Via Transit Technology Customer Study
Understand how urban commuters feel about on-demand transit services, what frustrations they have with public transport, and what would make microtransit more appealing.
Who we spoke to: Six US commuters (CA, FL, MN/IA)-shift-hour hospitality/logistics workers, a parent/caregiver, micromobility users, and suburban professionals-across 18 responses.
What they said: The dominant barrier is insufficient route coverage and first/last‑mile gaps, compounded by night safety concerns, fragile reliability/frequency, poor amenities (shade, elevators), and climate limits; microtransit is acceptable for short hops or backups only if it provides accurate vehicle‑tied ETAs with minimal detours, curb/driveway pickup, flat/capped fares, extended hours/coverage, bilingual/low‑data booking, climate‑ready vehicles, and visible safety and performance metrics. Main insights: Trust and predictable door‑to‑door time beat price or “green” benefits, and riders expect proactive remediation (credits or a guaranteed backup) when service slips, plus integration with existing passes/employer benefits.
Takeaways: Launch targeted last‑mile microtransit zones aligned to key corridors and shift changes; enforce a detour cap and ≤10‑minute ETA window; publish weekly on‑time/wait/cancellation stats; offer upfront fares with day/week caps; default to well‑lit night pickups; and enable SMS/phone booking with full Spanish support.
Success metrics: ETA adherence ≥90% (≥85% late night), average wait ≤12 minutes (P95 ≤20), cancellations <1.5% with 100% backup fulfillment, and ≥85% of trips with ≤1 extra pickup.
Mackenzie Santiago
Mackenzie Santiago, 22, Tampa-based logistics night-shift lead, bilingual Spanish/English, first-time homeowner with disciplined budgeting and $100k–$149k income. DIY-er and photographer, community-minded, values durability, fairness, and mobile-first simpl…
Laurel Ramirez
29-year-old San Diego Navy veteran living solo on a tight budget with VA care. Bilingual, practical, and routine-driven. Studying supply chain, managing a knee injury, and prioritizing durable, low-hassle, bilingual solutions with transparent pricing and ve…
Jazmyn Lebeau
Jazmyn, 23, is a rural Minnesota mom with one toddler, married, currently in a temporary no-income phase. Frugal, faith-driven, and practical, she favors durable, low-data, clearly priced products and community-vetted solutions over subscriptions or complex…
Christopher Ly
Frugal, family-centered Filipino American shift lead in Alhambra juggling tight finances, long food-service shifts, and church community. Price-first, reliability-focused, bilingual, and practical. Aspires to a GED and small career steps while parenting a y…
Yolanda Andreasen
Bilingual 43-year-old tech project manager in Chandler city, married without kids. Values reliability, time savings, and inclusivity. Desert-smart, faith-guided, community-minded, enjoys salsa, hiking, and thoughtful cooking. Pragmatic, privacy-conscious, a…
Nicole Fowler
1) Basic Demographics
Nicole Fowler is a 30-year-old white, U.S.-born woman living in rural Iowa. She identifies as Muslim and speaks English at home. She is single with no children. She works full-time in food prep/serving and is known locally f…
Mackenzie Santiago
Mackenzie Santiago, 22, Tampa-based logistics night-shift lead, bilingual Spanish/English, first-time homeowner with disciplined budgeting and $100k–$149k income. DIY-er and photographer, community-minded, values durability, fairness, and mobile-first simpl…
Laurel Ramirez
29-year-old San Diego Navy veteran living solo on a tight budget with VA care. Bilingual, practical, and routine-driven. Studying supply chain, managing a knee injury, and prioritizing durable, low-hassle, bilingual solutions with transparent pricing and ve…
Jazmyn Lebeau
Jazmyn, 23, is a rural Minnesota mom with one toddler, married, currently in a temporary no-income phase. Frugal, faith-driven, and practical, she favors durable, low-data, clearly priced products and community-vetted solutions over subscriptions or complex…
Christopher Ly
Frugal, family-centered Filipino American shift lead in Alhambra juggling tight finances, long food-service shifts, and church community. Price-first, reliability-focused, bilingual, and practical. Aspires to a GED and small career steps while parenting a y…
Yolanda Andreasen
Bilingual 43-year-old tech project manager in Chandler city, married without kids. Values reliability, time savings, and inclusivity. Desert-smart, faith-guided, community-minded, enjoys salsa, hiking, and thoughtful cooking. Pragmatic, privacy-conscious, a…
