We offer a suite of web-based software applications tailored to customers in the space sector. Our core product is the Radiation Database web-application that consists of the industry's largest repository of analyzed radiation test data and built on a modern, easy-to-use browser interface. The app features intuitive functionality that makes the process of data mining and parts selection an efficient, engaging, and relaxing experience.

Additionally, we have developed industry's first SEL model for determining the SEL probability in microcircuits for parts without test data. Open access is provided here.

Our SEU analysis tool grew out of necessity to efficiently analyze SEE cross section data and automate the process of curve-fitting. It has grown to feature on-orbit rate estimates for GEO GCR heavy ions, and a variety of environments for protons, including GEO, LEO and worst-case solar particle event environments. The tool is open for access here.

Radiation Database

Largest repository of searchable radiation test data
Up-to-date and actively managed
Leverage the database to handle the workload of an entire space program in a fraction of the time and budget

Predict SEL probability for components without test data
Enter a part number, model performs analysis to calculate SEL probability with 90% confidence interval
Use the tool to weed out parts with high likelihood of failure prior to radiation testing

Analyze SEE cross section data
Find best-fit Weibull distribution
Calculate on-orbit SEU rates using CREME96 environment models (GCR, AP8 trapped protons, Worst-Week, Worst-Day, Peak 5 Minute solar flare events)