4 projects tagged "Information Security"
Updated 07 Dec 2010
MyDLP
| Pop | 38.69 |
|---|---|
| Vit | 29.99 |
MyDLP provides a way to prevent data leakage through data transmission including Web, email, removable devices, printers, screenshots, and other channels. It is open, easy, reliable, and takes only 30 minutes to set up.
Updated 24 Nov 2012
cve-search
| Pop | 24.43 |
|---|---|
| Vit | 13.46 |
cver-search is a tool to import CVE (Common Vulnerabilities and Exposures) and CPE (Common Platform Enumeration) into a MongoDB. The software includes various ways to query the MongoDB from the commandline or via an XMPP bot.
Updated 15 Apr 2013
Nova: Network Anti-Reconnaissance Tool
| Pop | 207.25 |
|---|---|
| Vit | 3.33 |
Nova is a software application for preventing and detecting hostile network reconnaissance (such as nmap scans). It does this by first creating the Haystack: a large collection of low interaction honeypots using an updated version of Honeyd. Finding real machines on the network becomes like finding a needle in a haystack of fake machines. Second, Nova uses machine learning algorithms to automatically detect and classify attempts at hostile reconnaissance, so there's no need to go searching manually through your honeypot's log files. It provides an easy to use Web-based interface powered by Node.js to configure itself and Honeyd instances.
Updated 12 Jan 2013
ARP Neighbor Cache Fingerprinter
| Pop | 21.95 |
|---|---|
| Vit | 11.44 |
ARP Neighbor Cache Fingerprinter is a tool that provides a mechanism for remote operating system detection by extrapolating characteristics of the target system's underlying neighbor cache and general ARP behavior. Given the non-existence of any standard specification for how the neighbor cache should behave, several differences in network stack implementations can be used for unique identification. The main disadvantage of this tool versus traditional fingerprinting is that because it's based on a Layer 2 protocol instead of a Layer 3 protocol, the target machine that is being tested must reside on the same Ethernet broadcast domain (usually the same physical network).
