The Senate confirmed Olivia Trusty to fill out the remaining 13 days of former Federal Communications Commission chairwoman Jessica Rosenworcel’s term and join the board for a full five-year term starting July 1.

Rosenworcel resigned from the board and as FCC’s first female chair in January. She served on the board from 2012 to 2017 when she was re-confirmed for another term and then was named chairwoman.

A Democrat, Rosenworcel was a leading proponent of school bus Wi-Fi and advocated for its inclusion in E-Rate funding. Her two fellow Democrats on the board at the time cast the deciding votes in 2023 over the objection of their two Republican counterparts to extend E-Rate discounts on internet equipment, installation and service to school bus Wi-Fi.

While Wi-Fi continues to be an approved use, a case before the U.S. Supreme Court on the applicability of the Universal Service Fund could determine its future. Congressional Republicans have also signaled their intent to introduce legislation that would revisit the issue.

Meanwhile, Trusty was nominated by President Trump in January, and the Senate confirmed her by a vote of 53-45 on May 18. Trusty’s five-year term begins July 1.

Trusty joins FCC after serving as policy director for the Senate commerce, science and transportation committee. She is also a telecommunications policy analyst.

Related: A Supreme (Court) Debate Impacting Internet on School Buses?
Related: Benefits of School Bus Wi-Fi Discussed at STN EXPO
Related: FCC’s Rosenworcel Renews E-Rate Funding Push for School Bus Wi-Fi
Related: FCC Chairwoman Rosenworcel Pushes for E-Rate Funding of School Bus Wi-Fi

Prior to Trusty’s confirmation, the FCC was down to two commissioners. Republican Chair Brendan Carr, an FCC commissioner since 2017 and prior to that FCC’s general counsel, was confirmed as chairman in January. Carr was joined by Democrat Anna Gomez, who joined the FCC in September 2023.

Democrat Geoffrey Starks announced in January he was also resigning. His last day was June 6, the same day Republican Nathan Simington abruptly resigned. Trusty shifts the FCC to a 2-1 Republican majority.

Rosenworcel also officially retired in January, around the same time Trump tapped Trusty to replace her.

The post Trusty Confirmed to FCC as School Bus Wi-Fi Future Hangs in Balance appeared first on School Transportation News.

AKRON, Ohio – Beacon Mobility, a national leader in student transportation services, today announced the official launch of Beacon Connect, the industry’s first fully integrated communications platform designed specifically for school transportation professionals. The new platform marks a significant step forward in improving transparency, safety, and coordination across districts, families, and transportation providers.

Beacon Connect was developed by Beacon Mobility’s technology team in response to long-standing communication challenges in the student transportation space. Drawing from cross-industry practices and ongoing user feedback, the platform provides a streamlined, user-centric experience for families, drivers, dispatchers, and school officials.

“Beacon Connect reflects our commitment to improving the daily transportation experience for the communities we serve,” said Judith Crawford, CEO of Beacon Mobility. “By focusing on accessibility, real-time communication, and operational insight, this platform helps schools and families stay connected and informed.”

VIDEO: Learn More About Beacon Connect

Key Features of Beacon Connect:

Live and Historical Vehicle Tracking
The newest and most anticipated feature, this tool gives families and school staff real-time visibility into bus locations during active routes. Parents can view exactly where their child’s bus is at any moment, helping reduce uncertainty and improve peace of mind. Historical trip data also supports operational reviews and allows schools to track past bus activity for greater accountability.

Beacon Connect Family App
Offers parents an intuitive interface with real-time alerts and seamless trip tracking.

Digital Routing Requests
Enables families to submit route changes digitally, improving efficiency and responsiveness.

Secure Video Access
Allows for request-based access to onboard video recordings to support safety and incident review.

Incident Reporting & Safety Tools
Drivers can quickly log issues while dispatchers receive live fleet updates to improve awareness and response times.

Two-Way Communication
Real-time messaging between dispatch, drivers, and school staff improves coordination and reliability.

Beacon Connect has already earned support from school districts currently utilizing the technology, including the Ashburnham-Westminster Regional School District in Massachusetts:

“The new online portal for communication works very well for office referrals and video requests,” said Kathleen Taylor, Principal, Ashburnham – Westminster Regional School District. “The turn around this year for video requests has been greatly improved.”

“Beacon Connect has improved the timeliness of Incident Reports and Routing Requests on the bus side.” Heather Dupont, Executive Assistant to the Director of Pupil Services Ashburnham – Westminster Regional School District.

Beacon Connect was developed under the leadership of Chief Technology Officer Gaurav Sharda and a multidisciplinary team committed to advancing innovation in mobility services. “We wanted to build more than just a technology product,” said Sharda. “We wanted a platform that reflects the values and needs of the communities we serve.”