Nicole Fowler
1) Basic Demographics
Nicole Fowler is a 30-year-old white, U.S.-born woman living in rural Iowa. She identifies as Muslim and speaks English at home. She is single with no children. She works full-time in food prep/serving and is known locally f…
Sex / Gender
Race / Ethnicity
Locale (Top)
Occupations (Top)
| Age bucket | Male count | Female count |
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| Income bucket | Participants | US households |
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Summary
Themes
| Theme | Count | Example Participant | Example Quote |
|---|
Outliers
| Agent | Snippet | Reason |
|---|
Overview
Key Segments
| Segment | Attributes | Insight | Supporting Agents |
|---|---|---|---|
| Rural residents (snow/wind exposure, e-bike or lone driver fallback) |
|
Treat microtransit primarily as a conditional backup rather than a primary mode - adoption requires vehicle capability (4WD, snow tires), sheltered waits, bike-rack capacity, driveway/curb pickup and non-data booking (call/text). Reliability thresholds and explicit performance guarantees (e.g., >90% uptime) increase trust. | Jazmyn Lebeau, Nicole Fowler |
| Shift-hour hospitality & logistics workers in dense metro areas |
|
Late-night/early-morning reliability and safety are decisive - guaranteed last-ride policies, vouchers, well-lit and monitored pickup points, bilingual support, and simple payment/fallback booking trump marginal fare savings. | Christopher Ly, Mackenzie Santiago, Laurel Ramirez |
| Parents & caregivers (young children / strollers) |
|
Family convenience is a non-negotiable: doorstep pickups, drivers comfortable handling car seats/strollers, flat predictable fares and non-app booking options are required conditions for trial and repeat use - without them microtransit is unlikely to replace private vehicles for these trips. | Jazmyn Lebeau, Christopher Ly, Laurel Ramirez |
| Higher-income suburban professionals (tech / project management) |
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This group will adopt microtransit if the digital experience demonstrably reduces door-to-door time and uncertainty: polished vehicle-tied ETAs, employer/pass integration, fare capping, multimodal routing and explicit privacy policies are key levers to shift them away from rideshare or driving. | Yolanda Andreasen, Nicole Fowler |
| Micromobility users (scooters / e-bikes) in denser corridors |
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Safety and infrastructure continuity matter more than price: poor lighting, potholes, or unpredictable driver behavior reduce night-time micromobility use and increase interest in staffed or monitored microtransit alternatives that offer safer first/last-mile links. | Christopher Ly, Yolanda Andreasen, Nicole Fowler |
| Price-sensitive urban users |
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Transparent, flat or capped pricing and low-friction payment options (cash, transit pass integration) are gating conditions for repeat use; hidden fees and tipping prompts deter adoption even if the operational reliability is acceptable. | Laurel Ramirez, Christopher Ly, Mackenzie Santiago |
Shared Mindsets
| Trait | Signal | Agents |
|---|---|---|
| Insufficient route coverage / last-mile gaps | Across locales the dominant deterrent to switching modes is that transit fails to reach origins/destinations or creates unsafe transfers; microtransit is evaluated primarily on its ability to solve these last-mile failures. | Jazmyn Lebeau, Yolanda Andreasen, Laurel Ramirez, Mackenzie Santiago, Nicole Fowler, Christopher Ly |
| Demand for real-time accuracy and operational transparency | Respondents repeatedly ask for vehicle-tied ETAs, honest delay notifications, published on-time statistics and clear remediation (credits/backups) when service fails - trust is earned by transparency and predictable communications. | Yolanda Andreasen, Nicole Fowler, Mackenzie Santiago, Laurel Ramirez, Jazmyn Lebeau |
| Safety and night-time reliability are conversion drivers | Well-lit stops, monitored pickups, share-my-trip features and guaranteed backups are decisive for commuters with nonstandard hours or micromobility users; safety improvements materially increase evening ridership willingness. | Christopher Ly, Mackenzie Santiago, Laurel Ramirez, Jazmyn Lebeau |
| Preference for simple, predictable fares and booking | Flat/capped fares, low-friction payment (tap, pass), and fallback booking channels (call/text, cash/punch card) significantly increase trial and repeat behavior across income levels. | Jazmyn Lebeau, Laurel Ramirez, Mackenzie Santiago, Nicole Fowler |
