Every Day In K-12 Transportation is an Adventure!
Tyler Technologies
Tyler Technology’s interactive session provided attendees with a peek into a day at a school district using its Total Tyler integrated suite of offerings. Weston Bartlett, manager of the Tyler account executive team; Crystal Duchane, account representative and supervisor; and Jason Riley, chief accounting officer, played school office staff, including: the transportation director, mechanic, a school bus driver and a student.
They showed how a science teacher, for example, can log into the system and request a field trip. The transportation director receives a link in his email which brings him into the software to approve the request and schedule it out to a driver, which the driver sees on their tablet. The software provides notification of any conflict, such as if the driver has an afternoon route.
The demo showed how the driver can complete his or her pre-trip inspection with the tablet, which recognizes if an inspection failed and a new bus is needed. For example, if there’s a broken headlight, the driver can take a picture on the inspection tablet.
Once the maintenance manager receives the notification that the headlight is broken, panelists illustrated how they can log into the fleet-specific dashboard to see the new work order, including notes and photos and can assign it to a technician.
Dispatchers have a specific portal through which they can utilize routing parameters and the fleet schedule to make changes, which are sent to driver tablets. Panelists showed that notifying parents with cellphone push notifications can be done directly from the system as well.
The demonstration included RFID cards for students, which are scanned upon boarding a bus. If a student scans onto the wrong bus, the driver tablet receives a notification and it shows which is the correct bus. School administrators can also go in and find student rider information if they need it for parents.
The presenters shared that software builds an optimized route based on district parameters, which can easily be updated yearly. Any rerouting needed after missed turns happens automatically, with the system not finding the quickest way, but the safest route. They explained that drivers can create a bus route on the fly with a random group of students, based on who is scanned on the bus.
Tyler representatives confirmed that cybersecurity and student registration systems are available through Tyler. They advised that the integrated pieces of the platform may be purchased at one time or in pieces over time as the district sees fit.
Mitigating Risk on the Road: Proactive Fleet & Student Safety Management
Zonar
Zonar’s session first centered on its Fault IQ product, a diagnostic software for predicting school bus faults before they happen and grabs data throughout a mixed fleet regardless of the OEM. Matt Dickey, Zonar’s vice president of regional sales, was joined by Bryant Maxey, senior product marketing specialist and Sales Engineer Erick Cole. They explained that they’ve seen a 25 percent reduction in maintenance costs, a 20-50 percent reduction in downtime and a 10-20 percent increase in vehicle lifespan.
They advised installing a dual facing Zonar camera in a school bus during the first 30 days of a driver’s employment to monitor behavior and help determine if the driver will work out. It also serves as a coaching and training tool since transportation leaders can view recommended videos based on severity, analyze driver scorecards and trends and exonerate drivers
Transportation staff can receive real time safety alert notifications, access video evidence in minutes, customize the video resolution and download format, view incidents on a map of the route and leverage the RideView companion app for video management.
Upcoming features discussed included backup cameras with a full 360-degree experience and AI accident recreation reports which can read video of an incident, detect the key points and explain what happened.
Best Practices with Student Ridership
Transfinder
Terrell Doolen, professional services manager for Transfinder, and Zachary Moren, manager of enablement and engineering, reviewed why tracking student ridership in real-time is important to today’s parents, how to collect ridership data through scanning students on the bus through RFID cards or manual driver input and what to do with the data once it is captured.
Notifications can be sent to just the parents who have children on a specific bus. Data can also be added on special needs or other pertinent information drivers should know.
They added that the benefits of collecting and having this data readily available include bus breakdown tracking, vehicle utilization optimization and route consolidation due to driver shortages.
They advised tracking registered riders against actual ridership to produce custom reports based on district needs as well as trip efficiency reports for better routing, enabling districts to take action based on real-time data. Dashboards can be created or reports run automatically.
Doolen and Moren explained that Transfinder staff will visit districts to conduct train the trainer events consisting of teaching the drivers about the technology. Instead of having to wait till the end of the school year to make changes, they said transportation staff could make them during the year and send out notifications to parents to let them know right away.
Some attendees said they were looking to add this technology soon and panelists advised getting complete data sets, noting that full participation from all departments was needed for a successful integration.
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Bus Technology Summit Lab & Demo
Geotab
Business Development Manager Craig Berndt focused on how the Geotab system can utilize data for better school bus driver monitoring and training. He added that while it can consolidate multiple different camera systems and provide video review for incidents no matter the camera vendor, it can also use data like speed, stops and following distance. The Collision Reconstruction feature, Safety Center and Risk Analytics give drivers safety scores and assess the likelihood of getting into an accident, using AI to contextualize the driving habits and lower the risk of collision.
During the hands-on demo, attendees logged into the Geotab website and app to see how trip data was recorded. They saw examples of customizable rules and alerts regarding harsh braking, speeding, hard turns and more. The system can recognize if the vehicle stops for longer than 200 seconds, if the ignition is turned on and off too many times, if a driver is idling in a specific area, if the door is opened while the bus was moving, and more.
