: It serves as a dataset for academic and professional retrospective analysis of internet malicious activity.
| Database Name | Primary Focus | Key Features / Format | | :--- | :--- | :--- | | | Domains/IPs hosting malicious executables | RSS feed, IP blacklist ( .txt ) | | VX Vault | Malware samples (executables) | URL list of malware samples | | Malware Domain List | Malicious domains for blocking | Hosts file, XML list | | Abuse.ch | Botnet C&C trackers (Zeus, SpyEye) | Real-time domain/IP blocklists | | Malware Black List | General malicious URLs | XML blocklist |
Some researchers use the "Malc0de Proxy List" (often hosted on the same domain) to test anonymity tools. This list contains IP addresses of compromised machines acting as open proxies.
Unlike automated aggregators, malc0de relies heavily on manual analysis and honeypot technology. Here is a step-by-step breakdown of how a URL ends up in the database. malc0de database
As a personal project, it can occasionally have downtime or slower updates. Not enterprise-SLA reliable.
Because it’s curated from real malware captures (not just algorithmically generated), the list tends to have low false positives compared to some aggressive blocklists.
Your preference for or paid commercial feeds : It serves as a dataset for academic
Malc0de was vital for (blocking) rather than just reactive analysis (forensics). A. Blocking Malicious Infrastructure
That’s it. No YARA rules. No MITRE ATT&CK mapping. No CVSS scores. Just a timestamp, a malicious URL, and an IP address.
wget -q http://malc0de.com/rss/ -O malc0de_feed.xml Not enterprise-SLA reliable
In the ever-evolving landscape of cybersecurity, threat intelligence feeds come and go. Commercial platforms like VirusTotal and emerging open-source intelligence (OSINT) sources often dominate the headlines. However, for over a decade, one name has persisted as a reliable, no-frills resource for tracking malicious URLs and exploit kits:
You’ll need to scrape or periodically download the static list. No real-time query API, which limits integration into automated SOAR playbooks.
The Malc0de Database has become a significant player in the cybersecurity community, with a growing user base of researchers, security professionals, and organizations. Its impact can be seen in several areas:
: Users could query specific IP addresses, domain names, or autonomous system numbers (ASNs) to verify if a piece of web infrastructure was compromised.
As of the early 2020s, the project has undergone significant changes.