Van Mounts Curb in Toronto, Injures at least 8 Pedestrians

Van Mounts Curb in Toronto, Kills 10 People and Injures 15

The driver of the van fled after jumping the curb and injuring at least eight people.

Police in Toronto say a van jumped the curb on a fairly crowded street on Monday afternoon killing 10 people and injuring 15 more.

Authorities continue to investigate whether the incident was intentional, but police have said that the driver of the van attempted to run after jumping the curb and injuring several pedestrians. Witnesses from the scene say the van was in full control as it rammed into pedestrians, mailboxes, electrical poles, benches and a fire hydrant.

Several politicians in Canada have identified the incident as an "attack" but police have not found any indicators that the suspect was associated with any terror groups.

The driver, a 25-year-old man, was not previously known to authorities and was taken into custody without issue just minutes after the van came to a stop after driving on the sidewalk for nearly one kilometer, or just over a half a mile. The arresting officer told the media that the driver did have a gun on him and attempted to brandish it in front of officers, but when police shouted, "Get down!" the suspect did.

The incident occurred on Yonge Street, which is described as Toronto's most popular road, and is widely celebrated as the longest street in Canada. Authorities say that while the van only jumped the curb in one place, the majority of the pedestrian fatalities and injures were located in two different.

While officials have not linked the vehicle crash with any terror groups, it is reminiscent of attacks by Islamic State supporters using vehicles that have shaken up Nice, France, Berlin, Barcelona, London and New York.

The suspect is due in court Tuesday. Follow @SecurToday on Twitter for timely updates.

About the Author

Sydny Shepard is the Executive Editor of Campus Security & Life Safety.

Featured

  • New Report Reveals Top Trends Transforming Access Controller Technology

    Mercury Security, a provider in access control hardware and open platform solutions, has published its Trends in Access Controllers Report, based on a survey of over 450 security professionals across North America and Europe. The findings highlight the controller’s vital role in a physical access control system (PACS), where the device not only enforces access policies but also connects with readers to verify user credentials—ranging from ID badges to biometrics and mobile identities. With 72% of respondents identifying the controller as a critical or important factor in PACS design, the report underscores how the choice of controller platform has become a strategic decision for today’s security leaders. Read Now

  • Overwhelming Majority of CISOs Anticipate Surge in Cyber Attacks Over the Next Three Years

    An overwhelming 98% of chief information security officers (CISOs) expect a surge in cyber attacks over the next three years as organizations face an increasingly complex and artificial intelligence (AI)-driven digital threat landscape. This is according to new research conducted among 300 CISOs, chief information officers (CIOs), and senior IT professionals by CSC1, the leading provider of enterprise-class domain and domain name system (DNS) security. Read Now

  • ASIS International Introduces New ANSI-Approved Investigations Standard

    • Guard Services
  • Cloud Security Alliance Brings AI-Assisted Auditing to Cloud Computing

    The Cloud Security Alliance (CSA), the world’s leading organization dedicated to defining standards, certifications, and best practices to help ensure a secure cloud computing environment, today introduced an innovative addition to its suite of Security, Trust, Assurance and Risk (STAR) Registry assessments with the launch of Valid-AI-ted, an AI-powered, automated validation system. The new tool provides an automated quality check of assurance information of STAR Level 1 self-assessments using state-of-the-art LLM technology. Read Now

  • Report: Nearly 1 in 5 Healthcare Leaders Say Cyberattacks Have Impacted Patient Care

    Omega Systems, a provider of managed IT and security services, today released new research that reveals the growing impact of cybersecurity challenges on leading healthcare organizations and patient safety. According to the 2025 Healthcare IT Landscape Report, 19% of healthcare leaders say a cyberattack has already disrupted patient care, and more than half (52%) believe a fatal cyber-related incident is inevitable within the next five years. Read Now

New Products

  • Automatic Systems V07

    Automatic Systems V07

    Automatic Systems, an industry-leading manufacturer of pedestrian and vehicle secure entrance control access systems, is pleased to announce the release of its groundbreaking V07 software. The V07 software update is designed specifically to address cybersecurity concerns and will ensure the integrity and confidentiality of Automatic Systems applications. With the new V07 software, updates will be delivered by means of an encrypted file.

  • HD2055 Modular Barricade

    Delta Scientific’s electric HD2055 modular shallow foundation barricade is tested to ASTM M50/P1 with negative penetration from the vehicle upon impact. With a shallow foundation of only 24 inches, the HD2055 can be installed without worrying about buried power lines and other below grade obstructions. The modular make-up of the barrier also allows you to cover wider roadways by adding additional modules to the system. The HD2055 boasts an Emergency Fast Operation of 1.5 seconds giving the guard ample time to deploy under a high threat situation.

  • QCS7230 System-on-Chip (SoC)

    QCS7230 System-on-Chip (SoC)

    The latest Qualcomm® Vision Intelligence Platform offers next-generation smart camera IoT solutions to improve safety and security across enterprises, cities and spaces. The Vision Intelligence Platform was expanded in March 2022 with the introduction of the QCS7230 System-on-Chip (SoC), which delivers superior artificial intelligence (AI) inferencing at the edge.