| Climate and vehicle readiness matter by region | Respondents expect climate-appropriate operations (AC, shade, heated shelters, snow-ready vehicles); ignoring regional climate specifics undermines perceived reliability and comfort. | Yolanda Andreasen, Jazmyn Lebeau, Nicole Fowler, Mackenzie Santiago |
| Language / bilingual support increases uptake among Spanish speakers | Fully localized UI and human Spanish support (not token translation) is a strong enabler for multi-generational adoption and referrals, particularly among families and shift workers. | Yolanda Andreasen, Laurel Ramirez, Mackenzie Santiago, Jazmyn Lebeau, Christopher Ly |
Divergences
| Segment | Contrast | Agents |
|---|---|---|
| Rural residents vs Higher-income suburban professionals | Rural riders prioritize vehicle capability, non-app booking and driveway pickup; suburban professionals prioritize polished app integration, privacy and multimodal coordination. The former require physical, climate- and connectivity-ready operations; the latter require digital sophistication and time-savings evidence. | Jazmyn Lebeau, Nicole Fowler, Yolanda Andreasen, Nicole Fowler |
| Shift-hour hospitality/logistics workers vs 9–5 professionals | Workers with nonstandard hours value guaranteed late-night reliability, safety, and simple payment over marginal cost savings; 9–5 professionals emphasize integration and commute-time optimizations that reduce overall door-to-door time. | Christopher Ly, Mackenzie Santiago, Laurel Ramirez, Yolanda Andreasen |
| Parents & caregivers vs Young single early-career users | Caregivers demand physical accommodations (car seats, door-to-door pickup) and predictability; some young single respondents (e.g., Mackenzie) prioritize labor fairness and operational transparency in addition to convenience, signaling values-driven adoption criteria that differ from pure convenience models. | Jazmyn Lebeau, Christopher Ly, Mackenzie Santiago |
| Price-sensitive urban users vs Micromobility users | Lower-income users focus on fare stability and caps as gating conditions; micromobility users prioritize safety infrastructure and continuity - meaning affordability and safety can be separate blockers that require different interventions. | Laurel Ramirez, Christopher Ly, Yolanda Andreasen, Nicole Fowler |
Overview
Quick Wins (next 2–4 weeks)
| # | Action | Why | Owner | Effort | Impact |
|---|---|---|---|---|---|
| 1 | Publish weekly reliability stats and a simple reliability policy | Reduces skepticism by showing on‑time, wait, and cancellation rates; sets expectations for credits/backups when we miss. | Product + Data + Comms | Low | High |
| 2 | Enable SMS/phone booking with Spanish support | Addresses non‑app users, spotty data, and multi‑generational households; a gating factor for trial. | CX/Support + Engineering | Med | High |
| 3 | Show exact fare upfront with day/week fare caps | Eliminates ‘gotchas’ and surge fears; price clarity is a top decision driver. | Product + Finance | Med | High |
| 4 | Default to safe, well‑lit pickup points at night | Night safety is decisive for shift workers; reduces perceived risk immediately. | Operations + Safety | Low | Med |
| 5 | Set a detour cap and honest ETA window in-app | Limits zig‑zag delays and aligns promises with delivery; builds trust quickly. | Product + Dispatch/Ops | Low | High |
| 6 | Add ‘share my trip’ and SOS in the rider channel | Visible safety features increase willingness to ride after dark. | Engineering + Safety | Low | Med |
Initiatives (30–90 days)
| # | Initiative | Description | Owner | Timeline | Dependencies |
|---|---|---|---|---|---|
| 1 | Targeted last‑mile microtransit pilot with guaranteed backup | Launch 2–3 zones that close last‑mile gaps to key corridors and employers. Design for curb/driveway pickup where feasible, safe‑lot pickups on arterials, a 1 extra pickup detour cap, and a guaranteed backup (voucher or partner ride) for last‑minute cancellations. Include stroller/car‑seat policy and space for grocery bags or a foldable bike. | Operations + Partnerships + Product | 90 days to launch; 90‑day pilot; iterate at day 30/60 | City curb/zone permits, TNC/taxi backup agreement, Driver/vehicle supply, Insurance and safety review |
| 2 | Reliability & transparency stack (vehicle‑tied ETAs + dispatch controls) | Implement AVL/telemetry‑driven ETAs with confidence bands, headway/spacing tools to avoid bunching, and live rider comms for slips. Publish a simple dashboard (on‑time, wait, cancels) and enforce an ETA SLA (e.g., 90% pickups within a 10‑minute window). | Engineering + Data + Dispatch/Ops | 60–120 days | AVL/telematics integration, Realtime messaging infrastructure, Analytics pipeline/dashboard |
