IoT/AI
Developer of rugged, low-SWaP edge sensor and communications systems for defense and industrial environments. Builds reconfigurable edge compute platforms, stealthy LPI/LPD radios, and AI-optimized mesh networking to enable secure, resilient sensing and communications in GPS-denied, RF-hostile, and austere conditions. Offers sensor integration and IoMT-capable solutions for operational health monitoring and bioscience deployments.
Industries
N/A
Nr. of Employees
small (1-50)
Products
Wearable tactical personnel communicator
Hands-free, wearable communicator designed for team coordination in high-noise or signal-contested environments; integrates with situational-awareness software.
Contested-environment asset tracker
Mesh-enabled asset tracking device engineered for GPS-denied and RF-challenged logistics and flightline environments.
Covert ISR and perimeter sensing suite
Deployable perimeter nodes and ISR sensors with AI-enabled visual recognition and EW-resilient communications for persistent situational awareness.
Resilient unmanned communications (UAV) node
Communications payloads and networking nodes designed for unmanned platforms to extend resilient mesh communications.
Wearable tactical personnel communicator
Hands-free, wearable communicator designed for team coordination in high-noise or signal-contested environments; integrates with situational-awareness software.
Contested-environment asset tracker
Mesh-enabled asset tracking device engineered for GPS-denied and RF-challenged logistics and flightline environments.
Covert ISR and perimeter sensing suite
Deployable perimeter nodes and ISR sensors with AI-enabled visual recognition and EW-resilient communications for persistent situational awareness.
Resilient unmanned communications (UAV) node
Communications payloads and networking nodes designed for unmanned platforms to extend resilient mesh communications.
Services
System engineering and integration of sensors, radios, and edge compute for mission deployments.
Development and deployment of AI models for on-device analytics, visual recognition, and autonomous decision-making.
Adapting commercial products into wearable or tactical hardware and accelerating prototype cycles for defense use cases.
System engineering and integration of sensors, radios, and edge compute for mission deployments.
Development and deployment of AI models for on-device analytics, visual recognition, and autonomous decision-making.
Adapting commercial products into wearable or tactical hardware and accelerating prototype cycles for defense use cases.
Expertise Areas
- Edge computing and embedded systems
- Mesh networking and tactical communications
- Sensor integration and interoperability
- Electronic warfare detection and mitigation
Key Technologies
- Edge compute platforms (low‑SWaP)
- Low-probability-of-intercept/detection (LPI/LPD) radios
- AI‑optimized mesh networking
- Non‑GPS PNT solutions
News & Updates
Coverage of a badge-technology project funded for development supporting Air Force Global Strike Command.
Demonstration of an alerting badge device to Global Strike stakeholders.
Article describing adaptation of a commercial device into a wearable personal communicator for emergency aircrew response.
Mention of a Smithsonian Award recognizing contributions in integrating advanced technologies across industries.
Award mentioned for prior pioneering work by the CEO in 2015.
Coverage of a badge-technology project funded for development supporting Air Force Global Strike Command.
Demonstration of an alerting badge device to Global Strike stakeholders.
Article describing adaptation of a commercial device into a wearable personal communicator for emergency aircrew response.
Mention of a Smithsonian Award recognizing contributions in integrating advanced technologies across industries.
Award mentioned for prior pioneering work by the CEO in 2015.