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--- software:ipv6 [2020/07/25 19:05] – [IPv6 Subnet Cheat Sheet and IPv6 Cheat Sheet Reference] superwizard
+++ software:ipv6 [2020/12/08 19:05] (current) – [Tools for IPV6] superwizard
@@ Line 1: / Line 1: @@
 ====== Tools for IPV6 ======
+<WRAP center round box >
+Linux
+    ping6 -i eth0 ff02::1
+    ping6 -B -I eth0 -I [global IPv6 address attached to eth0] ff02::1
     ip -o -f inet6 addr
-====== ICMPv6 Message Types ======
+    ip -f inet6 neighbor
+    ip -6 neighbor show
-From: http://ipv6.com/articles/general/ICMPv6.htm
+Mac
+    iMac:~ andrew$ ndp -a
+Windows
+    ping -S [global IPv6 address] -6 ff02::2
+    netsh interface ipv6 show neighbors
+    netsh interface ipv6 show interface "Local Area Connection* 1"
+    netsh interface ipv6 show interface
+    netsh interface ipv6 delete neighbors
-Also See: http://www.cisco.com/c/en/us/support/docs/ip/routing-information-protocol-rip/22974-icmpv6codes.html
+From: http://billspeers.com/?q=node/259
+    nmap -6 --script=broadcast-dhcp6-discover
+    netsh int ipv6 show prefixpolicies
+    netsh interface ipv6 show address
+    netsh interface ipv6 show interface
+    netsh interface ipv6 show neighbors
+    netsh interface ipv6 delete neighbors
+    netsh interface ipv6 show destinationcache
+    netsh interface ipv6 delete destinationcache
+    netsh interface ipv6 show route
+    netsh interface ipv6 show joins
+    netsh interface ipv6 show ipstats
+    netsh interface ipv6 show global
+    Netsh dns show state
+    route print
+    tracert
+    Pathping
+    ping
+    ipconfig /displaydns
-{{http://ipv6.com/images/diagrams/ICMPv6_2.gif}}
+Powershell
+    Get-Netneighbor -InterfaceIndex 4 -AddressFamily IPv6
-====== IPV6 address planning ======
+nmap
+    nmap -PN -sT 2001:1::2/64 -p 3389
+    nmap -6 --script=targets-ipv6-multicast-echo.nse --script-args 'newtargets' -sL -d1 -oA c:\temp\nmap.txt
+    nmap -6 --script=targets-ipv6-multicast-echo.nse --script-args 'newtargets,interface=eth2' -sL
+    nmap -sU -p 10001 --script=ubiquiti-discovery.nse 10.2.2.0/24
-From: https://www.safaribooksonline.com/library/view/ipv6-address-planning/9781491908211/ch04.html
-{{https://www.safaribooksonline.com/library/view/ipv6-address-planning/9781491908211/images/ipap_0401.png}}
+<code>
+-12-08
+File targets-ipv6-multicast-invalid-dst
+Script types: prerule
+Categories: discovery, broadcast
+Download: https://svn.nmap.org/nmap/scripts/targets-ipv6-multicast-invalid-dst.nse
+User Summary
+Sends an ICMPv6 packet with an invalid extension header to the all-nodes link-local multicast address (ff02::1) to discover (some) available hosts on the LAN. This works because some hosts will respond to this probe with an ICMPv6 Parameter Problem packet.
-====== IPv6 Subnetting Made Easy ======
+</code>
-From: http://techxcellence.net/2011/05/09/v6-subnetting-made-easy/
+From <https://nmap.org/nsedoc/scripts/targets-ipv6-multicast-invalid-dst.html>
+<code>
+File targets-ipv6-multicast-echo
+Script types: prerule
+Categories: discovery, broadcast
+Download: https://svn.nmap.org/nmap/scripts/targets-ipv6-multicast-echo.nse
+User Summary
+Sends an ICMPv6 echo request packet to the all-nodes link-local multicast address (ff02::1) to discover responsive hosts on a LAN without needing to individually ping each IPv6 address.
+</code>
-{{http://techxcellence.net/img/v6-hexit-bit-range.png}}
+From <https://nmap.org/nsedoc/scripts/targets-ipv6-multicast-echo.html>
 <code>
-The method presented here is for the quick subnetting in your head, which you
+    /dSploit/jni/nmap/scripts/targets-ipv6-multicast-echo.nse
-should get by practice. So it works well for a small number of subnets (16 max)
+    https://github.com/simpleverso/dsploit
-but can be expanded for any number of subnets.
 </code>
-{{http://techxcellence.net/img/quick-v6-subnet-chart.png}}
+From <http://138.201.16.208/file/86135700/>
+<code>
+• nmap
+•  scripts
+•  targets-ipv6-multicast-echo.nse
+Find fileBlameHistoryPermalink
+Imported Upstream version 7.00
+</code>
+From <https://gitlab.com/kalilinux/packages/nmap/blob/6faefa8a2d0b469a1345a67e6376cc4d06e3279e/scripts/targets-ipv6-multicast-echo.nse>
+    Linux
+    Simply use the native ping and ip commands.
