Author: |
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Graphic: |
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Version: |
0.666-alpha [First public release]
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Description: |
The Nemesis Project is designed to be a commandline-based, portable human IP
stack for UNIX/Linux. The suite is broken down by protocol, and should allow
for useful scripting of injected packet streams from simple shell scripts.
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Protocols: |
TCP*, UDP, ICMP*, ARP, OSPF (* = datalink / IP layer support)
DNS, IGMP, RIP and SNMP (others as integrated by Libnet) [NOT YET IMPLEMENTED]
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TCP Usage: |
./tcp [-v] [options]
TCP options:
[-x <Source Port>]
[-y <Destination Port>]
-f <TCP Flag Options>
-fS SYN, -fA ACK, -fR RST, -fP PSH, -fF FIN, -fU URG
-w <Window Size>
-s <SEQ Number>
-a <ACK Number>
-u <TCP Urgent Pointer>
-P <Payload File (Binary or ASCII)>
-b (Enable Binary Payload)
(-v VERBOSE - packet struct to stdout)
IP options:
-S <Source IP Address>
-D <Destination IP Address>
-I <IP ID>
-T <IP TTL>
-t <IP tos>
-O <IP Options>
Data Link Options:
-d <Ethernet Device>
-H <Source MAC Address>
-M <Destination MAC Address>
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UDP Usage: |
./udp [-v] [options]
options:
[-x <Source Port>]
[-y <Destination Port>]
-P <Payload File (Binary or ASCII)>
-b (Enable Binary Payload)
(-v VERBOSE - packet struct to stdout)
IP options:
-S <Source IP Address>
-D <Destination IP Address>
-I <IP ID>
-T <IP TTL>
-t <IP tos>
-o <IP Options>
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ICMP Usage: |
./icmp [-v] [options]
ICMP options:
-i <ICMP Type>
-c <ICMP Code>
-S <Sequence Number>
-m <ICMP Mask>
-G <Preferred Gateway>
-Co <Time of Originating request>
-Cr <Time request was Received>
-Ct <Time reply was Transmitted>
-P <Payload File (Binary or ASCII)>
-b (Enable Binary Payload)
(-v VERBOSE - packet struct to stdout)
IP options:
-S <Source IP Address>
-D <Destination IP Address>
-I <IP ID>
-T <IP TTL>
-t <IP tos>
-o <IP Options>
Data Link Options:
-d <Ethernet Device>
-H <Source MAC Address>
-M <Destination MAC Address>
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ARP Usage: |
./arp [-v] [optlist]
ARP Options:
-S <Source IP Address>
-D <Destination IP Address>
-P <Payload File (Binary or ASCII)>
-b (Enable Binary Payload)
(-v VERBOSE - packet struct to stdout)
Data Link Options:
-d <Ethernet Device>
-H <Source MAC Address>
-M <Destination MAC Address>
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OSPF Usage: |
./ospf [-v] [optlist]
OSPF options:
-p <OSPF Protocol>
-pH HELLO, -pL LSA, -pR LSR
-n <Neighbor Router Address>
-i <Dead Router Interval>
-L <router id (LSA)>
-s <sequence number>
-r <Advertising Router Address>
-g <OSPF LSA age>
-m <OSPF netmask>
-O <OSPF options>
-l <OSPF interval>
-R <OSPF router id>
-A <OSPF area id>
-P <Payload File (Binary or ASCII)>
-b (Enable Binary Payload)
(-v VERBOSE - packet struct to stdout)
IP Options
-S <Source Address>
-D <Destination Address>
-I <IP ID>
-T <IP TTL>
-t <IP tos>
-o <IP Options>
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Examples: |
tcp -v -S 192.168.1.1 -D 192.168.2.2 -fS -fA -y 22 -P foo
Send TCP packet (SYN/ACK) with payload from ascii file 'foo'
to target's ssh port from 192.168.1.1 to 192.168.2.2.
(-v allows a stdout visual of current injected packet)
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udp -v -S 10.11.12.13 -D 10.1.1.2 -x 11111 -y 53 -P bindpkt -b
Send UDP packet from 10.11.12.13:11111 to 10.1.1.2's nameservice port
with a payload read from a binary file 'bindpkt'.
(again -v is used in order to see confirmation of our injected packet)
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icmp -S 10.10.10.3 -D 10.10.10.1 -G 10.10.10.3 -i 5
Send ICMP REDIRECT FOR NETWORK packet from 10.10.10.3 to 10.10.10.1
with preferred gateway as source address. Here we want no output
to go to stdout - which would be ideal as a component in a batch
job via shell script.
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arp -v -d ne0 -H 0:1:2:3:4:5 -S 10.11.30.5 -D 10.10.15.1
Send ARP packet through device 'ne0' (eg, my OpenBSD pcmcia nic) from
Hardware Source Address 00:01:02:03:04:05 with IP Source Address of
10.11.30.5 to Destination IP address 10.10.15.1.
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ospf -v -pH -S 10.10.10.10 -D 10.9.9.4 -I 304 -i 60
Send OSPF HELLO packet from 10.10.10.10 to 10.9.9.4 with IP ID 304
and a 60 second Dead Router Interval
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What's New: |
First public release of The Nemesis Project (11/15/99)
(bugs may be present - this IS an *ALPHA* release)
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Platforms: |
Please email the author a small note if you successfully compile
Nemesis on any platform not listed below.
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Downloads: |
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