Geospatial AI

AI meets the Physical World,
Revolutionizing Civil Infrastructure, Environment & Defence

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Our Technology

Our algorithms calculate line-of-sight visibility and other embedded landscape characteristics orders of magnitude more quickly than anything else available.

Dedicated GeoSpatial AI harnesses these capabilities to solve complex and time-sensitive real-world challenges that were previously out of reach.

Tech Explainer

Select your industry to find out what this means for you:

Infrastructure & Environment
Aerospace, Emergency & Defence
Real Estate, Tourism & Conservation

Infrastructure & Environment

We've been enabling more efficient planning decisions in the telecoms and energy sectors for over 15 years.

Automatically optimize the location and configuration of turbines, compounds and other complex infrastructure.
Manually audition hypothetical setups in real time.
Simultaneously solve for visual impact and operational concerns.
Deliver evidenced plans in minutes or hours, rather than days or weeks.

Aerospace, Emergency & Defence

Pre-emptive visual intelligence capabilities turn the landscape into your ally.

Optimize the location and configuration of fixed and mobile assets.
Identify and minimize blind spots and concealed air and ground corridors.
Factor for shadow and atmospheric conditions.
"Wargame" scenarios by simultaneously optimizing defensive infrastructure and tactics designed to subvert it.
Leverage open-ended scalable compute to find creative solutions to the most complex evolving situations in real time.

REAL ESTATE, TOURISM & CONSERVATION

Relied on by national parks and environmental departments in ten countries across two continents.

Identify prospective locations and routes based on both visual and practical concerns.
Create maps which emphasize subjective landscape characteristics.
Process huge geographic areas at human-scale resolutions.
Maximize human experience while minimizing impact.
Produce evidence to satisfy stringent planning criteria.

Tech Explainer

In the same way that LLMs like ChatGPT are great at manipulating language, our AI is geospatially aware - it has an intrinsic understanding of how landscapes, and people or objects functioning within them, "work".

Unlike most AI systems which use convenient local optimization, we use global optimization, meaning the solutions proposed by our system are guaranteed to be close to the best possible for the problem posed.

In the real world there often isn't a single solution that satisfies every criterion we're interested in. Multi-objective optimization allows our system to present several "best" solutions with clearly explained trade-offs.