+    ping -6 -I <INTERFACE> ff02::1
+    ping -6 -I <INTERFACE> ff02::2
+    ip neigh
+From <https://pwn.no0.be/recon/network/neighbor_discovery/>
+Linux and Mac\\
+    v6disc.sh
+-08-01\\
+Synopsis\\
+A shell script to quickly & automatically discover IPv6 hosts, with the option to ping or run nmap against discovered hosts.
+Motivation\\
+There are three reasons to use v6disc.sh
+. Scan an IPv6 network 700,000 times faster than nmap
+. Auto Discovery of IPv6 hosts on the network (e.g. for IPAM)
+. Quickly figure out what IPv6 is already on your network.
+With 18,446,744,073,709,551,616 (2^64) potential addresses on a LAN segment, the old brute force method of scanning every address (e.g. with nnap) quickly becomes impractical. Even with version 7 of nmap, scanning a /64 still takes a week! v6disc.sh scans a /64 less than 5 seconds.
+From <https://github.com/cvmiller/v6disc>
+    ./v6disc.sh -h
+        ./v6disc.sh - auto discover IPv6 hosts
+        e.g. ./v6disc.sh -D -p
+        -p  Ping discovered hosts
+        -i  use this interface
+        -L  show link-local only
+        -D  Dual Stack, show IPv4 addresses
+        -N  Scan with nmap -6 -sT
+        -q  quiet, just print discovered hosts
+From <https://github.com/cvmiller/v6disc>
+</WRAP>
+====== Scamper measurement of connection information ======
+From: http://www.caida.org/tools/measurement/scamper/
+IPv6 and IPv4 active traceroute probing and ping
+<WRAP center round box >
+Scamper is designed to actively probe destinations in the Internet in parallel (at a specified
+packets-per-second rate) so that bulk data can be collected in a timely fashion. Scamper's native
+output file format is called warts: a warts file contains substantial meta data surrounding each
+individual measurement conducted, as well as substantial detail of responses received. The
+measurements conducted can range from simple to complex. An example of a simple measurement is
+where a single measurement method (e.g. traceroute) is used on a list of IP addresses to conduct
+a bulk measurement. A more complex measurement might be where the outcome of a previous test
+influences what happens next: for example, for each hop in a traceroute path, infer the address
+of the outgoing interface for the previous hop. Complex measurements are conducted by connecting
+to a running scamper process with a driver program which contains the logic.
-====== IPv6 Subnet Cheat Sheet and IPv6 Cheat Sheet Reference ======
+</WRAP>
-====== IPv6 Subnet Cheat Sheet and IPv6 Cheat Sheet Reference ======
-====== IPv6 Subnet Cheat Sheet and IPv6 Cheat Sheet Reference ======
-====== IPv6 Subnet Cheat Sheet and IPv6 Cheat Sheet Reference ======
-====== IPv6 Subnet Cheat Sheet and IPv6 Cheat Sheet Reference ======
-====== IPv6 Subnet Cheat Sheet and IPv6 Cheat Sheet Reference ======
-====== IPv6 Subnet Cheat Sheet and IPv6 Cheat Sheet Reference ======
-====== IPv6 Subnet Cheat Sheet and IPv6 Cheat Sheet Reference ======
-====== IPv6 Subnet Cheat Sheet and IPv6 Cheat Sheet Reference ======
-====== IPv6 Subnet Cheat Sheet and IPv6 Cheat Sheet Reference ======
-====== IPv6 Subnet Cheat Sheet and IPv6 Cheat Sheet Reference ======
 ====== Network Troubleshooting Tools, IPv4 and IPv6 ======
@@ Line 407: / Line 517: @@
-====== Scamper measurement of connection information ======
-From: http://www.caida.org/tools/measurement/scamper/
-IPv6 and IPv4 active traceroute probing and ping
-<code>
-Scamper is designed to actively probe destinations in the Internet in parallel (at a specified
-packets-per-second rate) so that bulk data can be collected in a timely fashion. Scamper's native
-output file format is called warts: a warts file contains substantial meta data surrounding each
-individual measurement conducted, as well as substantial detail of responses received. The
-measurements conducted can range from simple to complex. An example of a simple measurement is
-where a single measurement method (e.g. traceroute) is used on a list of IP addresses to conduct
-a bulk measurement. A more complex measurement might be where the outcome of a previous test
-influences what happens next: for example, for each hop in a traceroute path, infer the address
-of the outgoing interface for the previous hop. Complex measurements are conducted by connecting
-to a running scamper process with a driver program which contains the logic.
-</code>