Oregon’s Cherriots, LYT Launch Transit Signal Priority Partnership
The project explicitly targets the busiest and longest route in the Cherriots system.

Cherriots will continue monitoring performance data to ensure the system delivers consistent, measurable improvements over time.
LYT/Cherriots
- Cherriots and LYT have implemented Transit Signal Priority (TSP) technology at 22 intersections on the Lancaster Drive corridor in Salem, targeting the system's busiest route.
- TSP allows buses to communicate with traffic signals to extend green lights, reducing trip times and improving reliability for riders by up to 20%.
- The initiative aims to enhance the viability of public transit as an alternative to personal vehicle travel, improving on-time performance and overall service quality.
*Summarized by AI
Salem, Oregon’s Cherriots, in partnership with LYT, officially launched Transit Signal Priority (TSP) technology at 22 intersections along the Lancaster Drive corridor.
The project explicitly targets the busiest and longest route in the Cherriots system. LYT TSP will help solve persistent on-time performance challenges and improve the daily experience for thousands of riders.
LYT’s TSP Tech
The implementation of TSP technology is a customer-centric solution designed to make public transit a more viable choice alongside personal vehicle travel, according to partner officials. Initial data from the project indicate a significant impact on service quality—the system has reduced the number of late vehicles by up to 20% in both the northbound and southbound directions.
By allowing buses to communicate with traffic signals to extend green lights, when appropriate, the TSP system reduces overall trip time and ensures riders reach their destinations more reliably. Furthermore, LYT’s TSP implementation is expected to improve overall traffic operations and efficiency throughout the corridor.
“This project reflects the kind of thoughtful and innovative investments we hope to bring into the community,” said Maria Hinojos Pressey, president of the Cherriots board. “It builds on work already underway and moves us closer to an expansive and robust transit system the capital of Oregon deserves.”
Implementation Proving Effective, More Data Possibilities
Recent survey data from Cherriots Transit bus operators who drive the route confirm the system’s effectiveness:
- Better Scheduling: 62% find it easier to stay on schedule.
- Reduced Stress: 69% feel less "rushed" to make up time during shifts.
- Faster Travel: 56% noticed a visible decrease in travel time.
- High Satisfaction: 56% are "Satisfied" or "Very Satisfied" with the new system.
“The launch of Transit Signal Priority in Salem marks an important milestone in how we deliver faster, more reliable transit for our riders,” said Shofi Ull Azum, Chief Planning and Development Officer at Cherriots. “Early results are very encouraging. By leveraging LYT’s cloud-based technology, we are using real-time data to improve operations, reduce delays, and enhance the customer experience. This project serves as a blueprint for how we intend to grow our system. By being data-driven, operationally efficient, and focused on high-return investments that deliver measurable benefits to our community."
The initiative represents a practical partnership in transit technology, utilizing a Software-as-a-Service (SaaS) cloud-based model. Unlike traditional transit priority systems that require expensive, specialized hardware on every bus and at every intersection, this cloud-based approach avoids heavy infrastructure costs, LYT officials said.
"This project is a testament to what can be achieved through a strong public-private partnership," said Timothy Menard, CEO and Founder of LYT. "Working with forward-thinking partners like Cherriots and the City of Salem is vital to our mission. By embracing the flexibility of this dynamic tech, we are not just moving buses faster; we are providing a better transit experience and improving the quality of life for residents and businesses. We are making the entire urban mobility model more progressive and efficient."
Cherriots will continue monitoring performance data to ensure the system delivers consistent, measurable improvements over time.
Quick Answers
The TSP technology aims to address on-time performance challenges by allowing buses to communicate with traffic signals, thereby extending green lights when necessary, reducing overall trip time and improving service reliability for riders.
*Summarized by AI
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