Aerospace

Enables laser-based space communications.

Runs compute in orbit.

Delivers high-resolution Earth imagery.

Integrates aerospace sensing and comms.

Builds modular satellite platforms.

Expands in-space transportation.

Generates high-fidelity 3D world data.

Applies AI to critical missions.

Operates satellites in high-energy orbits.

Designs future of flight.

Extracts asteroid metals.

Builds lunar infrastructure systems.

Develops electromagnetic launch systems.

Operates commercial space stations.

Augments pilots with AI copilots.

Builds reusable space launch systems.

Builds supersonic aircraft and turbines.

Manages AI satellite fleets.

Searches and analyzes geospatial data.

Develops anti-satellite platforms.

Designs advanced propulsion systems.

Delivers aerial intelligence systems.

Optimizes logistics and air transport.

Runs spacecraft operations software.

Develops hybrid rocket engines.

Enables mobility beyond Earth.

Builds high-efficiency electric motors.

Builds electric aircraft.

Tracks asteroids from high orbit.

Develops hypersonic drones.

Deploys drone battery hubs.

Deploys stratospheric defense drones.

Delivers orbital cargo vehicles.

Returns cargo safely from space.

Builds sustainable launch vehicles.

Provides affordable space access.

Designs blended-wing airliners.

Builds large satellite systems.

Orchestrates satellite operations.

Maps low Earth orbit.

Builds space launch cannons.

Enables cislunar infrastructure.

Builds autonomous flight systems.

Builds satellite platforms.

Drives agent-based engineering.

Builds the space data backbone.

Deploys commercial LiDAR satellites.

Builds orbital fuel networks.

Deploys Earth observation satellites.

Builds optical space surveillance.