Mcafee/Intel / Kapersky / Microsoft Corporation / IPTV / Symantec / Cisco / SEM / Fixed Burst-Rate SEM / Inverse-Adaptive SEM / Rate SEMManager / /
Country
United States / /
Currency
USD / / /
Event
FDA Phase / /
Facility
Computer Science Columbia University / University Computer Science Department / /
IndustryTerm
simulated honey routers / neighbor routers / offensive technologies / vulnerable embedded devices / actual embedded hardware / Internet substrate / victim device / black-box embedded devices / real-time nature / innocuous embedded devices / defense systems / time sensitive software / legacy devices / target device / power management / software symbiotes / undocumented operating systems / fixed burst-rate scheduling algorithm / embedded devices / host software / honeypot systems / embedded network devices / in embedded systems / software mechanism / victim router / software-based defense / vulnerable systems / embedded operating systems / neighbor router / anomaly detection algorithms / real-time visibility / embedded systems / native embedded hardware / shadow device / Large networks / security features to protect these devices / protected host device / protected software / value embedded devices / backbone networks / well known operating systems / honeypot-based systems / software repair / identical embedded device / time-sensitive network protocols / host-based defensive technology / real-time embedded devices / communication infrastructure / unknown black-box device / enterprise networking equipment / test routers / possible routers / black-box systems / home modem/routers / host device / host-based security technologies / inverse-adaptive scheduling algorithm / host router / diagnostic tool / implement existing anomaly detection algorithms / /
OperatingSystem
Cisco IOS / /
Organization
Columbia University Computer Science Department / U.S. Government / Prey To Hunter∗ Transforming Legacy Embedded Devices Into Exploitation Sensor Grids Ang Cui Jatin Kataria Salvatore J. Stofo Department of Computer Science Columbia University New York NY / USA Department of Computer Science Columbia University New York NY / IEEE Computer Society / /
Person
Mahmoud Mostafa / Ping Latency / Sebastian Muniz / Christopher Kr / William K. Robertson / Ryan Riley / Ari Trachtenberg / Xinyuan Wang / Issac Greenbaum / Yingbo Song / Dror-John Roecher / Simha Sethumadhavan / Dongyan Xu / Mikhail J. Atallah / Weidong Cui / Savaltore J. Stolfo / Jatin Kataria / Tarek Abbes / John P. McDermott / Richard Lippmann / Hsien-Hsin S. Lee / Ang Cui / Michael Franz / Hoi Chang / Abdallah Ghourabi / Xuxian Jiang / Engin Kirda / Vikas R. Vasisht / Michael Lynn / Gregor Maier / Adel Bouhoula / Michael Thumann / Zhi Wang / Yves Deswarte / Giovanni Vigna / Pratap V. Prahbu / Davide Balzarotti / Salvatore J. Stolfo / / /