Analyzed
about 3 hours
ago.
based on code collected
1 day
ago.
Project Summary
Mathematical Components are libraries of formalized mathematics developed using the Coq proof assistant. This project finds its roots in the formal proof of the Four Color Theorem. It has been used for large scale formalization projects, including a formal proof of the Odd Order (Feit-Thompson) Theorem.
The libraries are written using the Ssreflect proof language, now part of the standard distribution of the Coq proof assistant.
This is an open source project, licensed under the CeCILL-B free software license agreement.
In a Nutshell, Mathematical Components (Coq)...
- ...
- ...
-
...
has a well established, mature codebase
maintained by a large development team
with stable Y-O-Y commits -
...
took an estimated 30 years of effort (COCOMO model)
starting with its first commit in March, 2015
ending with its most recent commit 17 days ago
Quick Reference
https://github.com/math-comp/mat...
CeCILL-B Free Software License Agreement
Permitted
Forbidden
Required
These details are provided for information only. No information here is legal advice and should not be used as such.
Project Security
Vulnerabilities per Version ( last 10 releases )
There are no reported vulnerabilities
Project Vulnerability Report
Security Confidence Index
Poor security track-record
Favorable security track-record
Vulnerability Exposure Index
Many reported vulnerabilities
Few reported vulnerabilities
Did You Know...
-
...
nearly 1 in 3 companies have no process for identifying, tracking, or remediating known open source vulnerabilities
-
...
learn about Open Hub updates and features on the Open Hub blog
-
...
in 2016, 47% of companies did not have formal process in place to track OS code
-
...
you can embed statistics from Open Hub on your site
30 Day SummarySep 14 2026 — Oct 14 2026
|
12 Month SummaryOct 14 2025 — Oct 14 2026
|
