INVO Ride

INVO Ride: Book autonomous eVTOL flights over photoreal San Francisco | Product Hunt

INVO Ride

Launched this week

Book autonomous eVTOL flights over photoreal San Francisco

123 followers

Book autonomous eVTOL flights over photoreal San Francisco

123 followers

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Maps and GPS

INVO Ride is a full ride-hailing stack for autonomous eVTOLs, running on a photoreal 3D twin of San Francisco: hexagonal sky lanes, a self-separating fleet, building- and FAA-airspace-aware routing. Watch the live demo, no account needed.

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Launch tags:Transportation•Artificial Intelligence•Tech

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Hey Product Hunt 👋

I'm Leo, and INVO Ride is my answer to a question I couldn't stop thinking about: when autonomous air taxis arrive, what does the Uber for them look like? I decided the software shouldn't wait for the aircraft.

So this is the full ride-hailing stack for autonomous eVTOLs, running today — real accounts, bookings, fleet management, pricing, battery/charging planning — with the flights themselves simulated over a photoreal 3D digital twin of San Francisco. Honest framing up front: no humans are flying anywhere (yet). Everything else is real software.

What's under the hood:

🛣️ A hexagonal sky-lane network — not a street grid in the sky. Hex routing means every junction turn is ≤120° and trips run ~1.15× the straight-line distance (a rectangular grid is up to 1.41×). Three stacked speed decks (100/200/250 mph) plus an emergency band.

🛡️ A self-separating autonomous fleet — every craft holds a guaranteed minimum separation, adaptive-cruise style. The map shows the live safety telemetry: craft aloft, minimum separation, and a conflict counter that stays at zero by construction.

🏙️ Building-aware routing — 1,000+ real SF buildings with real heights. A lane that would clip the 326 m Salesforce Tower climbs over it, in-lane.

✈️ Real FAA airspace — actual SFO Class B shelves from FAA data; the whole lane stack stays under the floor, and no-fly zones are baked out of the network at generation time.

⚡ Operational rules that match reality — vertical takeoff/landing only from spots clear of power lines (overflight is fine), automatic charging stops on long trips, water-aware landing logic.

🏆 One more thing: there's a FIFA World Cup beacon floating by the Golden Gate with the real Bay Area fixtures. Tap the layers control to explore everything else (airspace, helipads, chargers, the wire grid). No better timing to launch than the World Cup specially for a soccer player like me.

Try it without an account: ride.invostation.com/tour — an 80-second cinematic flythrough of the whole system. Then sign in and book a flight from the Golden Gate to downtown and watch your eVTOL fly it gate-to-gate.

I'd genuinely love feedback on two things: (1) does the sky-lane model feel believable to you, and (2) what would make you trust an autonomous aircraft enough to step in? I'll be here all day. 🚁

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2d ago

@leo_kayali Congrats on the launch Leo. This is very cool. Very blue ocean.

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1d ago

Maker

@zolani_matebese Thank you!! it is very exciting!

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23h ago

Not sure if I understand, is this flying for real or over a photoreal SF?

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1d ago

Maker

@divya_kothari1 the photoreal means the map matches real life 3D San Francisco in term of building, power gird, transited cables, helipads, charging stations, fog, etc.. to make an exact replica to air navigation environment of San Francisco.

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23h ago

The honest “real software, simulated flights” framing helps a lot. For trust, I’d want to see safety telemetry, routing logic, and failure handling made really visible before I’d ever step into one.

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1d ago

Congrats on today's launch!!

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1d ago

Maker

@thamibenjelloun Thank you! I appreciate it!

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23h ago