Quantum Positioning System
Quantum Positioning System
Quantum Positioning System
Quantum Positioning System
Quantum Positioning System
Passive by design. Powerful by nature.
Passive by design. Powerful by nature.
Passive by design. Powerful by nature.
Passive by design. Powerful by nature.
Passive by design. Powerful by nature.
Crafting quantum sensors for precise and secure navigation.
Crafting quantum sensors for precise and secure navigation.
Crafting quantum sensors for precise and secure navigation.
Crafting quantum sensors for precise and secure navigation.
Crafting quantum sensors for precise and secure navigation.
We use the Earth's crustal magnetism for navigation
We use the Earth's crustal magnetism for navigation
We use the Earth's crustal magnetism for navigation
We use the Earth's crustal magnetism
for navigation
We use the Earth's crustal magnetism for navigation
The Earth's core generates a powerful global magnetic field, but it is the crust that carries a location-specific signature. These magnetic fingerprints act as nature’s own GPS.
The Earth's core generates a powerful global magnetic field, but it is the crust that carries a location-specific signature. These magnetic fingerprints act as nature’s own GPS.
The Earth's core generates a powerful global magnetic field, but it is the crust that carries a location-specific signature. These magnetic fingerprints act as nature’s own GPS.
The Earth's core generates a powerful global magnetic field, but it is the crust that carries a location-specific signature. These magnetic fingerprints act as nature’s own GPS.
The Earth's core generates a powerful global magnetic field, but it is the crust that carries a location-specific signature. These magnetic fingerprints act as nature’s own GPS.
Dirac Labs is developing a sensor to accurately and passively identify these magnetic fingerprints in all environments, be it underwater, underground or indoors.
Dirac Labs is developing a sensor to accurately and passively identify these magnetic fingerprints in all environments, be it underwater, underground or indoors.
Dirac Labs is developing a sensor to accurately and passively identify these magnetic fingerprints in all environments, be it underwater, underground or indoors.
Dirac Labs is developing a sensor to accurately and passively identify these magnetic fingerprints in all environments, be it underwater, underground or indoors.
Dirac Labs is developing a sensor to accurately and passively identify these magnetic fingerprints in all environments, be it underwater, underground or indoors.
San Francisco, California, USA.
Madison, Wisconsin, USA.
Contact
San Francisco, California, USA.
Madison, Wisconsin, USA.
Contact
San Francisco, California, USA.
Madison, Wisconsin, USA.
Contact
San Francisco, California, USA.
Madison, Wisconsin, USA.
Contact
San Francisco, California, USA.
Madison, Wisconsin, USA.
Contact
San Francisco, California, USA.
Madison, Wisconsin, USA.
Contact
© 2025 Dirac Labs. All rights reserved.
© 2025 Dirac Labs. All rights reserved.
© 2025 Dirac Labs. All rights reserved.
© 2025 Dirac Labs. All rights reserved.
© 2025 Dirac Labs. All rights reserved.
© 2025 Dirac Labs. All rights reserved.