Ensure devices are distributed and available according to equity or operational requirements

Calculate fees per device deployed/ridden per day.

Find locations where devices are operating or passing through restricted areas.

Determine the average speed of a trip and ensure it meets requirements of top speed and slow area requirements.

Investigate and validate complaints from residents about operations, parking, riding, speed, etc, usually reported through 311.

Investigate injuries and collisions with other objects and cars to determine roadway accident causes.

Determine where to place new bike/scooter lanes, curbs, sidewalks, and drop zones based on usage and demand, start and end points, and trips taken.

Use data to communicate the value, successes, and issues of a mobility policy and allow guidance on safe operations and approval.

Compare to other curb users and change policy to make better use and remove conflicts

Ensure devices are not ending or riding on sidewalks and use data to validate. Validate resident reports.

Alerts about the public right of way where known issues occur, and create plans to fix these issues.

Determine which routes are the most popular for riders and tell area business, improve physical space, add parking, etc.

A key tool for transportation planners, learn areas where people are riding to and from (campus, entertainment district, business core, etc), and how they get there, and change policy to match.

Determine road usage by riders before and after implementing road diets.

Determine road usage by riders before and after implementing road changes, improvements, signal retimings, etc.

Determine if multi modal changes to roads lead to increased ridership and combine with other data to determine car traffic reductions.

Showing which trips across a city touched certain roads or sidewalks for how work, closures, or improvements may impact trips.

Using trips along a corridor in conjunction with other vehicle data (eg, Waze) to reduce emissions over time.

Communicate to the public what data is collected by companies and what subset of information is shared with cities. Show where devices are going to and from and when they are operating.

Allow university researchers to use the data for analysis, prediction, and modeling to adjust policy to meet goals. With data sharing agreement.

Encourage local volunteers to use the data for visualization, analysis, feedback, and recommendations to the city.

Count trips taken per vehicle per day, for fleet increase/reduction.

Location and performance of all designated parking areas.

Investigate crashes of vehicles reported by riders, public, or operators.

Investigate vandalism of vehicles reported to the city by public or operator.

Stats on trip durations

Stats on trip distance travelled, provided in data and validated with trip lines.

Hourly fleet utilization with origin/destination locations

The number of vehicles of a specified status that are within a specified geography at a specific moment in time.

Use real-world rides or audit tools to discover data discrepancies and discuss with providers.

Digitally publish no ride areas for providers to use.

Ensure operating hours are being followed, like no riding late at night for safety in some cities.

Find devices being ridden or parked outside of the service area, but still within jurisdiction.

Digitally publish no parking areas for providers to prohibit parking.

Digitally publish slower speed areas for providers to use, reducing speeds to 5mph, 10mph, etc below the vehicle max speeds.

Digitally publish preferred parking locations areas for providers to encourage customers to use.

Digitally publish unplanned events beforehand or in realtime rules for providers to implement, such as emergency road closures, water main breaks, etc. to help them keep their users and contractors informed and safe.

Provide visibility into the relationship between this mode and other modes, such as public transit.

Digitally publish beforehand or in realtime rules for providers to implement temporary planned events, such as concerts, slow streets, festivals, etc. to help them keep their users and contractors informed and for better route planning and re-balancing efforts.

Prioritize street paving and sidewalk improvements by using Street Condition Index values and popular trips for safer rides.

Prioritize street lighting upgrades (new lights, brighter more frequent lights) by looking at popular trips and rides past sunset at riding or pickup/dropoff locations for safety.

Digitally publish vehicle caps per provider to allow dynamic fleet size adjustment based on policy.

Allow the public (individuals, apps, services) to see where vehicles are available for use.

Publish a subset of raw data to open data websites for analysis and accountability by anyone, and fulfill open records requests.

Required safety report investigations using pickup or dropoff addresses.

Monitor the driver pool and driver income to indicate the health of the industry and help grow the service.

Monitor pricing trends to create subsidy support or adjust fee structures.

Track minimum driving requirement to ensure required usage of permit or medallions.

Detect and investigate long hauling and unpermitted vehicle operation

Address concerns around overtime working hours, driver wage fairness, minimum wage across multiple employers and operators per federal, state, or local law

Recognizing and addressing patterns of bad behavior in drivers

incentives for encouraging wheelchair usage, driving to outlying neighborhoods, operating odd hours, travel to/from underserved communities, priority access to good routes (e.g. airport), etc.

Analyze vehicle travel time and speed by street

Climate Goals - Climate impact by measuring GHG emissions, mode-shift, vehicle efficiency measurements, VMT/PMT, deadheading, and emissions

Analyze demand for taxi stands/passenger loading zones or parking and adjust policies to support better curb usage.

Trips that are reserved but not taken by customer or driver

Understanding pricing fairness, efficient routing, price gouging for customers

Presence, trip, or parking based revenue sharing between operators and multiple cities as required

Ensure vehicles are stored and parked in the appropriate designated parking locations.

Set clear jurisdictional boundaries to work with neighboring agencies and share with operators and customers