 3D Printing for Critical Aircraft Spares as Additive Manufacturing Moves Into Operational Use