Blog
COTA’s Cloud-Powered Leap into the Future of Transit
Discover how the Central Ohio Transit Authority (COTA) seamlessly migrated its OnRoute CAD/AVL, Yard Management, and Fare Collection systems to
Category: Maintenance
Category: Maintenance
Blog
The Vontas YouTube Channel: Your Hub for Transit Innovation
Discover the Vontas YouTube Channel – your go-to source for the latest in transit innovation, smart mobility solutions, and real-world
News
BusRide Magazine: COTA’s Successful Migration to the Vontas Cloud
Discover how the Central Ohio Transit Authority (COTA) successfully migrated its CAD/AVL, yard management, and fare collection systems to the
Product Sheet
Vontas OnCall PTT Specifications
Get detailed technical specifications for Vontas OnCall, the flexible VoIP communication solution designed for transit agencies seeking reliable, scalable, and
Blog
New Travel Patterns Are Shaping Transit Strategy
As travel patterns shift with hybrid work and changing rider behavior, learn how transit agencies can adapt using CAD/AVL technology
Blog
Collaborating with Nashville WeGo Public Transit to Expand OnSite Yard Management Capabilities
Learn how Vontas partnered with Nashville WeGo Public Transit to expand and enhance onsite yard management capabilities, improving efficiency and
Video
Inside Metro Transit St. Louis’ Journey to a Smarter CAD/AVL System
Vontas spoke with Trenise Winters, the Assistant Executive Director of Metro Transit, St. Louis about upgrading their CAD/AVL system to
Blog
Pro Tips for Planning Public Transit During Major Events
By learning from past events and implementing modern technologies, transit agencies can turn large-scale events into opportunities for growth and
Blog
How WeGo Took Control of Their Yard Operations with Vontas OnSite
Keeping buses on schedule starts in the yard – and that’s where Vontas OnSite makes all the difference. WeGo Public
Blog
Upgrade to V8 Hardware and Watch Your Fleet Transform
The Vontas V8 system offers a future-proof, robust solution that keeps your fleet running smoothly while enhancing operational efficiency. In