Related:

• kamikaze packet n. The `official' jargon for what is more commonly called a Christmas tree packet.
  RFC-1 "TCP and IP Bake Off" says: 10 points for correctly being able to process a "Kamikaze" packet (AKA nastygram, christmas tree packet, lamp test segment, et al....
• Christmas tree packet n. A packet with every single option set for whatever protocol is in use.
  See kamikaze packet, Godzillagram....
• Christmas tree packet: n. A packet with every single option set for whatever protocol is in use.
  See {kamikaze packet}, {Chernobyl packet}. (The term doubtless derives from a fanciful image of each little option bit being represented by a different-colored light bulb, all turned on....
• martian n. A packet sent on a TCP/IP network with a source address of the test loopback interface [127.
  0.0.1]. This means that it will come back labeled with a source address that is clearly not of this earth....
• Chernobyl packet /cher-noh'b*l pak'*t/ n. A network packet that induces a broadcast storm and/or network Chernobyl in Ukraine.
  The typical scenario involves an IP Ethernet datagram that passes through a gateway with both source and destination Ether and IP address set as the respective broadcast addresses for the subnetworks being gated between....
• Chernobyl packet: /cher-noh'b*l pak'*t/ n. A network packet that induces a {broadcast storm} and/or {network meltdown}, in memory of the April 1986 nuclear accident at Chernobyl in Ukraine.
  The typical scenario involves an IP Ethernet datagram that passes through a gateway with both source and destination Ether and IP address set as the respective broadcast addresses for the subnetworks being gated between....
• etwork meltdown: n. A state of complete network overload
  he network equivalent of {thrash}ing. This may be induced by a {Chernobyl packet}....
• ping [from the submariners' term for a sonar pulse] 1.
  . Slang term for a small network message (ICMP ECHO) sent by a computer to check for the presence and alertness of another....
• Ping O' Death n. A notorious exploit that (when first discovered) could be easily used to crash a wide variety of machines by overunning size limits in their TCP/IP stacks.
  First revealed in late 1996. The open-source Unix community patched its systems to remove the vulnerability within days or weeks, the closed-source OS vendors generally took months....