Magneto-quasi-static (MQS) Field
MQS
MQS Field
- Near field dominance, non radiative behavior
- Very Low Frequency operation with dynamic modulation
- High penetrability through materials
- Immunity to multi-path and RF interference
- 3-D spatial awareness - XYZ and orientation
- Deterministic physics, not probabilistic
- No requirement for triangulation
- Low probability of intercept and detection
- High precision local coverage, centimeter level accuracy
- MQS for A-PNT + communications
Basic Concept
- 3-axis emitter and 3-axis sensor – sensor detects fields and solves for positions & orientation sensors are simple and small
- Light and scalable platform
- Portable or fixed deployment configurations
- Free standing solution or layered fusion architecture for A-PNT
- Sensor fusion integrated with other tactical platforms
- No dependencies on overhead architectures or large fixed infrastructure
- AI-enabled real-time visualization and data analytics
- Data architecture interoperable with command and control platforms
