University of Birmingham Sean O’Neil / University of Stellenbosch Abstract / University of Stellenbosch / University of Cambridge / University of Cambridge Gadescu Horatiu Nicolae / University Politehnica / University of Birmingham / /
IndustryTerm
online authentication problems / software system / comparable online authentication methods / online attack scenarios / online transaction destination account entry / online authentication methods / authentication server / online banking platform / authentication systems / educational tool / software performance / hidden communications processes / software infrastructure / public Internet / telecommunications network / readilyavailable hacking software / online network / machinery / electronic hardware devices / online authentication problem / online security / networked electronic software / mobile-based authentication systems / public-facing server / legitimate software / online electronic terminal / conventional second-factor online authentication methods / authentication technologies / compromised network / communication device / online attack / satellite systems / industry developing security solutions / electronic network communications device / online user authentication / online environment / software security systems / authentication technology / telephone-based social engineering attacks / online attack methods / remote web server / authentication server technologies / online authentication system / external network / authentication device / public-facing computer network / web server / commercially relevant data structures and algorithms / hostile network / online username / online payment / specialist engineering calculation tools / online server / authentication processing / online authentication / online contractors / digital envelope protocol / cryptographic tool / authentication security technology / /
Movie
Man in the middle / /
Organization
University of Stellenbosch / Australian Government / University of Cambridge Gadescu Horatiu Nicolae / University of Birmingham / US Department of Defense / University of Stellenbosch Abstract / University of Cambridge / /
Person
Matthew Slyman / /
Position
lead architect / Systems Engineer / authorized representative of the secured service / IT security consultant / systems architect / reverse engineer / administrator / coach / /
Product
PassWindow / /
ProgrammingLanguage
HTML / /
Region
Middle East / /
Technology
authentication technologies / authentication server technologies / SMS / smartphone / ATM / secret key / operating system / mobile device / HTML / authentication technology / mobile devices / authentication security technology / smartphones / digital envelope protocol / GSM / animation / web server / stream cipher / /
An evaluation of hypothetical attacks against the PassWindow authentication method Matthew Slyman, University of Cambridge Sean O’Neil, VEST Corporation Gadescu Horatiu Nicolae, University of Birmingham Ben van der Mer