-- PNI Sensor, a leader in precision magnetic sensing and vector magnetic imaging technologies, was selected as one of the companies showcased at Air Force Global Strike Command’s two-day Commercial Capabilities Showcase, held May 13 and 14 at the Louisiana Tech University Student Success Center in Bossier City, Louisiana. The 2026 Capabilities Showcase, in partnership with Air Force Global Strike Command (AFGSC), Air Mobility Command (AMC), and the Rapid Sustainment Office (RSO), received a record-breaking pool of innovative submissions from across industry.
The showcase brought together military leaders, technical experts, and commercial innovators focused on accelerating emerging technologies for long-range strike, deterrence, and mission-critical operations. For PNI Sensor, the event provided an opportunity to demonstrate the company’s scalable 3D Vector Magnetic Field Imaging System (VMIS-3D) and its potential relevance for denied-environment ISR applications.
PNI Sensor’s VMIS-3D architecture combines distributed arrays of the company’s proprietary 3-axis vector magnetometers with real-time sensor fusion and anomaly detection algorithms to detect spatial and temporal perturbations in the magnetic field. The approach is designed to support sensing and situational awareness in environments where traditional line-of-sight ISR modalities—including EO/IR, LiDAR, and radar—may be degraded by foliage, terrain masking, clutter, smoke, fog, concealment, or dispersion tactics.
Unlike traditional scalar magnetic sensing approaches, PNI Sensor’s distributed vector sensing architecture emphasizes spatial observability and reduction of residual error through coherent multi-node measurements and platform compensation. The architecture is intended to support detection of subtle magnetic anomalies and operating-system activity signatures in complex real-world environments.
“We were honored to participate in AFGSC’s Commercial Capabilities Showcase and to engage directly with Air Force operators, technical experts, and mission stakeholders,” said George Hsu, PNI Sensor CTO. “The discussions reinforced the growing need for complementary sensing modalities capable of operating in denied and degraded ISR environments. We were excited to demonstrate how distributed vector magnetic sensing may contribute to future situational awareness and anomaly detection capabilities.”
PNI Sensor’s proprietary magneto-inductive vector magnetometers are manufactured in high volumes in Windsor, California, with tens of millions of sensors deployed across commercial, industrial, robotics, maritime, aerospace, and defense applications. This production maturity provides a scalable pathway toward deployable ISR sensing architectures suitable for operational environments.
“The showcase highlighted the importance of accelerating practical sensing technologies that can support mission effectiveness in increasingly complex operational environments,” added Becky Oh, President and CEO of PNI Sensor. “PNI Sensor looks forward to continuing collaboration with the defense innovation community to explore how vector magnetic imaging can augment future ISR capabilities.”
About PNI Sensor
PNI Sensor develops precision magnetic sensing, inertial sensing, sensor-fusion, and vector magnetic imaging technologies for real-world applications. With decades of experience in magnetic sensing and interference rejection, PNI Sensor partners with defense and commercial customers to deliver scalable sensing solutions for challenging operational environments.
Contact Info:
Name: Becky Oh President and CEO
Email: Send Email
Organization: PNI Sensor
Phone: (707) 566-2260
Website: http://www.pnisensor.com/
Release ID: 89193641
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