NYC Bomb Attack Suspects Were Self-Radicalized ISIS Extremists, Police Say
NYC Bomb Suspects Were Self-Radicalized ISIS Extremists

NYC Bomb Attack Suspects Were Self-Radicalized ISIS Extremists

Two protesters who allegedly hurled an explosive device at the official residence of New York City Mayor Zohran Mamdani have been identified as self-radicalized ISIS extremists, according to police reports. The suspects, 19-year-old Brahman Kayumi and 18-year-old Emir Balat, reportedly traveled to terror-training locations including Turkey before carrying out the attack.

Details of the Alleged Attack

The incident occurred on Saturday afternoon outside Gracie Mansion, Mayor Mamdani's official residence, during a confrontation between right-wing demonstrators led by activist Jake Lang and pro-Muslim counter-protesters. Authorities say the suspects threw a homemade explosive device toward Lang's group during the violent clash.

New York Police Department Commissioner Jessica Tisch confirmed that the devices used were improvised explosive devices (IEDs) capable of causing "serious injury or death." The NYPD is investigating the incident as an "act of ISIS-inspired terrorism."

International Terror Connections

According to reports, both suspects had extensive international travel histories connected to their radicalization:

  • Emir Balat spent more than three months in Istanbul, Turkey last year
  • Brahman Kayumi traveled to Istanbul and Saudi Arabia in 2024
  • Kayumi also visited Melbourne, Australia in 2019

After their arrest, the pair reportedly admitted to police that they watched ISIS videos and tossed the bomb at anti-Islam protesters because they felt the demonstrators had insulted their religion.

'Mother of Satan' Explosive Material

The improvised explosive allegedly used by Kayumi and Balat contained triacetone triperoxide (TATP), a highly unstable chemical compound known as "Mother of Satan" that is favored by international terrorists. This dangerous substance has several concerning characteristics:

  1. It is so volatile that it doesn't require a fuse to detonate
  2. It can be cheaply made using household ingredients available at home improvement stores and pharmacies
  3. The same type of bomb has been used in fatal terror attacks in France, the United Kingdom, Belgium, and New Delhi over the past decade

Fortunately, the bomb failed to explode during Saturday's confrontation, and authorities were able to secure the device in time to prevent casualties.

Ongoing Investigation

The NYPD and FBI are conducting a joint investigation into the incident, with search warrants issued to comb through the Pennsylvania homes of both suspects on Sunday. Authorities also searched a Hyundai vehicle linked to one of the suspects after another tape-wrapped bottle was spotted inside.

During a Monday press conference, Commissioner Tisch stated that police were working with federal prosecutors and the FBI on the case, with agents from the bureau's Joint Terrorism Task Force participating in the investigation.

Mayor's Response

At the same Monday press conference, Mayor Mamdani, New York City's first Muslim mayor, refused to specifically condemn the alleged bomb-tossing suspects. Instead, he made a general statement about violence in the city:

"They are suspected of coming here to commit an act of terrorism. There's video of these two individuals throwing two devices towards the protest. The police department has determined that these were improvised explosive devices made to injure, maim, or worse. Let me say this plainly: anyone who comes to New York City to bring violence to our streets will be held accountable in accordance with the law."

Mamdani strongly criticized the anti-Muslim protesters but did not mention that the counter-protesters were allegedly self-radicalized by ISIS videos.

The violent confrontation resulted in six total arrests, including the two alleged would-be bombers. Authorities continue to investigate the full extent of the suspects' connections to international terrorist networks and their radicalization process.