| 01First public ride | What changes when Cybercab moves from a controlled reveal to a public passenger trip? | Keep the complete pickup, entry, route, unexpected road behavior, arrival, and exit sequence. | 2026 launch + tutorial |
|---|
| 02Passenger interface | Can a rider understand the trip without a driver or physical controls? | Inspect the request flow, identity cues, door controls, route display, climate and media controls, help states, and arrival prompts. | Cybercab Tutorial |
|---|
| 03Physical design | Which design choices make sense for a two-seat autonomous taxi—and which create tradeoffs? | Compare door clearance, seating, luggage space, entry height, visibility, cleaning surfaces, accessibility, and serviceability. | Launch film + inspection |
|---|
| 04Autonomy evidence | What does this source actually demonstrate about unsupervised operation? | Separate edited product footage, controlled routes, public-road rides, safety interventions, and claims about future scale. | Public ride |
|---|
| 05Concept vs. launch | How did the 2024 Cybercab idea change by the 2026 public launch? | Compare the vehicle, interface, charging story, use cases, timelines, and language across all four official uploads. | All four |
|---|
| 06Service economics | Which assumptions must hold for Cybercab to change ride-hailing? | Label published price or cost claims, utilization assumptions, charging time, maintenance, remote support, regulation, and fleet scale. | Official claims + documents |
|---|