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Test your basic knowledge |
GIAC
Start Test
Study First
Subjects
:
certifications
,
giac
,
it-skills
Instructions:
Answer 50 questions in 15 minutes.
If you are not ready to take this test, you can
study here
.
Match each statement with the correct term.
Don't refresh. All questions and answers are randomly picked and ordered every time you load a test.
This is a study tool. The 3 wrong answers for each question are randomly chosen from answers to other questions. So, you might find at times the answers obvious, but you will see it re-enforces your understanding as you take the test each time.
1. It handles the establishment and maintenance of connections between systems
Nmap
The session layer
The three goals of security
Honeyd
2. Going around with equipment to detect wireless networks
Checksum in UDP
IDS
Wardriving
Total cell size for asynchronous transfer mode (ATM)
3. Weakness in a system - inherent in a complex system - majority are due to poor coding - gateway by which threats are manifested
LAN
Program infector
Vulnerabilities
DDoS attack
4. Work groups that require additional protection are segmented from the rest of the internal organization - restricting access to critical segments - system of VPNs - internal firewall - VLANs and ACLs
The OSI Protocol Stack
IDS
The protected enclave to defense in depth
Multi protocol label switching
5. packet filter firewalls rely on TCP flags to determine connection state. Attacker can send ACK packets only to bypass firewall.
NIDS challenges
TFTP
No State Inspection ACK flag set
Some common TCP ports
6. Used by IDS for a baseline before analysis - attackers will try to de-normalize traffic to evade detection - IDS will normalize data for understood protocols
Some common TCP ports
The five threat vectors
Trap door
IDS data normalization
7. Migrate to WPA2 - use strong authentication like PEAP or TTLS - audit network installations - require mutual auth between client and infrastructure equipment
Best way to protect wireless networks
To close a TCP session
Port scan
Some reasons to use TCP over UDP
8. Syn - Syn/Ack - Ack
Kismet
To establish a TCP session
The physical layer stack
What primary threats should be protected against
9. size is whatever the length of the UDP portion of the packet. Could be as large as 65 -535
What primary threats should be protected against
Datagram length of a UDP packet
Smurf attack
Alteration of code
10. Attaches itself to existing program files and activated when the exe is launched
LAN
Program infector
The OSI Protocol Stack
A netmask
11. The Practice of sending an ACK inside another packet going to the same destination
Alteration of code
DDoS attack
Ack Piggybacking
Some FTP dangers
12. Confidentiality - integrity - availability
Some reasons to use TCP over UDP
Log monitoring work?
The CIA triad
Some firewall challenges
13. Threat requires a vector to cross the vulnerability - stop the ability of the threat to use the vector
COM/Script program infector
The threat vector analysis in defense in depth
What threats should be protected against - based on threat levels
Buffer overflow
14. ATM supports two types of virtual circuits: permanent virtual circuits and switches virtual circuit - PVC is set up in advance - usually manually - SVC is established automatically through a signaling protocol and can be created on the fly - establis
Network stumbler
Types of ATM virtual circuits
Risk
Some network design objectives
15. removable media - email attachments - web browsing - social networking - network vulnerabilities - IM applications - p2p
Some malware propagation techniques
Types of ATM virtual circuits
The difference in stacks
The threat vector analysis in defense in depth
16. Trying to ID modems in a telephone exchange that may be susceptible to compromise
Router
War Dialing
Asynchronous Transfer Mode
The threat vector analysis in defense in depth
17. keeps the same letters - but changes the position within the text - easy to break - can be combined with substitution
Worms
The threat vector analysis in defense in depth
The five threat vectors
Permutation
18. Netmasks or subnets provide a method for identifying what portion of an address is the network - and what portion is the host
The threat vector analysis in defense in depth
Nmap scanning techniques
Some firewall benefits
A netmask
19. Provides insight into the tactics - motives - and attacker tools
Some honeypot advantages
Macro virus
The Uniform Protection to defense in depth
Some disadvantages of honeypots
20. Attempt to manipulate or trick a person into providing information or access - bypass network security by exploiting humans - vector is often outside attack by telephone or visitor inside
Social engineering
Rootkit
The transport layer
Permutation
21. Provides insight into traffic on the network - help detect problems with network operations - provides auditing for other security measures
NAC
The presentation layer
Permutation
NIDS advantages
22. Known - unknown - zero day
What categories do vulnerabilities fall into?
