Vandals damaged 45 school buses at a contractor’s lot in Schenectady, New York, over the holiday weekend. The damage came to light early Tuesday, and the city school district had to cancel morning bus service.
What Actually Happened
The buses belong to Durham, the contractor that runs school transportation for the Schenectady City School District, and were parked at its lot at 500 Sterling Avenue. According to WAMC and CBS6, Schenectady police received a report of the vandalism at about 5:40 a.m. on Tuesday, October 13. Investigators believe it happened at some point over the holiday weekend.
Durham told WAMC that 45 buses were vandalized, with broken windows, reflectors and mirrors. The district said the damage affected the company’s entire fleet. No one was hurt, and the cost was still being calculated. Families were notified around 7 a.m. that there would be no morning buses. Afternoon rides home were restored, and Durham said it would bring in buses from a nearby facility to cover a share of routes over the following days. Durham has given police footage from exterior cameras at its facilities, and the investigation is ongoing.
The Detection Gap
Forty-five buses were damaged, and in the public account nobody learned about it until the report at 5:40 a.m. Tuesday, after a long weekend when the lot would normally sit empty.
Durham’s camera footage matters here. It can show who was there, when they arrived and which way they left, and it may be what identifies them. A camera on its own, though, reports to whoever is watching. On a holiday weekend at a bus lot, that may be nobody until staff arrive. Camera analytics can raise alerts too, but they depend on line of sight, lighting, distance, weather and how they were set up. The articles do not describe the lot’s fencing or say whether any alarm sounded.
How PulseVi Addresses This
PulseVi is a 3D solid-state LiDAR sensor. It sends out its own eye-safe laser pulses, so it works in full darkness and does not need site lighting. It refreshes at up to 30 frames per second, reaches up to 300 meters, and classifies what it sees as people or vehicles. Detection zones are 3D volumes drawn in software.
For a bus lot, the fitting layout is the parallel virtual fence. Sensors mounted high on poles or buildings at the corners project a detection corridor along the lot boundary, in front of the first row of buses. A fence is not required, because the zone is defined in space. Applied to this weekend, the first alarm would come when a person stepped into that corridor at an hour when the lot should be empty, before they reached the first bus. The alarm carries a location. Through a VMS or Vidalert, it can bring up the camera covering that stretch, so a monitoring operator sees the person and can call police while they are still on the lot.
Parked buses block line of sight, so the corridor has to sit outside the rows, and the sensors need rigid mounts and commissioning against the real site. Gates and pedestrian entrances need their own approach zones. An alert also needs someone to receive it on a holiday weekend, whether that is a monitoring center or an on-call manager, and a sensor alone stops no one. What it changes is how soon someone knows.
What Facility Owners Should Ask
If someone walked onto our lot at 2 a.m. on a Sunday, who would know, and how fast? Does our camera system send live alerts to a person, or does it mostly record? Which edges of the lot are out of camera view or poorly lit? Do our parked vehicles block what our cameras can see? Who receives an alarm on a holiday weekend, and what do they do with it?
The Bottom Line
In Schenectady, the cameras recorded footage that may help police, and the district found ways to get students to school. What was missing from the public account was an alert while the damage was happening. A PulseVi corridor along the lot edge puts that alert at the first step onto the lot, and the cameras confirm who it is. To talk through a layout for your fleet yard, contact RBtec.
