Modern applications, especially those at the edge, demand high-performance, low-power electronics, but existing purpose-built hardware solutions are often high-risk and costly. Furthermore, as semiconductor technologies become smaller and more efficient, they also become increasingly vulnerable to cosmic rays and other environmental factors, particularly in aerospace and satellite applications.

Lucid Circuit develops radiation-tolerant and energy-efficient AI microprocessors designed for high-performance cognitive applications in edge devices. Their Astrum™ processors leverage a dynamically configurable processing fabric that enables real-time scaling of application compute density, delivering the performance and power-efficiency of custom ASICs with the flexibility of FPGAs and the programming ease of GPUs/CPUs. The company also offers the Radiation-Effects Susceptibility Analysis & Prediction (RSAP™) platform, which uses predictive modeling and machine learning to identify chip vulnerabilities to cosmic rays prior to fabrication, reducing development costs and ensuring faster time to market. Lucid Circuit's technology enables complex computations at the edge, improving data processing for applications such as medical devices, 3D VR headsets, drones, autonomous vehicles, and mobile communication.

Astrum™ processors: Radiation-tolerant and energy-efficient for edge computing.

Dynamically configurable processing fabric: Enables real-time scaling of application compute density.

RSAP™ platform: Predicts chip vulnerabilities to cosmic rays before fabrication.

Onboard Machine Learning: Combines power-efficient Machine Learning fabric and integrated sensors that continuously monitor the accuracy and precision of information collected.

Resilient Data Integrity: Designed using patented technology to withstand harsh conditions and in-silicon encryption features to ensure data integrity.

Information Traceability: Immutable in-silicon digital fingerprinting feature allows each Astrum™ chip to specifically tag each piece of data with a key that is unique to each chip.

Web interface for design analysis at all stages of development.

The primary customers are organizations in aerospace, satellite, cybersecurity, automotive, telecommunications, healthcare, and analytical trading industries that require resilient, high-performance edge computing solutions.