Resilient Distributed Decentralized Network for Connected Devices

BleedIO Tech’s netMESH replaces traditional hubs with a decentralized system, enabling secure, self-healing, and scalable networks. Ideal for DoD and DoE applications, it ensures reliable, energy-efficient connectivity for mission-critical operations, from grid monitoring and logistics to field deployments, while reducing costs and enhancing resilience in dynamic environments.

Coherent 4D LiDAR Sensor

Our LiDAR sensor offers high-precision high-resolution 4D imaging for long-range sensing applications. Based on silicon photonics, the sensor is inherently more compact, lightweight, power-efficient, and resilient to ambient disturbances than competing products. It offers a unique solution to applications requiring low SWaP and high performance, notably with small UAVs.

Compact High-Power Inverter using Gallium Nitride (GaN) Semiconductors (CHIPIGaN)

The CHIPIGaN is a new inverter product using gallium-nitride (GaN) semiconductor technology to convert direct current (DC) power to alternating current (AC) power, and vice versa. Its primary purpose is to convert power from renewable DC sources such as fuel cells and solar panels to usable AC power.

B-Dot: AI-Enhanced Sensors for Complex Electronic Systems

B-Dot combines B-field sensing with an artificial intelligence (AI) model to perform predictive maintenance of a range of electronic systems. The innovation can be used to gather real-time data from complex electronic systems such as motors and batteries while AI leverages this data to predict malfunctions.

Scanning single-electron box electrometer microscopy

Scanning single-electron box (SSEB) electrometer microscopy enables detection and visualization of very small electric charge/potential. Such capabilities are crucially important for R&D for emerging quantum computers and semiconductor devices. Electric charges much smaller than single electron charge can be deteceted with nanometer scale spatial resolution.