Nucleon provides a searchable database of radiation tolerance data for electronic components, offering curated test results from both public and private sources. This platform enables engineers to efficiently access critical radiation performance information, reducing the need for redundant testing and expediting the design process for space applications.
Funding
Funding not disclosed
Founders
Product
Problem
Designing electronic systems for space and other radiation-intensive environments requires detailed knowledge of component radiation tolerance, but this data is often scattered across various sources or unavailable, leading to duplicated testing efforts and delays. Engineers face challenges in efficiently accessing and comparing radiation test results for different components.
Solution
Nucleon provides a centralized, searchable database of radiation tolerance data for electronic components, aggregating curated test results from public, private, and internal sources. The platform enables engineers to quickly find critical radiation performance information, reducing the need for redundant testing and accelerating the design process for space applications. Nucleon's database includes categorized data with key results extraction and is continuously refreshed with user-requested updates. The platform helps users efficiently verify their Bill of Materials and locate specific parts using radiation data plots.
Target Audience
Nucleon's primary users include aerospace companies, constellation builders, and commercial space firms designing electronic systems for radiation-intensive environments.
Features
- Searchable database of radiation test data for electronic components
- Curated compilation of test results from public and private sources
- Categorized data with key results extraction
- Continuously refreshed with user-requested updates
- Bill of Materials (BOM) upload and analysis tools
- Radiation data plots for parts or manufacturers
- Data on 5556+ parts from 415+ manufacturers, with 7113+ test results