randdirectpython windows\randdirect.py -args "" -project Ops
Usage: randdirect [options]
Options:
[-tcp] (group=listentype)
Use TCP/IP as the redirection protocol
[-udp] (group=listentype)
Use UDP/IP as the redirection protocol
[-lplisten [port] [bindAddr]] (group=listenLocation)
Listen for new connections on the LP-side (default bind=0.0.0.0).
NOTE: You may choose to exclude [port], which will result in a random port being used
[-implantlisten [port] [bindAddr]] (group=listenLocation)
Listen for new connections on the Implant-side (default bind=0.0.0.0).
NOTE: You may choose to exclude [port], which will result in a random port being used
[-portsharing [clientSrcPort] [clientSrcAddr]]
[-target [addr] [destPort] [srcAddr] [srcPort]]
The address / port to which data should be forwarded.
NOTE: Data is always forwarded to the side opposite where the listening port is.
NOTE: You may choose to exclude [destPort], which will result in a straight through tunnel
[-connections [maxConnections]]
Sets the maximum number of concurrent connections allowed.
(Default=0 / 0=Unlimited)
[-limitconnections [addr] [mask]]
Limit connections to listen address to a specified IP range.
[-sendnotify]
Send notification of target connection success / failure to
connecting sockets.
[-packetsize [bytes]]
Sets the maximum size (in bytes) for recv/send calls. This is of
particular interest for datagram (ie, UDP) redirection (default=8192).
imrpython windows\randdirect.py -args "imr " -project Ops
Usage: imr [target_ip] [remote_port] [dst_port]
Resulting command:
redirect -tcp -implantlisten [remote_port] -target [target_ip] [dst_port]
Usage 2: imr [target_ip] [port]
Resulting command:
redirect -tcp -implantlisten [port] -target [target_ip] [port]
Usage 3: imr [remote_port] [dst_port]
Resulting command:
redirect -tcp -implantlisten [remote_port] -target {127.0.0.1} [dst_port]
Usage 4: imr [target_ip]
Resulting command:
redirect -tcp -implantlisten {random_port1} -target [target_ip] {random_port1}
Usage 5: imr [port]
Resulting command:
redirect -tcp -implantlisten [port] -target {127.0.0.1} [port]
Usage 6: imr
Resulting command:
redirect -tcp -implantlisten {random_port1} -target {127.0.0.1} {random_port1}
NOTE: You may put "tcp" or "udp" at any point in the options list to change the protocol
lprpython windows\randdirect.py -args "lpr " -project Ops
Usage: lpr [target_ip] [local_port] [dst_port]
Resulting command:
redirect -tcp -lplisten [local_port] -target [target_ip] [dst_port]
Usage 2: lpr [target_ip] [port]
Resulting command:
redirect -tcp -lplisten {random_port1} -target [target_ip] [port]
Usage 3: lpr [target_ip]
Resulting command:
redirect -tcp -lplisten {random_port1} -target [target_ip] {random_port1}
NOTE: You may put "tcp" or "udp" at any point in the options list to change the protocol
hittunpython windows\randdirect.py -args "hittun " -project Ops
Usage: hittun [target_ip] [port]
Resulting commands:
redirect -udp -lplisten [port] -target [target_ip] [port] -packetsize 32000
redirect -udp -implantlisten [port] -target {192.168.254.71} [port] -packetsize 32000
Usage 2: hittun [target_ip]
Resulting commands:
redirect -udp -lplisten {random_port1} -target [target_ip] {random_port1} -packetsize 32000
redirect -udp -implantlisten {random_port1} -target {192.168.254.71} {random_port1} -packetsize 32000