I am looking for active Lemmy accounts about software vulnerabilities, CVEs, etc. It could be specific to GHSA, CSAF, PySEC, GSD, Pypi or whatever.

I will use it in a software vulnerability lookup projects: https://github.com/cve-search/vulnerability-lookup/ in order to create Sightings about vulnerabilities.

(it's fine as well if you can provide me Mastodon accounts. I already follow CVE program)

thank you !

We released version 1.5.0 of the Vulnerability Lookup project! 🎉 (https://github.com/cve-search/vulnerability-lookup/)

!edit-comments-with-tags !meta-field !Japanese source

This update brings significant new features, improvements, and fixes.

🆕 Notable Changes

We've integrated the Japan Database of Vulnerability Countermeasure Information (JVN DB), correlating security advisories from multiple sources (including NVD, GitHub, and CSAF, etc.) already available in Vulnerability Lookup.

You can now assign tags to comments directly on the website. These tags are stored in the comment's meta field and utilize the MISP Project taxonomy for vulnerabilities. Explore the taxonomy here.

We've enhanced the API to allow users to filter comments and bundles based on data available in the meta JSON field of the objects. This paves the way for leveraging more taxonomies in the future.

More details in the release notes.

Thank you very much to all the contributors and testers! 🙏

As always, feel free to create an account on the main instance operated by CIRCL.

We eagerly await your contributions! 😊

Release 1.3.0 (26-07-2024)

Improvements

• Vulnerability Details Page Enhancements: We've significantly enhanced the vulnerabilities details page. It now presents more relevant information and the layout has been substantially improved for a better user experience.
• API Enhancements: Various improvements have been made to the API for better performance and functionality.
• UI Enhancements: Edition/action buttons are now hidden when not logged in (#57).
• Importer Improvements: Enhancements have been made to various importers (37d3a6d).

Fixes

• Custom Vulnerability Display Bug: Fixed an issue where custom vulnerabilities were not displayed correctly (#58).
• New Vulnerability Creation Issue: Resolved the problem where new vulnerabilities couldn't be created without a CVE number (#56).
• Webservice Sorting Fix: Fixed the sorting issue of contributors versus users (46195d1).
• Minor Fixes: Various minor fixes have been implemented to improve overall stability and performance.

!Screenshot_20240726_141051 !Screenshot_20240726_141112

And do not hesitate to create an account to contribute and share your thoughts on the security advisories: https://vulnerability.circl.lu

Funding

!ngsoti-small !eu_funded_en

The NGSOTI project is dedicated to training the next generation of Security Operation Center (SOC) operators, focusing on the human aspect of cybersecurity. It underscores the significance of providing SOC operators with the necessary skills and open-source tools to address challenges such as detection engineering, incident response, and threat intelligence analysis. Involving key partners such as CIRCL, Restena, Tenzir, and the University of Luxembourg, the project aims to establish a real operational infrastructure for practical training. This initiative integrates academic curricula with industry insights, offering hands-on experience in cyber ranges.

vulnerability-lookup is co-funded by CIRCL and by the European Union. Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union or ECCC. Neither the European Union nor the granting authority can be held responsible for them.

cross-posted from: https://lemmy.ml/post/18049618

> Vulnerability Lookup facilitates quick correlation of vulnerabilities from various sources (NIST, GitHub, CSAF-Siemens, CSAF-CISCO, CSAF-CERT-Bund, PySec, VARIoT, etc.), > independent of vulnerability IDs, and streamlines the management of Coordinated Vulnerability Disclosure (CVD). > Vulnerability Lookup is also a collaborative platform where users can comment on security advisories and create bundles. > > A Vulnerability Lookup instance operated by CIRCL > is available at https://vulnerability.circl.lu.

Vulnerability Lookup facilitates quick correlation of vulnerabilities from various sources (NIST, GitHub, CSAF-Siemens, CSAF-CISCO, CSAF-CERT-Bund, PySec, VARIoT, etc.), independent of vulnerability IDs, and streamlines the management of Coordinated Vulnerability Disclosure (CVD). Vulnerability Lookup is also a collaborative platform where users can comment on security advisories and create bundles.

A Vulnerability Lookup instance operated by CIRCL is available at https://vulnerability.circl.lu.

A HIDS (host-based intrusion detection system) for verifying the integrity of a system.

Features

• checks the integrity of system's files with a list of rules;
• checks the output of commands (iptables, ...);
• possibity to use RSA to sign to check the integrity of its database;
• alerts are written in the logs of the system;
• alerts can be sent via email to a list of users;
• alerts can be sent on IRC channels through the irker IRC client (which should be running as a daemon);
• verify files with Hashlookup, Pandora, MISP and YARA;
• possibility to export the database in a Bloom or a Cuckoo filter.

pyHIDS is under GPLv3 license.

Homepage: https://github.com/cedricbonhomme/pyHIDS

The source code of this software is here: https://github.com/monarc-project/stats-service

Licensed under Affero GPL v3.

It is a decentralized service which can aggregate different kind stats about threats and vulnerabilities. Here is more information: https://www.monarc.lu/documentation/stats-service/master/architecture.html if you want to understand the details.

MOSP is a platform for creating, editing and sharing validated JSON objects of any type.

The goal is to gather security related JSON objects, in the first place aimed to be used with MONARC.

You can use any available JSON schemas in order to create new JSON objects via a web form dynamically generated and based on the selected schema. It is possible to interact with MOSP programmatically thanks to its API (OpenAPI specification).

You can export MOSP objects for MISP (MISP galaxy). See the this video as example.