eVTOL and Aerial Drone Solutions

Accurately search an entire city for feasible aviation infrastructure

What to Expect

❋ Vertiport Development

We provide the mapping and analytical layer needed to quickly identify incursions into protected surfaces, understand current and future property development, and secure airspace to safely establish protected aviation uses in the civic space.

❋ Air Taxi and Drone Navigation

Place geographically accurate aviation infrastructure, model FATO and approach / departure geometries, change heading, elevation, and orientation of protected surfaces, and rank properties against aviation, land-use, and community priorities.

❋ Geospatial Operating System

We partner with companies seeking to refine their ability to reach you with their products by providing verified air space topography in the civic space so that deliveries can be completed safely with a focus on good governance and the civic community.

❋ Much More Than a Digital Twin

We bring fragmented public data together into one spatial environment, then let you build on the real world with geographically accurate aviation requirements, analyze what works, and transact the underlying space when needed.

See what can be built around your vertiport instantly

Protect critical aviation surfaces from future development

Connect approach and departure paths directly into your AAM network

We are the geospatial infrastructure layer for Advanced Air Mobility (AAM)

We help determine where aircraft can fly and land, who controls those locations, and what infrastructure and property rights are required to make the nodes and network operational

Case study: see where the Port of San Francisco could feasibly place a vertiport, test out approach and departure surfaces against current and future buildings, and orient FAA geometries away from obstacles

We are actively seeking partnerships

Vertiport developers
Infrastructure / site owners
UTM / airspace software firms
Public-sector / utility stakeholders
Demand-side logistics platforms and portfolio owners
Original Equipment Manufacturers

Case study: vertiport feasibility study of Sutter Stockton Street Parking Garage in under 7 minutes (340 Sutter St. San Francisco)

PARTNER WITH US

Scalar renderings of official FAA geometries

Real world verified airspace topography

Instant site analysis

Case study: check multiple locations where San Francisco could feasibly place a vertiport, test out approach and departure surfaces against current and future buildings, and orient FAA geometries away from obstacles to find the optimal design.