Repository URL to install this package:
# mac-vendor.txt -- Ethernet vendor file for arp-scan
#
# This file contains Ethernet vendor mappings for arp-scan. These are used
# to determine the vendor for a give Ethernet interface given the MAC address.
#
# Each line of this file contains a MAC-vendor mapping in the form:
#
# <MAC-Prefix><TAB><Vendor>
#
# Where <MAC-Prefix> is the prefix of the MAC address in hex, and <Vendor>
# is the name of the vendor. The prefix can be of any length from two hex
# digits (one octet) to twelve hex digits (six octets, the entire Ethernet
# hardware address).
#
# For example:
#
# 012345 would match 01:23:45:xx:xx:xx, where xx represents any value;
# 0123456 would match 01:23:45:6x:xx:xx; and
# 01234567 would match 01:23:45:67:xx:xx.
#
# Do not include entries from the IEEE OUI or IAB listings, as these are
# already in the files ieee-oui.txt and ieee-iab.txt, which are automatically
# used by arp-scan. See get-oui(1) and get-iab(1) for details of how to
# update the OUI and IAB listings. This file is for MAC addresses that are
# not present in the IEEE listings.
#
# The alphabetic hex characters [A-F] must be entered in upper case.
#
# The order of entries in this file are not important.
#
# arp-scan will attempt to match larger prefixes before trying to match
# smaller ones, and will stop at the first match.
#
# Blank lines and lines beginning with "#" are ignored.
#
# Additional information is available on the arp-scan wiki at
# http://www.nta-monitor.com/wiki
#
# From nmap Debian bug report #369681 dated 31 May 2006
525400 QEMU
B0C420 Bochs
# From RFC 2338: 00-00-5E-00-01-{VRID}
00005E0001 VRRP (last octet is VRID)
# Microsoft WLBS (Windows NT Load Balancing Service)
# http://www.microsoft.com/technet/prodtechnol/acs/reskit/acrkappb.mspx
02BF Microsoft WLBS (last four octets are IP address)
# Cisco HSRP (Hot Standby Routing Protocol)
# 00-00-0c-07-ac-XX, where XX is the HSRP group number (0 to 255)
00000C07AC HSRP (last octet is group number)
# Ethernet broadcast address
FFFFFFFFFFFF Broadcast