WorksheetsSecurity Strategies in Windows Platforms and Applications Keywords (Chapter 6-10)
Total questions: 88
Worksheet time: 44mins
Name
Class
Date
1.
Container (Chapter 6)
a)
A site, a domain, or an organizational unit in Active Directory.
b)
A centralized set of rules that govern the way Windows operates.
c)
A utility used to collect deployed GPO and computer information that is used to verify Group Policy implementations.
d)
A utility used to create, edit, and manage AD GPOs.
2.
Group Policy (Chapter 6)
a)
A site, a domain, or an organizational unit in Active Directory.
b)
A centralized set of rules that govern the way Windows operates.
c)
A utility used to collect deployed GPO and computer information that is used to verify Group Policy implementations.
d)
A utility used to create, edit, and manage AD GPOs.
3.
Group Policy Inventory tool (Chapter 6)
a)
A site, a domain, or an organizational unit in Active Directory.
b)
A centralized set of rules that govern the way Windows operates.
c)
A utility used to collect deployed GPO and computer information that is used to verify Group Policy implementations.
d)
A utility used to create, edit, and manage AD GPOs.
4.
Group Policy Management Console (GPMC) (Chapter 6)
a)
A site, a domain, or an organizational unit in Active Directory.
b)
A centralized set of rules that govern the way Windows operates.
c)
A utility used to collect deployed GPO and computer information that is used to verify Group Policy implementations.
d)
A utility used to create, edit, and manage AD GPOs.
5.
Group Policy Object (GPO) (Chapter 6)
a)
A named object that contains a collection of Group Policy settings
b)
A centralized set of rules that govern the way Windows operates.
c)
A utility used to collect deployed GPO and computer information that is used to verify Group Policy implementations.
d)
A utility used to create, edit, and manage AD GPOs.
6.
Group Policy Update tool (Chapter 6)
a)
A utility to immediately deploy and apply GPOs.
b)
A centralized set of rules that govern the way Windows operates.
c)
A utility used to collect deployed GPO and computer information that is used to verify Group Policy implementations.
d)
A utility used to create, edit, and manage AD GPOs.
7.
Local Group Policy Editor (Chapter 6)
a)
Editor for local Group Policy settings.
b)
A centralized set of rules that govern the way Windows operates.
c)
A utility used to collect deployed GPO and computer information that is used to verify Group Policy implementations.
d)
A utility used to create, edit, and manage AD GPOs.
8.
Organizational unit (OU) (Chapter 6)
a)
AD containers that group computers either logically or functionally.
b)
A centralized set of rules that govern the way Windows operates.
c)
A utility used to collect deployed GPO and computer information that is used to verify Group Policy implementations.
d)
A utility used to create, edit, and manage AD GPOs.
9.
Registry (Chapter 6)
a)
A database for Windows configuration settings.
b)
A centralized set of rules that govern the way Windows operates.
c)
A utility used to collect deployed GPO and computer information that is used to verify Group Policy implementations.
d)
A utility used to create, edit, and manage AD GPOs.
10.
Registry Editor (Chapter 6)
a)
An editor for Windows Registry contents.
b)
A centralized set of rules that govern the way Windows operates.
c)
A utility used to collect deployed GPO and computer information that is used to verify Group Policy implementations.
d)
A utility used to create, edit, and manage AD GPOs.
11.
Resultant Set of Policy (RSOP) tool (Chapter 6)
a)
A utility that shows the settings that result from existing or planned GPOs for a specific computer and user.
b)
A centralized set of rules that govern the way Windows operates.
c)
A utility used to collect deployed GPO and computer information that is used to verify Group Policy implementations.
d)
A utility used to create, edit, and manage AD GPOs.
12.
Security filter (Chapter 6)
a)
A GPO filter that limits a GPO’s scope to specific computers or users.
b)
A centralized set of rules that govern the way Windows operates.
c)
A utility used to collect deployed GPO and computer information that is used to verify Group Policy implementations.
d)
A utility used to create, edit, and manage AD GPOs.
13.
Windows Management Instrumentation (WMI) (Chapter 6)
a)
The infrastructure Windows uses to maintain and exchange management and operations data.
b)
A centralized set of rules that govern the way Windows operates.
c)
A utility used to collect deployed GPO and computer information that is used to verify Group Policy implementations.
d)
A utility used to create, edit, and manage AD GPOs.
14.
WMI filter (Chapter 6)
a)
A GPO filter that limits a GPO’s scope based on a WMI query’s result.
b)
A centralized set of rules that govern the way Windows operates.
c)
A utility used to collect deployed GPO and computer information that is used to verify Group Policy implementations.
d)
A utility used to create, edit, and manage AD GPOs.
