EV/hybrid participant shares an existing route.
Route participants share where they already travel, when they leave, available seat interest, and their preferred detour range.
Submit a route contribution signal, share an EV/hybrid route you already take, or represent an organization exploring cleaner commute corridors. Early participants may receive promotional beta rewards for useful research activity.
Research beta only. Rewards are promotional, capped, and manually reviewed. No public route transactions are active.
Relay Rider helps EV and hybrid route participants share planned commute routes while commuters submit route contribution signals for trips moving in the same direction.
Post a route. Review compatible demand. Choose your detour comfort. Relay Rider studies corridor fit, timing, Corridor Access Points, and pilot readiness before any future controlled route coordination.
Relay Rider studies whether a commuter route need, a proposed route contribution, and an existing EV/hybrid route can line up before any future controlled pilot activity is considered.
Route participants share where they already travel, when they leave, available seat interest, and their preferred detour range.
Commuters indicate corridor, timing, access point comfort, and a proposed contribution range for future research validation.
The platform studies route overlap, low-detour potential, parking pressure, Corridor Access Points, and partner readiness.
Route fit signals remain research-stage until legal, insurance, safety, privacy, accessibility, and operational review are complete.
Share a route, submit a commute need, review a match scenario, or join a feedback call. Early participants help validate bid-matching assumptions before any public route activity exists.
Submit your corridor, time window, EV/hybrid preference, and comfort with Corridor Access Points. Your signal helps Relay Rider understand where future clean-route coordination could be useful.
Set your preferred detour limit, route windows, and pilot-review comfort. Relay Rider shows where compatible demand may already match your clean commute route.
Employers and institutions often know parking is tight, but they do not have a simple way to understand EV/hybrid commute behavior, repeated corridors, access pressure, or where clean route planning could reduce friction.
Relay Rider is not a general rideshare product. It helps local partners evaluate cleaner, lower-detour commuter movement through EV/hybrid signals and corridor data.
See where EV/hybrid route participants, repeated commute windows, and destination clusters create a possible clean-route supply layer.
Connect commuter demand, EV/hybrid activity, low-detour paths, and Corridor Access Points across a defined pilot geography.
Help partners understand parking pressure, arrival timing, and corridor bottlenecks before investing in a formal program.
Summarize EV/hybrid signals, route demand, clean corridor score, parking pressure, access points, and recommended next steps.
EV and hybrid drivers are already moving through high-demand corridors. Relay Rider identifies, organizes, and evaluates that movement so institutions can plan cleaner access strategies with less guesswork.
Relay Rider’s strongest early customers are partners with repeated commute demand, parking pressure, sustainability goals, or corridor planning needs.
Understand staff commute corridors, parking stress, EV/hybrid route interest, and possible commute reduction opportunities.
Map student, staff, and faculty commute demand around repeated arrival windows and public access locations.
Study shift-based commute pressure, staff access patterns, and parking demand around recurring healthcare travel windows.
This prototype map visualizes a first research corridor from Hollywood / East Hollywood toward Glendale and Pasadena.
Pins are candidate signals for planning, partner outreach, and admin review. This map is not a public route activation tool.
Relay Rider can help partners understand clean-route fit, corridor pressure, and what action to take next.
EV route signal + commuter demand + Corridor Access Point + parking pressure = reviewable corridor fit.
Strong route overlap, public access nearby, and high pressure around healthcare and campus arrival windows.
Preview how partners could review clean mobility demand before deciding whether to sponsor a pilot.
Green Route Credits are proposed promotional beta rewards funded by Relay Rider or participating partners. They can help test whether commuter contribution signals, EV/hybrid route supply, and partner support make future clean-route coordination more practical.
Relay Rider is currently in pre-pilot research and validation. Public paid route activity is not active. Any future controlled route coordination, cost-sharing, or route contribution model is subject to legal, insurance, regulatory, safety, privacy, accessibility, and operational review.
The platform collects route signals and partner interest before any public activation.
Access points are candidate planning signals unless reviewed and approved for a future pilot.
No public route transactions, live dispatch, or open participant activation are active.