A new version of MISP 2.4.94 has been released including an improved event graph interface, a new Elasticsearch plugin, various extensions and enhancements to the API, clean-ups and many improvements. Even though it’s summertime, we continuously work on the MISP project and a lot of changes were introduced.
A new version of MISP 2.4.93 has been released including a much improved and tightly integrated MITRE ATT&CK interface, a new event locking functionality, initial support for a multilingual interface, various fixes including a security fix (CVE-2018-12649).
A new version of MISP 2.4.92 has been released including aggressive performance boosts, various improvements and bug fixes.
MISP 2.4.91 released (aka distribution visualisation, galaxy at attribute level and privacy notice list)Posted on 16 May 2018
A new version of MISP 2.4.91 has been released including new major features, improvements and bug fixes.
A new version of MISP 2.4.90 has been released including the new extended events feature along with many updates in improvements in the API, user-interface (including many improvement in the graph editor) and many bug fixes.
Introducing Extended Events
A new version of MISP 2.4.89 has been released including a new MISP event graph viewer/editor, many API improvements and critical bug fixes (including security related bug fixes).
A new version of MISP 2.4.88 has been released including fuzzy hashing correlation (ssdeep), STIX 1.1 import functionality, various API improvements and many bug fixes
A new version of MISP 2.4.87 has been released including a massive contribution enabling support for internationalisation and localisation in the MISP UI (a huge thank to Steve Clement of CIRCL for the tedious work), as well as a host of improvements to the UI, feed and APIs, including bug fixes and speed improvements.
MISP 2.4.86 released (aka sharing groups improvement, large information sharing communities support and more)Posted on 16 Jan 2018
A new version of MISP 2.4.86 has been released including improvements to the sharing groups and their respective APIs, granular access control of MISP-modules at an instance-level along with the usual set of bug fixes.
Using MISP to share vulnerability information efficiently
A new version of MISP 2.4.85 has been released including improvements to the feed ingestion performance, warning-list handling and many bug fixes.
A new version of MISP 2.4.83 has been released including attribute level tag filtering on synchronisation, full audit logging via ZMQ or Syslog, user email domain restriction at the org level, many more improvements and bug fixes.
A new version of MISP 2.4.82 has been released including an improved publish-subscribe ZMQ format, improvements in the feeds system, sightings are now ingested and synchronised among MISP instances, many bug fixes and export improvements.
A new version of MISP 2.4.81 has been released including a significant rework of the graphical visualisation, support for STIX 2.0 export, multiple bug-fixes and improvements for misp-objects.
Sighting is an endless topic of discussion. This is a required feature especially when information or indicators are regularly shared to gather feedback from users said shared data. Adequate sightings can be an incredible source of information in order to describe the life-time of an indicator, its evolution and especially to ensure the understanding of indicators among a group of users using the information to detect, mitigate or block malicious activities in their infrastructures. The potential is endless, potentially being a significant gain for organised communities of infosec professionals sharing information or even serve as a requirement for advanced algorithms ranging from machine learning to reinforcement learning. But to reach such a state of a feedback loop, you first require a functional model of sighting.
Here at the MISP project, we are practical oriented people. We create software (from MISP core to MISP workbench), develop data models (such as taxonomies, warning-lists and galaxies) and build practical standards to solve information sharing challenges and improve the general state of information sharing. That’s what we strive for. If we lack something, we build it. If we see a requirement, we fullfil it.