| 3 | Simple fares and payments with caps and integrations | Offer flat/capped fares, exact fare pre‑trip, Apple/Google Pay, transit pass integration, and non‑app options (cash/punch or agent reload). Show day/week cap progress and day‑pass break‑even in‑app. | Product + Finance + Engineering | 60–90 days | Fare policy approval, Payment processor updates, Transit pass API integration |
| 4 | Safety, night ops, and climate‑ready pickups | Map and enforce well‑lit pickup network; add station lighting audits, visible driver vetting/cameras, and patrol windows at hotspots. In hot zones, provide shaded/indoor pickup options and bottled water on extreme days; in snow zones, equip winter‑ready vehicles (4WD, snow tires) and publish clear cancel rules. | Safety & Security + Operations + Facilities | 60–180 days (staged by season) | Public works/utilities coordination, Security vendor scheduling, Fleet equipment procurement |
| 5 | Bilingual, low‑data, and offline rider experience | Deliver full Spanish UI/support, SMS booking and updates, offline tickets/maps, and a guest mode with minimal data collection. Add large text and accessibility options; ensure receipts/export for reimbursement. | Product + CX/Support + Engineering | 45–90 days | Localization and QA, Telephony/SMS vendor, Privacy/legal review |
| 6 | Employer shift partnerships and gate alignment | Co‑design service windows and pickup zones with hospitals, ports, and logistics hubs. Align with shift changes, coordinate security gate timing, and negotiate subsidies or pass integration to offset flat fares. | Partnerships + Operations | 90 days to first agreements; ongoing expansion | Employer MOUs, Shared funding or benefits integration, Security/HR coordination |
KPIs to Track
| # | KPI | Definition | Target | Frequency |
|---|---|---|---|---|
| 1 | ETA adherence | Share of pickups arriving within the promised window (e.g., ≤10 minutes of ETA) by time of day. | ≥90% overall; ≥85% late night | Weekly (public) and daily (internal) |
| 2 | Average and P95 wait time | Mean and 95th percentile from request to pickup by zone and hour. | Avg ≤12 min; P95 ≤20 min | Weekly |
| 3 | Cancellations and guaranteed backup fulfillment | Operator‑initiated cancellation rate and percent of affected riders receiving a backup ride/credit within 15 minutes. | Cancels <1.5%; Backup fulfillment 100% | Weekly |
| 4 | Detour impact | Percent of trips with ≤1 extra pickup and median detour minutes vs. direct route. | ≥85% ≤1 extra pickup; median detour ≤5 min | Weekly |
| 5 | Safety at pickup | Incidents per 10k trips and share of night pickups at approved well‑lit locations. | <0.5 incidents/10k; ≥95% at approved sites | Monthly |
| 6 | Adoption and channel mix | Trial‑to‑repeat conversion within 30 days and share of bookings via SMS/phone in target segments. | Conversion ≥35%; SMS/phone ≥20% in shift/rural segments | Monthly |
Risks & Mitigations
| # | Risk | Mitigation | Owner |
|---|---|---|---|
| 1 | Flat fares + backup guarantees drive cost per ride above budget in low‑density zones. | Tighten zones/hours, employer co‑funding, and adjust caps by corridor; track per‑zone unit economics weekly. | Finance + Partnerships |
| 2 | Operational variability breaks ETA promises (driver shortages, traffic, weather). | Reserve capacity buffer at peaks, proactive rebalancing, and temporary pause new requests when SLA risk spikes; communicate early. | Dispatch/Ops |
| 3 | Infrastructure dependencies (lighting, shelters) slip due to city timelines. | Deploy temporary mobile lighting/canopies and shift nighttime pickups to vetted private lots until upgrades complete. | Operations + Partnerships |
| 4 | Privacy or localization gaps erode trust among Spanish‑speaking and low‑data users. | Implement guest mode, minimize data, publish plain‑language privacy, and certify bilingual support with QA audits. | Product + CX + Legal |
| 5 | Excess detours degrade experience and spike churn. | Enforce detour cap in routing, introduce soft surge denial (temporarily close zone when near cap), and message honest ETAs. | Product + Engineering |
| 6 | Driver/vehicle supply constraints limit late‑night coverage. | Incentivize night shifts, cross‑train part‑time pools, and maintain TNC/taxi backup contracts. | Operations |
Timeline
- 0–30 days: Publish weekly performance stats and reliability policy; set detour cap and ETA windows; enable Spanish support in CX; map well‑lit night pickups.
