As one of the outcomes of GeekWeek8, MISP now supports a new set of features useful for handling radio frequency information in the Signal Metadata Format Specification) (SigMF), commonly used in Software Defined Radio (SDR), digital signal processing and data analysis applications.
We are thrilled to announce the immediate availability of MISP v2.4.174 with significant workflow improvements, accompanied by a host of quality-of-life enhancements and bug fixes.
We are pleased to announce the immediate availability of MISP v2.4.173 with a new password reset feature, along with a host of quality of life improvements and fixes.
We are pleased to announce the immediate availability of MISP v2.4.172 with new TOTP/HTOP authentication, many improvements and bugs fixed.
New TOTP support are now included in MISP. This functionality works in two modes:
We are pleased to announce the immediate availability of MISP v2.4.171 with a long list of fixes, major STIX 2 improvements and an overhaul over the dashboard widget toolkit.
If you want to push data from your MISP instance to a TAXII server, there are a few steps you need to follow. Firstly, you’ll need to ensure that your MISP instance is configured to export data in a format that the TAXII server can accept. This typically involves converting the data to STIX 2.x format by using the builtin misp-stix converter. Next, you’ll need to establish a connection between your MISP instance and the TAXII server by configuring the appropriate API and collection endpoints in the MISP sync action. Once this is done, you can initiate the data transfer from your MISP instance to the TAXII server by pushing the searched data to the designated API and collection.
We are pleased to announce the immediate availability of MISP v2.4.170 with new features, workflow improvements and bugs fixed.
It includes many improvement release of misp-stix, the core Python library for importing and exporting STIX (1, 2.0 and 2.1).
The MISP to Azure / Sentinel integration allows you to upload indicators from MISP to Microsoft Sentinel. It relies on PyMISP to get indicators from MISP and an Azure App and Threat Intelligence Data Connector in Azure.
We are pleased to announce the immediate availability of MISP v2.4.169 with various improvements and bug fixes.
It includes many improvement release of misp-stix, the core Python library for importing and exporting STIX (1, 2.0 and 2.1).
fail2ban is known to do a great job at giving attackers a hard time when they try to “test” passwords or enumerate users of a service. fail2ban constantly analyses relevant log files and keeps track of IP addresses trying to log into such services. If a configurable threshold is reached, it uses the Linux firewall (Netfilter / iptables) to block the suspected attackers.
As of the past 2 months, we’ve received two separate reports of two unrelated SQLi vector vulnerabilities in MISP that can lead to any authenticated user being able to execute arbitrary SQL queries in MISP.
We are pleased to announce the immediate availability of MISP v2.4.168 with bugs fixed and various security fixes.
It includes a rather substantial release of misp-stix, the core Python library for importing and exporting STIX (1, 2.0 and 2.1).
We are pleased to announce the immediate availability of MISP v2.4.167 with new features and fixes, bugs fixed and a security fix.
Jupyter notebook used during the training session.
MISP has been a widely used open source CTI platform for the past decade, with a long list of tools that allow users to customise the data models and contextualisation of the platform, yet true customisation of the actual workflows and processes had to be done externally using custom scripts.
We are pleased to announce the immediate availability of MISP v2.4.166 with new features and fixes, including two critical security fixes.
We are pleased to announce the immediate availability of MISP v2.4.165 with many improvements to the workflow subsystem along with various performance improvements.
When you receive threat intelligence from different sources you quickly realise there is a big difference in the quality of the received information. Where some organisations go to great length to ensure their events are accurate, complete and contextualised, other organisations use different standards. Some of these differences are caused by particular use cases but can also be caused by human errors or maturity growing pains. Regardless of what’s causing these differences, as a consumer, it costs time to wade through events and manually curate them.
Communities can share cyber threat intelligence on platforms, such as MISP. In the H2020 project Prometheus TNO has developed a way to securely aggregate cyber threat intelligence and publish the result on MISP.
We are pleased to announce the immediate availability of MISP v2.4.164 with a new tag relationship features, many improvements and a security fix.
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