Reliable, Resilient Communications
IoT/AI Inc. is a Silicon Valley-based engineering practice founded as a Stanford University and NASA Ames Research Center spinout. It designs and manufactures extreme IoT sensor platforms and communication systems for defense and industrial applications. Its flagship Pico Platform delivers cyber-hardened LPI/LPD communications, sensor integration, and edge analytics in a modular, ultra-low SWaP embedded system. The system forms dynamic mesh networks in challenging, disconnected, intermittent, and limited environments. These technologies are deployed globally across defense and industrial sectors for asset tracking, personnel communications, perimeter security, and bioscience research.
Dr. Kevin MontgomeryCo-founder and CEO
J.D. Stanley IIICo-founder and COO
Modular and reconfigurable embedded processor platforms engineered for extreme environments and ultra-low size, weight, and power constraints.
Connecting with over 4,000 sensor types, including legacy and medical devices, to collect secure data.
Building processor- and radio-agnostic systems with integrated radios and sensor I/O.
Highly secure communication solutions designed to maintain connectivity in disconnected, intermittent, and limited environments.
Designing low probability of intercept and low probability of detection radio links with low detectability and high jamming resistance.
Deploying autoconfiguring, hyperscale mesh networking code that dynamically adapts to maximize performance.
Developing systems capable of detecting and mitigating electronic warfare threats to ensure uninterrupted data transfer.
Deployable situational awareness systems built to secure facilities and team networks in RF-hostile environments.
Integrating covert intelligence, surveillance, and reconnaissance sensors, including RF, magnetometer, and infrasound technologies.
Deploying smart camera systems optimized with edge analytics for visual threat identification.
Designing custom plugins to display live sensor feeds, track resources, and enable speech recognition within the Android Tactical Awareness Kit ecosystem.
Rugged tracking systems developed to monitor critical gear, supply kits, and aircraft parts in contested environments.
Providing non-GPS positioning, navigation, and timing in subterranean, indoor, or degraded RF environments.
Deploying self-organizing, long-range mesh tags to enable zero-setup logistics monitoring.
Integrating biomedical sensing technologies with secure routing platforms to monitor health and exposures.
Adapting low-power architectures to clinical trials, exposure tracking, and real-time patient monitoring.
Developing medical databases and routing systems to coordinate care and mass casualty management.
Defense · Industrial · Life Sciences · Research Facilities
Defense · 2025 · Client: Air Force Global Strike Command
Developed and refined a futuristic aircrew alerting badge device for the Air Force Global Strike Command to modernize operational alerting capabilities.
Defense · Client: SOCOM
Tested and validated secure, low-SWaP communication systems and TAK-X LPI/LPD capabilities during SOCOM tactical exercises.
Defense · Client: NAVWAR
Demonstrated electromagnetic warfare resilience, covert ISR capabilities, and resilient unmanned communications in collaboration with NAVWAR.