The GoTalk device can beep at drivers to alert them to rules being broken, and automated email alerts can be sent to transportation leadership for specific incidents or drivers.
Other utilizations include giving context to maintenance info and data sharing with contractors through one database with a telematic data feed.
AI-Powered Safety: A Hands-On Experience with First Alt & Samsara
First Student
Gregg Prettyman, who was named by STN Publisher Tony Corpin “the Godfather of alternative transportation,” was with transportation network company ALC Schools for 11 years and now serves as vice president of FirstAlt by student transportation contractor First Student.
He noted that the cars and vans used for this variation of student transportation are starting to have the same onboard cameras as school buses, which is a big improvement on visibility for transportation staff.
Alan Geygan, senior strategic customer success manager, explained that Samsara is a global camera company with a single platform for operations data, which Prettyman confirmed FirstAlt can now tap into when placing the cameras on school buses. Transportation staff can toggle bus route, construction or weather map overlays to give parents information about late rides.
Geygan and Prettyman explained that the video is live and sections can be quickly downloaded, blurred, password-protected, or shared via web link, for example to law enforcement.
Notably, AI-enabled software is used to capture real-time safety alerts triggered by G-force changes like a potential or actual crash, as well as poor driver behavior like drowsy or distracted driving, which are immediately sent to relevant staff. Driver behavior coaching applications are included as the system gives audible alerts like “put down phone,” “take a break,” or “increase following [distance].” Geygan responded to an attendee question on a bus being driven by multiple drivers in a day, that there are several ways to determine which driver is at fault based on a badge scan or AI facial recognition.
Transportation staff can determine the strictness levels and set custom parameters for alerts so notifications don’t overwhelm them, Geygan confirmed. Smoking, food and drink usage recognition is in development, he added. Software updates with updated AI technology are pushed over the cloud and many integrations are available via API.
Bus Technology Summit Lab & Demo
Edulog
Jason Corbally, Edulog president and COO,emphasized the importance of product interconnectivity so routers can build routes taking into consideration attendance, walk or hazard boundaries by school, grade or program as well as so parents know their child’s bus information even if there is a vehicle substitution. He recounted an instance where a district’s 29 special needs routes were speedily rerouted based on vehicle capacity, wheelchair bays and bus depot location.
Director of Transportation Jeremy Stowe recounted how Buncombe County School in North Carolina modernized its old school bus garage with GPS, Samsung tablets, electronic route sheets, and digital time and attendance recording. He added that a parent app implementation was a life saver after Hurricane Helene.
“We had to pivot and change daily,” he said. “[The Department of Transportation] would be reopening roads faster than I could route.”
Industry veteran and consultant Derek Graham added that parents don’t like when the bus is late. “But they really don’t like not knowing the bus will be late,” he said.
Arthur Whittaker, director of transportation for Cabarrus County Schools in South Carolina, underscored the importance of community education when new tech comes to school buses and talked through potential pitfalls.
“Some parents were watching the whole route and critiquing where the bus was going. Part of the confusion was that there were three tiers, so parents would see their student’s bus running the first tier and be confused,” he said. “[Some] parents are using the app to send the kids out at the very last second but due to cellphone lag or bad signal it might lead to them not paying attention to when the bus is actually there.”
Corbally noted some districts use the parent app as a messaging system without connecting to the routing system.
Revolutionizing Student Transportation: How AI is Driving Efficiency and Addressing Budget Challenges for School Districts
HopSkipDrive
Strategic Account Executive Chris Wickman said that creativity and innovation is needed with many school bus drivers calling out or retiring, resulting in 60 percent of surveyed districts reducing school bus service. He urged listeners to not fear or avoid AI but leverage it as a tool.
Dustin Kress, software and advisory director, pointed out that HopSkipDrive’s RouteWise AI is not a replacement to a district’s current routing system but a partner that helps districts relieve burdens on staff and do what’s best for students. Using it, Colorado Springs District 11 reduced bus routes, increased wages and increased on-tine rates.
Gregory Dutton, transportation analyst for HopSkipDrive and former transportation director, noted that RouteWise AI can complete billions of calculations in an hour while considering bell times, driver constraints, students with special needs, maximum commute times and the other myriad aspects that student transporters might have to manually work in. Human expertise is still needed to analyze and confirm everything, he assured.
The presenters handed out routing scenario worksheets and attendees worked out potential schedules, identifying challenges like obtainable tiers, driver availability, teachers’ unions, community desires, and sunrise and sunset conditions. Given the problem, RouteWise AI suggested 13 schedules and brought the number of buses needed from 70 to 48. Transportation can also create models and easily share data from this application, such as cost per student rider, with district administration and other stakeholders, Kress said.
Take Action Now: How First Light’s Illuminated Solutions Are Saving Lives
First Light
First Light Sales Manager Stephen Climer and Regional Account Executive Graham Matthews shared that their technology is the most visible stop arm in the industry today, observable from over 1,000 feet away. They said the signs will not lose their yellow color for 14.5 years and come in a floating padding frame for extra durability on rough roads.
