Computer Science Columbia University / Columbia University / /
IndustryTerm
control protocol / network-based intrusion detection systems / offensive technologies / vulnerable embedded devices / shellcode algorithms / ios software architecture / Internet substrate / victim device / test router / utilized routers / backbone networks / network interface hardware / even x86-based systems / online attack / communication infrastructure / linear-time algorithms / ftp server / embedded network devices / software diversity hurdle / victim router / proposed shellcode algorithms / home modem/routers / similar embedded devices / host router / be computed using simple linear-time algorithms / /
OperatingSystem
Linux / Cisco IOS / /
Organization
Columbia University / Reliable Shellcode Design Ang Cui Jatin Kataria Salvatore J. Stolfo Department of Computer Science Columbia University New York NY / USA Department of Computer Science Columbia University New York NY / Department of Computer Science / /
Person
John P. McDermott / Sebastian Muniz / Alfredo Ortega / Ariel Futoransky / Ang Cui / Michael Franz / Curtis Murphy / Russ White / Andy Davis / Felix Linder / Michael Lynn / Vijay Bollapragada / Salvatore J. Stolfo / /
Position
head / network administrator / Major / /
ProgrammingLanguage
HTML / /
Technology
SNMP / shellcode algorithms / linear-time algorithms / victim router / MTU / Linux- based home routers / UDP / HTML / operating systems / emulated 7204VXR/NPE-400 router / specific protocol / host router / heavily utilized routers / vulnerable IOS router / cryptography / two proposed shellcode algorithms / PowerPC-based routers / HTTP / 2800 series routers / control protocol / 7204 router / home modem/routers / test router / /
Killing the Myth of Cisco IOS Diversity∗ : Recent Advances in Reliable Shellcode Design Ang Cui Jatin Kataria