AI Cameras Aim to Make School Bus Operations Safer
Technology experts explained how AI can help school bus drivers spot students in blind zones, prevent collisions and improve safety, without replacing driver judgment.
AI could give school bus drivers an extra set of eyes when students are most vulnerable: Boarding, exiting and crossing near the school bus, according to a Thursday webinar sponsored by Brigade Electronics. The company’s representatives discussed how AI-powered cameras can recognize pedestrians, cyclists and other hazards, then alert drivers before an incident occurs.
CEO Corey Heniser said traditional cameras provide visibility, but AI adds the ability to recognize people and issue active warnings.
“It can identify the human form and what we call it as human form recognition,” he explained. “That will identify individuals, pedestrians, as well as small students around a vehicle and allow you to take evasive action where needed.”
Protecting Students in Blind Zones
Steve Wenger, Brigade’s OEM business development manager, said school buses present significant visibility challenges because of their size and the number of students moving around them.
Wenger explained that AI-enabled, 360-degree camera systems can monitor blind spots and identify people approaching or moving alongside a bus. He added that the technology can support driver awareness during loading and unloading.
“Artificial intelligence is a human-taught technology,” Wenger said, explaining that developers train systems to recognize hazards and determine when to alert operators.
Brigade’s presentation highlighted a camera system with full 360-degree visibility and AI-powered pedestrian detection. Another application adapts technology originally developed to protect workers behind waste trucks to help monitor students around school buses, according to the slide deck.
Wenger emphasized that AI should complement established safety practices.
“Artificial intelligence is not necessarily replacing judgment or experience or the many trainings that an operator goes through,” he said, adding that instead, it can provide earlier warnings and better information when drivers need to make critical decisions.
Helping School Bus Drivers Prevent Crashes
Jeff Schweitzer, Brigade’s national sales manager, said AI offers particular value to districts experiencing driver turnover and increasingly complicated traffic conditions.
“Today’s drivers need more support [now] than ever,” he said.
Schweitzer explained that AI cameras can monitor high-risk areas and notify drivers while they still have time to respond. He contrasted that capability with traditional video systems, which primarily document incidents afterward.
“Prevention is more valuable than recording,” he noted.
Wenger also covered AI dashcams that can warn drivers about potential collisions, unsafe following distances and lane departures. Driver-facing cameras can identify fatigue, distraction and handheld-device use, while connected systems allow transportation departments to review events and provide targeted coaching.
Schweitzer said those capabilities can help newer drivers develop situational awareness.
“Experience definitely cannot be built overnight,” he noted.
Turning Safety Data Into Action
Heniser said districts could eventually combine AI camera information with telematics to identify near misses, recognize recurring hazards and tailor driver coaching for school bus drivers with more close calls.
Brigade’s slide deck also presented injury and fatality trends from 2013 through 2022. Heniser pointed to a general decline in injuries over the period, but he said fatalities remained comparatively steady outside the pandemic-related dip in 2020. He cited those trends while explaining the potential benefits of more proactive safety technology.
Heniser said districts can add AI camera systems to existing buses through aftermarket installations, while manufacturers may increasingly offer the technology on new vehicles.
Wenger cautioned that AI recognition remains imperfect and can produce false positives, but said timely warnings still offer safety benefits.
“It’s not perfect, but it’s extremely accurate,” he said.
Wenger also clarified that automated vehicle functions, such as braking, would require integration at the manufacturer level rather than a simple camera retrofit.
Starting With School District Safety Needs
Schweitzer encouraged transportation leaders to frame AI as a tool for protecting students, drivers and communities rather than employee surveillance.
“It’s not the big brother side of it,” he said.
Heniser advised districts to identify their most common safety challenges before selecting technology, whether those involve loading zones, blind spots or driver behavior.
“Really, it’s up to the fleet managers, fleet operators, drivers to identify where their most common problems are,” he concluded.
Heniser also emphasized that AI’s role in student transportation should remain focused on helping drivers create safer conditions, rather than replacing their judgement or student interaction.
“The goal overall is to create a safer environment while operating vehicles,” he summarized.
Written with the assistance of AI and a live session transcript.
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