- 30–60 days: Turn on SMS booking/alerts; roll out upfront fares with day/week caps; deploy share‑my‑trip and SOS; sign first employer MOU.
- 60–90 days: Launch first last‑mile pilot zones with guaranteed backup; activate vehicle‑tied ETAs in production; start lighting/shelter stopgap (canopies/mobile lights).
- 90–180 days: Expand to 2–3 additional employer‑aligned zones; refine dispatch spacing controls; add climate‑specific upgrades (water/AC checks; winter tires); integrate transit pass.
- 6–12 months: Scale zones that meet SLA and unit economics; harden privacy/guest mode; migrate temporary pickups to permanent improved sites; formalize co‑funding with employers.
Objective and context
Claude commissioned this qualitative study to understand how urban commuters feel about on-demand transit, their core frustrations with public transport, and what would make microtransit more appealing. Across 18 responses, riders consistently evaluated microtransit on pragmatic trust, predictability, and whether it truly closes last‑mile gaps-more than on novelty or stated environmental benefits.
Cross‑question learnings grounded in evidence
- Coverage and last‑mile gaps are the primary pain. All six respondents to the commute question pointed to insufficient route coverage as the top barrier, often forcing unsafe or time‑costly transfers. As Jazmyn Lebeau put it, “It’s not wait times. There is no bus out here.”
- Safety and night reliability are decisive. Safety concerns surfaced in all six commute responses-especially for micromobility and off‑hour travel. Christopher Ly: “Feeling invisible on my scooter… after that 210 hit‑and‑run story, I’m extra jumpy at night.”
- Reliability and frequency remain fragile. Four of six noted unreliable, bunched, or degraded off‑peak service (e.g., “Ghost buses and the tracker lying by like 10 minutes”).
- Infrastructure deficits and climate realities shape mode choice. All six cited missing shelters, broken elevators, exposed bike lanes, or heat/cold impacts; Yolanda Andreasen: “Waiting in 110 F with no canopy or water nearby is a joke.”
- Microtransit is seen as situational today. Most view it as a backup (bad weather, events, downtown hops), not a primary commute, unless it delivers “boringly consistent” ETAs, flat/capped fares, and convenient curb/driveway pickups. Laurel Ramirez wants pass integration (“PRONTO integration so I’m not juggling another app”); Jazmyn: “Driveway pickup… No roadside walking with Ellie.”
- Trust hinges on accurate, vehicle‑tied real‑time and price clarity. All six prioritized real-time accuracy and fare clarity/capping. Yolanda: “Real-time that’s actually real… tied to the vehicle.” Laurel: “Price clarity… fare caps. No gotchas.” Nicole Fowler asked to “Post weekly stats-on-time rate, cancellations.”
- Booking needs to work beyond the app. Consistent calls for SMS/phone and bilingual support to reduce friction and include multi‑generational households.
Persona correlations and adoption levers
- Rural residents (MN/IA; e‑bike/driver fallback): Require 4WD/snow tires, sheltered waits, bike racks, driveway pickup, and non‑data booking; explicit performance guarantees build trust (Jazmyn, Nicole).
- Shift‑hour hospitality/logistics workers: Guaranteed last‑ride backup, well‑lit monitored pickups, vouchers, and bilingual support outweigh marginal fare differences (Christopher, Mackenzie, Laurel).
- Parents and caregivers: Doorstep convenience, car‑seat readiness, stroller/elevator info, and flat fares are non‑negotiable (Jazmyn, Christopher, Laurel).
- Higher‑income suburban professionals: Will switch if the digital experience reduces door‑to‑door uncertainty: polished vehicle‑tied ETAs, fare capping, pass/employer integration, clear privacy (Yolanda, Nicole).
- Micromobility users: Safety infrastructure continuity and night security drive willingness to use microtransit for first/last mile (Christopher, Yolanda, Nicole).
What to build and change now
- Publish reliability-and back it up. Weekly on‑time, wait, and cancellation stats plus a simple reliability policy with credits/guaranteed backup for misses (echoing Nicole’s request).
- Simplify fares and booking. Exact upfront fares with day/week caps; Apple/Google Pay and transit pass integration; SMS/phone booking with full Spanish support; guest/low‑data mode (aligns with Laurel and Jazmyn).
