Component Evidence Database
A structured database of semiconductor component families, radiation campaigns, tested date codes, characterization history, and known limitations. Built around evidence, not recommendations.
Explore the DatabaseComponent characterization.
Built for New Space.
Orbital Veritas helps build the evidence foundation for commercial semiconductor technologies used in space systems. By combining approved test boards, independent radiation campaigns, and recurring date-code characterization, we create a growing body of evidence that engineering teams can use to understand technology behavior over time.
Independent evidence.
Longitudinal characterization.
Orbital Veritas helps build the evidence foundation for commercially relevant semiconductor component families used in New Space applications. Through approved test boards, independent radiation campaigns, and recurring date-code characterization, the platform creates a growing body of evidence that engineering teams can explore, review, and build upon.
Radiation Campaigns
Follow active and completed characterization campaigns, approved test boards, campaign records, and future date-code expansion activities. Understand how evidence is generated and how confidence develops over time.
View CampaignsLongitudinal Evidence
Track component-family behavior across multiple campaigns, manufacturing periods, and date codes. Build visibility into consistency, variation, process evolution, and characterization maturity.
View Characterization HistoryOne platform for
component characterization.
Radiation campaigns, characterization history, approved test boards, and evidence packages are connected into a single evidence ecosystem for commercially relevant semiconductor technologies. Orbital Veritas helps engineering teams understand what has been tested, how it was tested, and how evidence develops over time.
Component Evidence Database
A structured database of component families, radiation campaigns, tested date codes, characterization history, evidence packages, and known limitations. Rather than recommending components, the database documents what has been learned through independent characterization.
Radiation Campaign Pipeline
A transparent view of nominated component families, approved test boards, planned campaigns, active testing, evidence publication, and future characterization activities. Track how evidence is generated and how component-family knowledge expands over time.
Evidence Packages
Structured technical evidence containing campaign history, tested date codes, test conditions, observed effects, characterization records, and known limitations. Designed to make characterization data accessible, traceable, and reusable.
Longitudinal Evidence
Track component-family behavior across multiple campaigns, manufacturing periods, and date codes. Build visibility into consistency, variation, process evolution, and evidence maturity as characterization history grows.
Building a growing body of
characterization evidence.
3,842 Component-family records
128 Radiation campaigns
6,927 Date-code characterization records
412 Published evidence packages
Independent characterization
for commercially relevant component families.
Orbital Veritas works with semiconductor manufacturers to generate independent radiation evidence for component families relevant to New Space applications.
Manufacturers contribute component expertise, traceability information, and approved test boards. Orbital Veritas provides campaign governance, evidence publication, and longitudinal characterization across multiple campaigns and date codes. Together, these programmes create reusable evidence that benefits the wider New Space ecosystem.
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Component Family Characterization
Generate independent radiation evidence through approved test boards and structured characterization campaigns. Build evidence around commercially relevant component families rather than isolated test events.
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Longitudinal Evidence Development
Expand characterization history across multiple date codes, manufacturing periods, and campaigns. Track consistency, variation, process evolution, and evidence maturity over time.
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Reusable Characterization Assets
Transform individual campaigns into growing evidence records that can support future engineering evaluations and technology assessments. Evidence becomes more valuable as characterization history expands.