CS Tapped to Lead New Mobility-as-a-Service Project in Minnesota

Cambridge Systematics (CS) has recently been selected as lead technology partner for an exciting effort to bring Mobility-as-a-Service to Minnesota.

FindMyRidePA Featured in AASHTO’s 2021 Benefits of Transportation Report

In their 2021 edition of The Benefits of Transportation Report, AASHTO featured a round-up of State DOT solutions that deliver benefits to the communities...

RidePilot recognized by GoodFirms as one of the best transportation management software services

Software review and marketing research company, Goodfirms, included RidePilot on their list of the seven best open-source transportation management...

Livingston County Trip Planning Website Earns National Achievement Award

Congratulations to Livingston County on receiving an Achievement Award from the National Association of Counties for their Ride LivINgston trip planning...

AARP White Paper Calls Out Open-Software Tools for Enhancing Mobility Management

In a recent AARP white paper titled, “Universal Mobility as a Service: A Bold Vision for Harnessing the Opportunity of Disruption,” there is a section...

Ride Livingston: County Debuts Transportation Planning Website

As mentioned in the Livingston County News, the Genesee Transportation Council launched their mobility management website, Ride Livingston. The website,...

Declining Ridership: Different Issues in Different Places

If you’re in the business of making transportation better—like my colleagues and I at Cambridge Systematics—you know that there has been rising concern...

Maintaining a State of Good Repair: Leveraging Asset Management Programs and Platforms

METRO Magazine published Maintaining a State of Good Repair: Leveraging Asset Management Programs and Platforms, by CS Software senior professionals...

How To Overcome Daunting Challenges in Rural Transit with Computer-Aided Scheduling

Paul Sorensen, Senior Software Project Manager, Cambridge Systematics, discusses how one rural county used open source computer-aided scheduling to...