High-Precision Applications


Precision Sensing

Structured magnetic peaks enable deterministic detection platforms and programmable interaction zones




Robotics & Automation

Custom magnetic arrays allow controlled alignment, engagement, and positional referencing





Security & Authentication

Unique magnetic signatures derived from 125,000+ standard patterns provide robust identification systems


Secure Applications: Why Pattern Magnetics Beats RFID

No RF Emissions – No Remote Detection

RFID systems rely on radio-frequency backscatter. Even passive RFID tags can be energized and detected at a distance.
This introduces electronic signature exposure and potential unauthorized scanning.


Pattern Magnetics Advantage:

  • No RF emissions
  • Cannot be remotely interrogated
  • Requires millimeter-scale proximity
  • No electronic broadcast signature

In military or secure environments, this reduces ELINT vulnerability and supports RF-silent operational conditions.


Harder to Clone Physically

RFID tags can often be duplicated using commercially available reader/writer tools once the digital data is accessed.


Pattern Magnetics Advantage:

  • Encodes data in 3D spatial magnetic geometry
  • Requires precise replication of Gauss magnitude and gradient
  • Physical fabrication is required to duplicate
  • Not simply digital memory copying

Cloning requires high-resolution magnetic field mapping and material replication, making duplication materially more complex.


Immune to RF Environmental Limitations

RFID performance degrades in challenging environments such as near metal, water, or high electromagnetic interference.


Pattern Magnetics Advantage:

  • Unaffected by metal mounting surfaces
  • Operates underwater
  • Resistant to dust, smoke, and darkness
  • Immune to RF interference and detuning

The system requires only a magnetometer for reading, providing robustness in RF-denied or EMI-heavy environments.