Applications

The Stratoship Group aims to provide a remote site in the sky, positioned around 65,000ft (20km) up, which can be used for a variety of users, capabilities, applications and effects.

Defence and Security

High altitude platforms extend the range of radio networks and communications and reduce the need for ground based stations. With the stratoship’s ability to move and hold station, the ship acts as a dynamic remote platform, ready for any situation.

Soldier in tactical gear using a radio

Transportation & Infrastructure

The stratoship can provide up-to-the-minute data on local areas using observation equipment. This information can be used to plan and monitor areas and track the effects of construction and transportation.

Aerial view of a highway interchange surrounded by greenery and urban buildings.

Research

Stratospheric observation technology can monitor natural disasters, changing environments, oil spills, deforestation, and more by providing an affordable satellite-like platform that can stay over the study area and provide a near real-time view.

Aerial nighttime view of New York City with illuminated lights and dark water bodies.

Emergency Services

Stratospheric based technology can significantly increase the range of communications used by emergency services and monitor the effects of natural disasters.

Forest fire with smoke and glowing flames at dusk, silhouetted trees and mountain in background.
Aerial view of a construction site with trucks, excavators, and machinery. Dirt and gravel are being moved and processed. Several vehicles and construction equipment are visible in a sandy and gravelly area.

Operations in Remote Areas

The stratoship reduces the need for building and maintaining ground stations by extending the range of commercial communications networks used in operations including mining and emergency services.

Agriculture

Using stratospheric based equipment, businesses can monitor changing soil conditions and crop health. This provides a valuable bird’s eye view of crops and fields so that farmers can identify areas of importance and make better decisions.

Aerial view of a tractor harvesting crops in a field.