on e-Commerce and the Internet have increased exponentially . In this assignment , you will examine the response of both the U . S . government and non-government entities to such attacks .
To complete this assignment , use the document titled “ Guidelines on Securing Public Web Servers ”, located at http :// csrc . nist . gov / publications / nistpubs / 800-44-ver2 / SP800- 44v2 . pdf , to complete the assignment . Read the Network World article , “ 40 % of U . S . government Web sites fail security test ” also , located athttp :// www . networkworld . com / news / 2012 / 031512-dnssecsurvey-2012-257326 . html .
Write a three to five ( 3-5 ) page paper in which you :
Examine three ( 3 ) common Web application vulnerabilities and attacks , and recommend corresponding mitigation strategies for each . Provide a rationale for your response .
Using Microsoft Visio or an open source alternative such as Dia , outline an architectural design geared toward protecting Web servers from a commonly known Denial of Service ( DOS ) attack . Note : The graphically depicted solution is not included in the required page length .
on e-Commerce and the Internet have increased exponentially . In this assignment , you will examine the response of both the U . S . government and non-government entities to such attacks .
To complete this assignment , use the document titled “ Guidelines on Securing Public Web Servers ”, located at http :// csrc . nist . gov / publications / nistpubs / 800-44-ver2 / SP800- 44v2 . pdf , to complete the assignment . Read the Network World article , “ 40 % of U . S . government Web sites fail security test ” also , located athttp :// www . networkworld . com / news / 2012 / 031512-dnssecsurvey-2012-257326 . html .
Write a three to five ( 3-5 ) page paper in which you :
Examine three ( 3 ) common Web application vulnerabilities and attacks , and recommend corresponding mitigation strategies for each . Provide a rationale for your response .
Using Microsoft Visio or an open source alternative such as Dia , outline an architectural design geared toward protecting Web servers from a commonly known Denial of Service ( DOS ) attack . Note : The graphically depicted solution is not included in the required page length .