CIDR
Group
Ciphertext
23. flags anomalous conditions in traffic on the network - requires understanding on what is normal - bases good traffic as a baseline
Defense in depth
Anomaly analysis work
Some Pen Test techniques
Some reasons to use TCP over UDP
24. 20 - FTP data - 21 - FTP - 23 - Telnet - 25 - SNMP - 53 - DNS - 79 - Finger - 80 - HTTP - 110 - POP - 443 - HTTPS
The network layer
Some common TCP ports
IDS signature analysis work
The OSI model
25. rules indicate criteria in packets that represent events of interest - rules are applied to packets as they are received - alerts are created when matches are found
The Uniform Protection to defense in depth
Some external threat concerns
A network protocol
IDS signature analysis work
26. Protects internal/external systems from attack - filters communications based on content - performs NAT - encrypts communications for VPN - logging to aid in intrusion detection
The network layer
Some FTP dangers
Some firewall benefits
The protected enclave to defense in depth
27. A low end firewall that can quickly be deployed using existing hardware. They examine packets themselves with no content.
Network stumbler
Boot record infector
Internet
Stateless packet filter
28. Replicates traffic onto all ports - no traffic monitoring - cannot control which ports should or shouldn't receive frames - forming a large collision domain.
The session layer
Hubs
ATM work
Some FTP dangers
29. Bits of code embedded in programs to quickly gain access at a later time
Trap door
UDP packet headers
Buffer overflow
CIDR
30. Allows segmentation of a switch into different networks - regardless of where a system is plugged in - creates separate networks through software not hardware
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31. Take the file and try to compress it. If it compresses - it means there is a pattern and it's more easily crackable
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32. Not a replacement for firewalls - hardening - strong policies - or other DiD methods - low maintenance - inexpensive
Types of viruses
IDS not
SQL Slammer Worm
Internet
33. Maintains complete TCP connection state and sequencing through 2 connections - address translation built-in by virtue of second connection above
Snort
Proxy or application gateway
Hubs
Some honeypot advantages
34. open source tool for monitoring - can be used as a NIDS - has quick updates and flexibility for custom rules
A netcat listener
The OSI Protocol Stack
Snort
The Uniform Protection to defense in depth
35. Handles the network address scheme and connectivity of multiple network segments. It handles communication.
A netcat listener
IDS data normalization
The network layer
UDP packet headers
36. Physical layer - Data link layer - Network Layer - Transport Layer - Session Layer - Presentation Layer - Application Layer
Alteration of code
The OSI model
Smurf attack
The transport layer
37. Infects the EXE and make them operate slightly different - when infected - exe header sizes are altered to point to the appended viral code
Rotation?
IDS data normalization
Proxy or application gateway
EXE program infector
38. A spoofed IP is used to send a SYN to the target. It then responds with a SYN/ACK that never receives the final ACK to complete the handshake. This occupies a portion of the target's pre-established buffer for TCP and can prevent the target from acce
Group
3-way handshake
SYN flood
A netcat listener
39. Unencrypted message in its original form
File Integrity checking work
Program infector
Plaintext
Log monitoring work?
40. A system resource that has no legitimate purpose or reason for someone to connect to it - its purpose is to draw in attackers to understand how they break into a system
Honeypot
Some firewall benefits
What ways should the crypto key be protected?
Parasitic malware
41. An attacker recruits zombie systems ahead of time to simultaneously release a flood of traffic at a specific target.
Some Pen Test techniques
CIDR
Some honeypot advantages
DDoS attack
42. One is for talking - one is for implementing
Some other UDP based protocols
Firewall
Some honeypot advantages
The difference in stacks
43. 192.0.0.0 through 223.255.255.255 - subnet mask of 255.255.255.0
Stateless packet filter
The difference in stacks
What range is a class C network?
PAN
44. Isolates systems when they initially connect to the network - allows systems to be scanned and checked prior to being put on a trusted segment
NAC
Browsing attack
Nmap scanning techniques
IDS signature analysis work
45. When someone has compromised the integrity of data or a program. Allows attackers to create backdoors.
Alteration of code
The goals of cryptography
Switches
Logic bomb
46. fast - with little fidelity - examines header information and limited payload data
Some malware capabilities
Shallow packet inspection
Trap door
When talking about protocols and referencing layers - what stack is used
47. 53 bytes - 48 bytes for data - 5 bytes for the header
Total cell size for asynchronous transfer mode (ATM)
Rotation?
What range is a class B network?
IDS
48. It interacts with data and prepares it to be transmitted across the network. It ensures reliable connectivity from end-to-end
The goals of cryptography
Buffer overflow
The four basic approaches to defense in depth
The transport layer
49. Stateful firewalls maintain state of traffic flows
Overview of TCP
Some types of malicious code
The transport layer
Stateful firewall
50. Handles transmissions across the physical media like wires - fiber - etc
Social engineering
The network layer
The physical layer stack
HIDS monitor