EN
ENNA

GRR Rapid Response vs MISP

GitHub Stats

5.0k
Stars
6.2k
796
Forks
1.6k
188
Issues
2809
1mo ago
Updated
2d ago
Apache-2.0
License
AGPL-3.0
Python
Language
PHP/Python

About GRR Rapid Response

GRR Rapid Response is an incident response framework developed at Google, focused on remote live forensics. It consists of a Python agent deployed to target systems and a Python server infrastructure that manages and communicates with agents. GRR enables security teams to collect forensic artifacts at scale across thousands of endpoints without disrupting operations. Analysts can remotely browse filesystems, collect specific files, dump process memory, query the Windows registry, search for IOCs, and execute YARA rules - all from a centralized web console. Its flow-based architecture allows complex investigation workflows to run asynchronously across the fleet. GRR's scalability makes it particularly valuable for large enterprises that need to investigate incidents affecting many machines simultaneously.

About MISP

MISP (Malware Information Sharing Platform) is an open-source threat intelligence platform for gathering, sharing, storing, and correlating Indicators of Compromise (IOCs) of targeted attacks, threat intelligence, financial fraud information, vulnerability information, and counter-terrorism data. It provides a robust data model for structuring threat data, automatic correlation of attributes and indicators, flexible sharing groups for controlled distribution, and import/export in STIX, OpenIOC, and many other formats. MISP includes a built-in feed system for consuming external threat intelligence, a REST API for automation, and taxonomies and galaxies for consistent classification. It's used by CERTs, SOCs, threat intelligence teams, and law enforcement worldwide as their primary threat intelligence management platform.

Platform Support

๐Ÿงlinux๐ŸŽmacos๐ŸชŸwindows
๐Ÿงlinux

Tags

GRR Rapid Response only

dfirremote-forensicsendpointartifact-collectionfleet-scalegoogle

MISP only

threat-inteliocsharingstixtaxiicorrelationsoc