Air or electric options are available with five-year, full replacement warranties, sold through traditional dealer networks regardless of bus OEM. As recently announced, IC buses will offer the illuminated stop arms standard on CE Series buses, with electric currently in effect and equipped diesel buses coming around August 1.
Addressing light failure, the panelists said that their stop arms and school bus signs contain over 450 LED lights each with heat compressed over them.
“If you look at your product, you can’t count LED bulbs because they’re hitting fibrotic mesh and it’s dispensing the light evenly. So, if the light goes out, you would have to lose over half of the bulbs to notice a slight difference,” Climer explained.
The panelists predicted about four and a half years before the internal LED lights start to dim or go out and if a couple did, no one would notice.
To retrofit, the school bus signs take about an hour and half. Stop arms are plug and play, coming in at 15-minute installation time.
Attendees were engaged, with about one-third of the room indicating they have at least one First Light product installed on their buses.
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Empowering Schools Across the US
Samsara
Mackenzie Krebs, senior public sector account executive and team lead, shared that Samsara provides foundational, integrable technology that drives real-time visibility, operational safety, immediate incident response, accessible and actionable data, and fuel efficiency.
Dash cameras have panic buttons that allow districts to view the footage immediately and Satellite View includes real time location and ETA, vehicle tracking, parent portal integrations, and asset tracking. The ability to remotely pull audio in addition to video will be added next year, he confirmed.
Idling summaries illuminating fuel waste district and tracking planned versus actual route stops help improve efficiency.
He shared facets that can be used for proactive response and training, like AI based incident detection, existing camera investments, driver safety scores and automated coaching workflows. Investigative data like speeding, phone usage and seatbelt usage can be used in place of cameras so there are no SD cards or hard drives.
Krebs revealed that Canyons School District in Utah reduced incidents by 50 percent with proactive coaching and spent 75 percent less time pulling camera footage for review. It also saved $80,000 in insurance claim payouts.
He closed with Samsara’s free trial offer, since purchasing school bus technology is a five- to 10-year commitment. “We want to make sure it’s going to work for you,” he assured.
Next-Gen School Bus Safety: Tech Innovations and Cloud Solutions for a Safer Ride
Safe Fleet
Mike Hagan, president of Safe Fleet/Seon Digital Solutions Group; Chris Dutton, director of product development; Chris Fox, senior product manager of visibility solutions; and Julian Jimenez, senior product manager of violation detection and enforcement solutions, led an informative session on their Predictive Stop Arm, which utilizes radars, sensors, AI and predictive algorithms to actively notify students of imminent illegal passing danger with an audible warning.
They explained how the Stop Arm Violation Enforcement System (SAVES) issues a citation so motorists won’t repeat the offense. Video capture activates automatically when the stop arm is deployed, autonomously identifies a violating vehicle’s license plate and sends evidence to the Safe Fleet Cloud for review and enforcement. Districts can set what kind of evidence is needed and what triggers a report. Cameras show the right side of the bus too even when a left side incident is taking place because people contest tickets saying that there weren’t kids exiting the bus.
A law enforcement official does not have to witness the incident or make a report, and drivers are not distracted from students by having to activate anything manually. Presenters discussed the importance of Compelling Evidence that is handled correctly and will hold up in a court of law.
Panelists demonstrated during the demo how, during research to make the stop arm more visible, a black background with flashing red lights was found to be most effective. They promoted the security benefits of cloud data management, which also allows supervisors to gather insights about fleet operations.
Connected, Protected, Perfected: Transportant’s Evolution of Bus Safety
Transportant
National Sales Executive Paul Gandrud and Vice President of Sales Jeff Shackelford shared that technology could improve driver stress levels compared to having to follow a paper route, not knowing the names of students on their routes, and receiving no support in resolving student behavior issues.
School bus drivers are able to see names and pictures of every student assigned to each stop, which also fosters relationships between drivers and students. Students can scan on and off a bus with an RFID card or a driver can check in each student on their tablet.
Robyn Pickard, transportation director for West Des Moines Community Schools in Iowa, explained how the software assists in parent communications. Real time student rosters on the Director Dashboard let office staff quickly inform parents of a student’s location in case of emergency. Staff can use the Bus Compass App to answer common questions about student locations as well as to send out messages to the whole school or just to the families of the students that are on a particular bus.
Gandrud and Shackelford explained how the Live Video System allows a driver to hit the incident button which sends a link to the Director Dashboard, where supervisors can see and hear both live and recent video, then take action to resolve or response.
These technologies are still subject to state laws. One attendee in West Virginia said parents didn’t want students’ faces on the RFID cards and another stated that in Illinois it’s illegal to gather biometric information on students.
Panelists explained that Transportant doesn’t have routing but can partner with any other routing software and is the only company that is a fully integrated cloud-based solution.