The platform sets a new standard for communication in student transportation and reinforces Beacon Mobility’s position as a forward-looking technology partner for school districts nationwide.

About Beacon Mobility: Beacon Mobility is a growing family of transportation companies committed to serving the diverse needs of their customers. Now operating 28 local brands in 26 states, their experienced, compassionate, and dedicated team takes pride in their ability to create customized, mobility-based solutions that empower people to get where they need to go. To learn more, visit: https://gobeacon.com/

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A sponsored presentation dove into the differences in current radio technology and what school districts should know to select the best options for their buses.

Hytera Marketing Director Ty Estes began by saying the webinar would shed light on the many options available for radios, which are integral to education.

Land mobile radio (LMR) narrowband radios guarantee spectrum and call capacity but require FCC frequency licenses and can be difficult to acquire in densely populated urban areas. Digital mobile radios (DMR) have become the industry standard, offering longer battery life, better range and coverage, double the call capacity, superior voice quality and futureproofing.

Estes explained DMR radios support analog and digital modes so digital radios enable simple and cost-effective migration from legacy systems. Group, individual and emergency calls are supported as well as text messaging to ensure only affected parties are contacted. Districts can send messages to one school or a set of schools based on area, department, job title or situation.

He shared characteristics of ruggedized but sleek handheld radios, mobile radios that are legal to use while driving, hardware setup and mechanics, dispatching software, channel options and calling capacity, and range considerations that depend on terrain. He explained that robust antennas and radio quality are paramount, as signal is based on the line of sight.

Estes reviewed the three connection options. Repeater systems expand range and capacity for a single school. IP Connect expands range by connecting multiple repeater sites. Trunking systems expand range by connecting multiple schools and increase individual and group calling capacity.

Staff in different schools can talk across the entire district through a digital interconnect that uses Internet Protocol to link multiple DMR Tier II repeater sites together, creating a wide-area network. Some large districts like Simi Valley have their own SMR Networks, which are private radio networks that use multiple frequencies and a wide-area network infrastructure.

“DMR systems, if they’re built right, are bulletproof,” he declared.

Julie Ann Baker, PoC product manager for Hytera, next discussed Push-to-Talk over Cellular (PoC) radios, which were invented in 1987. They use the existing cellular infrastructure of mobile network operators like T-Mobile and AT&T to access the internet like other wireless devices, providing nationwide coverage and high data capacity. SIM cards are used for devices that are on the move. She advised districts to perform tests that ensure connection and server needs are met.

Benefits of PoC radios over DMRs include high coverage and bandwidth, no infrastructure or system maintenance costs, no FCC licenses, fast deployments, calling flexibility, and end-to-end encryption for private communications.

Baker noted the need for U.S. Department of Transportation compliance with how radios are installed and used in buses. She reviewed the differences between PoC devices, mobile and handheld radios.

Today’s PoC smart devices boast excellent audio quality with digital noise cancellation, built-in cameras for hi-def pictures and videos, Bluetooth and GPS positioning. They can look like smartphones but are ruggedized with Gorilla Glass screens and can be limited so unauthorized apps are not added.

PoC mobile radios have aspects useful to school bus drivers, including: tactile buttons and handheld mic for eyes-on-the-road operation, loud audio and speaker quality required in noisy vehicles, an emergency call button, speeding and driver fatigue notifications, and built-in Bluetooth for hands-free audio accessories.

Purpose built for professional radio communications, PoC handheld radios may have LCD display screens for status and call functions, a camera for pictures and video calling, a flashlight, full keypad, an emergency call button, and an installed car kit or dock for safe in-vehicle operations.

Operationally, web-based dispatching applications enable centralized control with instant group voice and video calling, texting, and sharing images. This allows more targeted security responses, emergency management, maintenance calls and detailed reporting.

Related: The Voice on the Radio
Related: (STN Podcast E220) The Future: Bus Garage Tech, Illegal Passing Survey, Radios for Safety
Related: Minnesota Student Radios Help After School Bus Driver Suffer Medical Emergency

PoC devices have built-in GPS for location tracking with breadcrumbs and geofencing, such as if a school bus enters a restricted area. Baker reviewed how DMR and PoC radios can be used with a bridging system if a district has both.

When districts look for a good PoC system, Estes advised examining hardware quality, system reliability, audio quality, warranty, ruggedization, battery life, and variety.

“You want to get the right products with the right features,” Estes said. “You want to get what’s best for your district.”

Watch the webinar on demand. 

The post Webinar Explains School Transportation Radio Systems appeared first on School Transportation News.