- Control detours, tell the truth on ETAs. Cap to one extra pickup and show honest ETA windows to prevent zig‑zag delays (e.g., Laurel’s “12‑minute ETA turned into 25”).
- Make pickups safe and climate‑ready. Default to well‑lit monitored locations at night; shade/indoor options and water in hot zones; winter‑ready vehicles in snow regions (speaks to Yolanda’s and rural needs).
- Pilot targeted last‑mile zones with employer alignment. Focus where fixed‑route gaps and shift patterns create the biggest pain; include curb/driveway or safe‑lot pickups and stroller/car‑seat policies.
Risks and guardrails
- Cost risks from flat fares and backups in low‑density zones-mitigate via tight zones/hours and employer co‑funding.
- Operational variability breaking ETA promises-hold capacity buffers, proactive rebalancing, temporary request pauses with early comms.
- Infrastructure delays on lighting/shelters-use temporary mobile lighting/canopies and vetted private lots.
- Privacy/localization gaps-guest mode, minimal data, QA’d bilingual support.
Next steps and measurement
- 0–30 days: Publish weekly performance stats and reliability policy; set detour caps and ETA windows; map well‑lit night pickups; enable Spanish in CX.
- 30–90 days: Launch SMS booking/alerts; roll out upfront fares with day/week caps; integrate passes; add share‑my‑trip and SOS; sign first employer MOU.
- 60–180 days: Launch 2–3 last‑mile pilot zones with guaranteed backup and stroller/car‑seat support; activate vehicle‑tied ETAs; deploy climate upgrades (shade/water; winter tires).
- KPIs to track weekly: ETA adherence (≥90% overall; ≥85% late night), average and P95 wait (≤12 min avg; ≤20 min P95), cancellations and 100% backup fulfillment within 15 minutes, detour impact (≥85% ≤1 extra pickup; median detour ≤5 min), and pickup safety (<0.5 incidents/10k; ≥95% at approved sites).
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How likely are you to choose a city-run microtransit service for your typical commute under each scenario combining wait time (5/10/15/20 minutes) and fare ($2/$4/$6) for a 3-mile trip?matrix Quantifies wait–price trade-offs to set service-level targets and fares for launch.
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What percent cheaper than an Uber/Lyft fare would microtransit need to be for you to choose it for most similar trips?numeric Defines discount threshold versus rideshare for pricing strategy and demand forecasting.
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What is the maximum additional in-vehicle time (in minutes) you would accept versus a direct ride to share a microtransit trip with other riders?numeric Sets pooling detour limits for routing algorithms and driver instructions.
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Which safety features most increase your willingness to ride after dark?maxdiff Prioritizes safety investments with the highest impact on nighttime adoption.
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Which remedies for late or canceled rides most increase your trust in the service?maxdiff Identifies compensation policies that best preserve trust when operations slip.
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Which integrations would most increase your likelihood to use a city transit app?maxdiff Targets integrations that unlock adoption and partnerships with agencies/employers.
Who we spoke to: Six US commuters (CA, FL, MN/IA)-shift-hour hospitality/logistics workers, a parent/caregiver, micromobility users, and suburban professionals-across 18 responses.
What they said: The dominant barrier is insufficient route coverage and first/last‑mile gaps, compounded by night safety concerns, fragile reliability/frequency, poor amenities (shade, elevators), and climate limits; microtransit is acceptable for short hops or backups only if it provides accurate vehicle‑tied ETAs with minimal detours, curb/driveway pickup, flat/capped fares, extended hours/coverage, bilingual/low‑data booking, climate‑ready vehicles, and visible safety and performance metrics. Main insights: Trust and predictable door‑to‑door time beat price or “green” benefits, and riders expect proactive remediation (credits or a guaranteed backup) when service slips, plus integration with existing passes/employer benefits.
Takeaways: Launch targeted last‑mile microtransit zones aligned to key corridors and shift changes; enforce a detour cap and ≤10‑minute ETA window; publish weekly on‑time/wait/cancellation stats; offer upfront fares with day/week caps; default to well‑lit night pickups; and enable SMS/phone booking with full Spanish support.
Success metrics: ETA adherence ≥90% (≥85% late night), average wait ≤12 minutes (P95 ≤20), cancellations <1.5% with 100% backup fulfillment, and ≥85% of trips with ≤1 extra pickup.
| Name | Response | Info |
|---|