A methodology and architecture for a dependable and secure e-mail service
Marabolí Rosselott, Marcelo
A methodology and architecture for a dependable and secure e-mail service - Valparaíso : UTFSM , 2006 - 33 p. : il.
CONSULTE EN LINEA A TRAVES DE REPOSITORIO INSTITUCIONAL
Tesis (Magíster en Electrónica, mención Sistemas Computacionales y Telecomunicaciones)-- Prof. guía : Reinaldo Antonio Vallejos Campos
h.33
[Resumen del autor] A novel methodology and architecture of the Internet e-mail service (SMTP standard) based on the concepts of dependability and secure computing is presented. The goal of this work is four folded: firstly, to raise awareness about all the existing faults and threats of today's e-mail service. Secondly, to provide an exhaustive and systematic classification of faults, threats, failures that can affect E-mail services and their corresponding defense mechanisms.. Thirdly, to provide a methodology that will enable IT staff to redesign and deploy a secure and dependable e-mail infrastructure in a proactive and preventive process. Finally, we propose a new dependable and secure E-mail architecture with protections against every classified fault and threat using a corresponding defense mechanism.
CORREO ELECTRONICO
SEGURIDAD EN COMPUTACION
INTERNET
M 004.692 / M298
A methodology and architecture for a dependable and secure e-mail service - Valparaíso : UTFSM , 2006 - 33 p. : il.
CONSULTE EN LINEA A TRAVES DE REPOSITORIO INSTITUCIONAL
Tesis (Magíster en Electrónica, mención Sistemas Computacionales y Telecomunicaciones)-- Prof. guía : Reinaldo Antonio Vallejos Campos
h.33
[Resumen del autor] A novel methodology and architecture of the Internet e-mail service (SMTP standard) based on the concepts of dependability and secure computing is presented. The goal of this work is four folded: firstly, to raise awareness about all the existing faults and threats of today's e-mail service. Secondly, to provide an exhaustive and systematic classification of faults, threats, failures that can affect E-mail services and their corresponding defense mechanisms.. Thirdly, to provide a methodology that will enable IT staff to redesign and deploy a secure and dependable e-mail infrastructure in a proactive and preventive process. Finally, we propose a new dependable and secure E-mail architecture with protections against every classified fault and threat using a corresponding defense mechanism.
CORREO ELECTRONICO
SEGURIDAD EN COMPUTACION
INTERNET
M 004.692 / M298