Remember the Nextel two-way radios that revolutionized business communications? Today’s Push-to-Talk over Cellular (PoC) is the next generation in nationwide radio systems with instant group voice and video calling. Modern PoC radio systems are transforming school transportation communications with improved student safety and more efficient operations and logistics.

This white paper will review how PoC works and the key benefits, the different types of PoC devices and systems, and integration options that are available.

Key takeaways from this informative white paper:

• How PoC systems work utilizing cellular 4G/5G/LTE cellular networks
• The significant difference between different PoC vendors and systems
• Comparison of subscription-based PoC services and customer-owned PoC systems
• How GPS and fleet dispatching works and the key benefits
• How large school districts can manage and operate their own PoC system
• The different types of PoC devices, including handheld and mobile radios
• How to easily add PoC radios and wide area coverage to existing two-way radio systems

Fill out the form below and then check your email for the white paper download link.

The post (Free White Paper) Understanding PoC Services, Systems, and Devices for Schools and School Districts appeared first on School Transportation News.

JVCKENWOOD USA Corporation (JKUSA) is enhancing our U.S. business model to provide digital integrated wireless systems solutions to professional user markets in the United States. JKUSA recently established the Kenwood Integrated Solutions division to offer expanded infrastructure solutions featuring technologies that will include DMR 2/3, our groundbreaking DMR 2.5, NXDN Gen1/2, and traditional Analog. This new go-to-market model will prioritize integrated solutions in collaboration with key channel partners for trunking, conventional, and simulcast systems.

JKUSA’s integrated solutions will feature our renowned NEXEDGE product platforms for infrastructure construction and subscriber devices in VHF Hi/Lo, UHF, and 800/900 MHz bands. Gaining worldwide industry acceptance for its quality, performance, and value across diverse user ecosystems, the NEXEDGE platform delivers robust and cost-effective communications for clients requiring NXDN, Analog, and DMR derivative solutions. Planned enhancements for the NEXEDGE platform will further improve system performance, security, and usability, addressing the evolving demands of customers in these sectors.

Kenwood Integrated Solutions, along with teaming partners, will deliver complete systems solutions, including the network, subscriber devices, and associated services.

For further information regarding JVCKENWOOD’s systems and communications solutions, please visit www.kenwood.com/usa/com.

About JVCKENWOOD USA Corporation
JVCKENWOOD USA Corporation is a wholly owned subsidiary of JVCKENWOOD Corporation. We manufacture KENWOOD analog and digital communications equipment, including NEXEDGE two-way radios using the NXDN protocol. JVCKENWOOD provides complete system solutions for the utility, government, education, healthcare, business, and industrial markets and is recognized by industry professionals for providing quality, performance, and value products. For more information, visit us at kenwood.com/usa/com or call 1-800-950-5005.

The post JVCKENWOOD USA Corporation Establishes Integrated Digital Wireless Solutions to Professional User Markets appeared first on School Transportation News.

In this webinar, you will learn about the latest innovations in radio communications and dispatching solutions for K-12 student transportation.

Whether you are deploying a new radio and GPS location tracking system or looking to add range and capacity to your existing system, this webinar will help you determine the best solutions for your school or district transportation. We will present an overview of current two-way radio systems and standards that use licensed UHF and VHF frequencies, and nationwide 4G/5G/LTE Push-to-Talk over Cellular (PoC). Here are some of the valuable takeaways from this complete guide to radio communications webinar:

• How to choose the best radio system for your specific coverage and call capacity requirements
• How to migrate from analog to digital for improved performance
• How to extend the range and expand the capacity of your radio system
• How to add wide area coverage with PoC radios for buses and dispatching to your existing school’s radio system

This webinar is brought to you by Hytera.

REGISTER BELOW:

Presenters:

Ty Estes
Marketing Director
Hytera

Ty Estes is the Marketing Director for Hytera US Inc, where he oversees promotion of the company’s radio communication products. Estes has over twenty years of experience in marketing wireless communications and network technologies, and he has chaired committees in telecommunications trade associations and authored several technical papers. Estes has a bachelor’s degree in English from California State University, Long Beach.

Julie Ann Baker
PoC Product Manager
Hytera

Julie Ann Baker is the Hytera US Inc. Push-to-Talk over Cellular (PoC) Product Marketing Manager. In this role, she is responsible for product planning and marketing, gathering and prioritizing product and customer requirements, and analyzing and understanding how PoC product line meets the needs of a variety of vertical markets. Baker has worked in high-tech for Intel Corporation, Microchip Technologies, and Hytera US. Julie Ann has a BSEE and MBA.

The post (Free Webinar) The Complete Guide to Radio Systems for Student Transportation appeared first on School Transportation News.