Tensor Laboratories LLC
Tensor Laboratories is an edge-AI hardware research and development firm specializing in autonomous, off-grid survival and remote medical rescue technologies. Our flagship initiative, Project Ullr, is a ruggedized biometric and environmental telemetry node designed for communication-denied environments. Leveraging ultra-low-power neural processing, temporal heuristic state machines, and dual-vector sensor fusion, we build deployable systems that facilitate remote physiological monitoring, automated emergency routing, and rapid medical triage for backcountry operations and tactical field medicine.
Industries
Nr. of Employees
small (1-50)
Tensor Laboratories LLC
10708 Meeting Street Suite 201 Prospect, KY. 40059
Services
Ruggedized Edge-AI & Telemetry R&D
Service Description
Tensor Laboratories provides specialized research and development for ultra-low-power, off-grid survival and tactical medical systems. Our core services encompass custom bare-metal Zephyr RTOS firmware engineering, neural processor (NPU) integration for localized AI inference, and the architecture of robust multi-protocol RF communication networks utilizing LoRa and Ultra-Wideband. We focus on designing autonomous, ruggedized telemetry nodes capable of dual-vector sensor fusion and temporal heuristic state machine processing in communication-denied environments.
Ruggedized Edge-AI & Telemetry R&D
Service Description Tensor Laboratories provides specialized research and development for ultra-low-power, off-grid survival and tactical medical systems. Our core services encompass custom bare-metal Zephyr RTOS firmware engineering, neural processor (NPU) integration for localized AI inference, and the architecture of robust multi-protocol RF communication networks utilizing LoRa and Ultra-Wideband. We focus on designing autonomous, ruggedized telemetry nodes capable of dual-vector sensor fusion and temporal heuristic state machine processing in communication-denied environments.
Expertise Areas
- Artificial Intelligence / Machine Learning
- Remote Patient Monitoring & Telemetry
- Autonomous Care & Wearable Sensors
- Embedded Systems Engineering
Key Technologies
- Zephyr Real-Time Operating System (RTOS)
- Syntiant NDP120 Neural Processing Units (NPU)
- nRF52840 Multi-Protocol Microcontrollers
- Semtech SX1262 Long-Range (LoRa) Transceivers
Key People
Jason E. Walters
Lead System Architect / Principal Investigator
Jason E. Walters
Lead System Architect / Principal Investigator