Urban commuters lose 56 to 102 hours per year sitting in traffic, while transportation accounts for 29% of US greenhouse gas emissions. Existing eVTOL competitors compound the problem with three core failures:

• Noise pollution: Exposed propellers generate 80-100 dB, making current eVTOLs unsuitable for residential areas.
• Safety concerns: Exposed rotors pose significant risks to passengers and the public, and current designs lack adequate redundancy for emergencies.
• Prohibitive costs: Competitor vehicles cost several million dollars each, restricting access to the ultra-wealthy, and their manufacturing methods prevent mass production.

Inspired by Leonardo da Vinci's armored car, INVO Station's vehicles use 12 enclosed induction spherical motors hidden inside the vehicle body, with bidirectional air inlets and outlets on both top and bottom.

• Noise: Soundproofed, silent enclosed motors reduce noise pollution by 75%, achieving under 45 dB.
• Safety: The vehicle can operate safely on just 4 of its 12 motors, providing 300% redundancy.
• Cost: Designed for car-style mass production, reducing cost by 90% versus competitors.

The complete ecosystem includes:

• INVO Dome: Modular autonomous flight system with redundant NVIDIA Blackwell GPU, 16 x 4K camera sensors, LiDAR sensors, and over-the-air updates. Also sold as a B2B product to other eVTOL manufacturers at $100K hardware plus enterprise fleet software subscription.
• INVO Ride: Autonomous ride-share app; vehicle owners earn from rides on a subscription basis.
• INVO Maps: Air maps software for aerial navigation.
• iOrchestra: On-vehicle AI voice control for navigation, climate, media, and agentic tasks.
• Vehicles charge at standard Level 3 EV stations and take off directly from streets, with no pilot license required.