Question 1

____________ are networks of zombie computers that magnify the scope and intensity of an attack.

Accepted Answer

The answer of ____________ are networks of zombie computers that...

Question 2

MATCHING
-a computing system that is compliant with DNSSEC and that attempts to resolve a fully qualified domain name to an IP address

Accepted Answer

A) anycast addressing 
B) DNSSEC 
C) network access points 
D) pharming 
E) POP ISPs
F)security-aware resolver
G)spear phishing
H)slit DNS architecture
I)split brain DNS architecture
J)zone transfer 
A) anycast addressing 
B) DNSSEC 
C) network access points 
D) pharming 
E) POP ISPs
F)security-aware resolver
G)spear phishing
H)slit DNS architecture
I)split brain DNS architecture
J)zone transfer

Question 3

MATCHING
-a network architecture that uses a single DNS domain with a DNS server on the organization's DMZ for Internet services and a DNS server on the internal network for service to internal hosts

Accepted Answer

A) anycast addressing 
B) DNSSEC 
C) network access points 
D) pharming 
E) POP ISPs
F)security-aware resolver
G)spear phishing
H)slit DNS architecture
I)split brain DNS architecture
J)zone transfer 
A) anycast addressing 
B) DNSSEC 
C) network access points 
D) pharming 
E) POP ISPs
F)security-aware resolver
G)spear phishing
H)slit DNS architecture
I)split brain DNS architecture
J)zone transfer

Question 4

What type of DNS configuration prevents internal zone information from being stored on an Internet-accessible server?

Accepted Answer

A)  read-only zone 
B)  anti-phishing DNS 
C)  caching DNS zone 
D)  split-DNS architecture 
A)  read-only zone 
B)  anti-phishing DNS 
C)  caching DNS zone 
D)  split-DNS architecture

Question 5

MATCHING
-a variation of phishing directed at specific users instead of using spam e-mail.

Accepted Answer

A) anycast addressing 
B) DNSSEC 
C) network access points 
D) pharming 
E) POP ISPs
F)security-aware resolver
G)spear phishing
H)slit DNS architecture
I)split brain DNS architecture
J)zone transfer 
A) anycast addressing 
B) DNSSEC 
C) network access points 
D) pharming 
E) POP ISPs
F)security-aware resolver
G)spear phishing
H)slit DNS architecture
I)split brain DNS architecture
J)zone transfer

Question 6

What are the four guidelines for employees to follow to prevent phishing attacks?

Accepted Answer

Check the browser address bar and footer

Question 7

What are the characteristics of a corporate phishing e-mail? List three of them.

Accepted Answer

The e-mail is unsolicited and unexpected

Question 8

What feature of the 13 DNS root servers enables any group of servers to act as a root server?

Accepted Answer

A)  multicast addressing 
B)  broadcast addressing 
C)  anycast addressing 
D)  unicast addressing 
A)  multicast addressing 
B)  broadcast addressing 
C)  anycast addressing 
D)  unicast addressing

Question 9

SQL injection attacks are isolated to custom applications,so administrators can prevent them.

Accepted Answer

A) True 
 B)False

Question 10

Which of the following is true about the Internet?

Accepted Answer

A)  it is the same as the World Wide Web 
B)  it was established in the mid-1960s 
C)  it was developed by a network of banks and businesses 
D)  it was originally built on an extended star topology 
A)  it is the same as the World Wide Web 
B)  it was established in the mid-1960s 
C)  it was developed by a network of banks and businesses 
D)  it was originally built on an extended star topology

____________ are networks of zombie computers that magnify the scope and intensity of an attack.

MATCHING -a computing system that is compliant with DNSSEC and that attempts to resolve a fully qualified domain name to an IP address

MATCHING -a network architecture that uses a single DNS domain with a DNS server on the organization's DMZ for Internet services and a DNS server on the internal network for service to internal hosts

What type of DNS configuration prevents internal zone information from being stored on an Internet-accessible server?

MATCHING -a variation of phishing directed at specific users instead of using spam e-mail.

What are the four guidelines for employees to follow to prevent phishing attacks?

What are the characteristics of a corporate phishing e-mail? List three of them.

What feature of the 13 DNS root servers enables any group of servers to act as a root server?

SQL injection attacks are isolated to custom applications,so administrators can prevent them.

Which of the following is true about the Internet?

Network Security Fundamentals

TCP-IP

Network Traffic Signatures

Routing Fundamentals

Cryptography

Wireless Network Fundamentals

Understanding Wireless Security

Intrusion Detection and Prevention Systems

Firewalls

Firewall Design and Management

VPN Concepts

Security Policy Design and Implementation

On-Going Security Management

Filters

Exam 12: Internet and World Wide Web Security

____________ are networks of zombie computers that magnify the scope and intensity of an attack.

MATCHING -a computing system that is compliant with DNSSEC and that attempts to resolve a fully qualified domain name to an IP address

MATCHING -a network architecture that uses a single DNS domain with a DNS server on the organization's DMZ for Internet services and a DNS server on the internal network for service to internal hosts

What type of DNS configuration prevents internal zone information from being stored on an Internet-accessible server?

MATCHING -a variation of phishing directed at specific users instead of using spam e-mail.

What are the four guidelines for employees to follow to prevent phishing attacks?

What are the characteristics of a corporate phishing e-mail? List three of them.

What feature of the 13 DNS root servers enables any group of servers to act as a root server?

SQL injection attacks are isolated to custom applications,so administrators can prevent them.

Which of the following is true about the Internet?

Network Security Fundamentals

TCP-IP

Network Traffic Signatures

Routing Fundamentals

Cryptography

Wireless Network Fundamentals

Understanding Wireless Security

Intrusion Detection and Prevention Systems

Firewalls

Firewall Design and Management

VPN Concepts

Security Policy Design and Implementation

On-Going Security Management

Filters