15.
WMI Query Language (WQL) (Chapter 6)
a)
A subset of SQL used to query Windows machines for management and operations data.
b)
A centralized set of rules that govern the way Windows operates.
c)
A utility used to collect deployed GPO and computer information that is used to verify Group Policy implementations.
d)
A utility used to create, edit, and manage AD GPOs.
16.
Baseline (Chapter 7)
a)
A collection of configuration settings often collected and saved for the purposes of comparing to other similar collections of configuration settings; a structured collection, or collection of specific item versions.
b)
An easy-to-use tool that evaluates the current security state of computers in accordance with Microsoft security recommendations.
c)
A graphical user interface framework that provides a centralized method to manage software components on Windows computers.
d)
The process of comparing real computer configurations with known baselines for the purpose of documenting the pertinent differences with secure settings and similarities to insecure settings.
17.
Microsoft Baseline Security Analyzer (Chapter 7)
a)
A collection of configuration settings often collected and saved for the purposes of comparing to other similar collections of configuration settings; a structured collection, or collection of specific item versions.
b)
An easy-to-use tool that evaluates the current security state of computers in accordance with Microsoft security recommendations.
c)
A graphical user interface framework that provides a centralized method to manage software components on Windows computers.
d)
The process of comparing real computer configurations with known baselines for the purpose of documenting the pertinent differences with secure settings and similarities to insecure settings.
18.
Microsoft Management Console (MMC) (Chapter 7)
a)
A collection of configuration settings often collected and saved for the purposes of comparing to other similar collections of configuration settings; a structured collection, or collection of specific item versions.
b)
An easy-to-use tool that evaluates the current security state of computers in accordance with Microsoft security recommendations.
c)
A graphical user interface framework that provides a centralized method to manage software components on Windows computers.
d)
The process of comparing real computer configurations with known baselines for the purpose of documenting the pertinent differences with secure settings and similarities to insecure settings.
19.
Profiling (Chapter 7)
a)
A collection of configuration settings often collected and saved for the purposes of comparing to other similar collections of configuration settings; a structured collection, or collection of specific item versions.
b)
An easy-to-use tool that evaluates the current security state of computers in accordance with Microsoft security recommendations.
c)
A graphical user interface framework that provides a centralized method to manage software components on Windows computers.
d)
The process of comparing real computer configurations with known baselines for the purpose of documenting the pertinent differences with secure settings and similarities to insecure settings.
20.
Security Configuration and Analysis (SCA) (Chapter 7)
a)
A tool that helps administrators to analyze a computer and compare its configuration settings against a baseline.
b)
An easy-to-use tool that evaluates the current security state of computers in accordance with Microsoft security recommendations.
c)
A graphical user interface framework that provides a centralized method to manage software components on Windows computers.
d)
The process of comparing real computer configurations with known baselines for the purpose of documenting the pertinent differences with secure settings and similarities to insecure settings.
21.
Security Configuration and Analysis (SCA) (Chapter 7)
a)
A tool that helps administrators to analyze a computer and compare its configuration settings against a baseline.
b)
An easy-to-use tool that evaluates the current security state of computers in accordance with Microsoft security recommendations.
c)
A graphical user interface framework that provides a centralized method to manage software components on Windows computers.
d)
The process of comparing real computer configurations with known baselines for the purpose of documenting the pertinent differences with secure settings and similarities to insecure settings.
22.
Security template (Chapter 7)
a)
A text file that contains a list of configuration settings.
b)
An easy-to-use tool that evaluates the current security state of computers in accordance with Microsoft security recommendations.
c)
A graphical user interface framework that provides a centralized method to manage software components on Windows computers.
d)
The process of comparing real computer configurations with known baselines for the purpose of documenting the pertinent differences with secure settings and similarities to insecure settings.
23.
Snap-in (Chapter 7)
a)
An administrative program designed to run in the MMC.
b)
An easy-to-use tool that evaluates the current security state of computers in accordance with Microsoft security recommendations.
c)
A graphical user interface framework that provides a centralized method to manage software components on Windows computers.
d)
The process of comparing real computer configurations with known baselines for the purpose of documenting the pertinent differences with secure settings and similarities to insecure settings.
24.
Backup (Chapter 8)
a)
A defined collection of copies of files created in case the primary copies of the files are damaged or destroyed.
b)
A restore that includes the operating system and all configuration settings.
c)
A plan that ensures an organization can survive any disruption and continue operating.
d)
An alternate security control that fulfills an original goal without implementing the primary control.
25.
Bare metal recovery (Chapter 8)
a)
A defined collection of copies of files created in case the primary copies of the files are damaged or destroyed.
b)
A restore that includes the operating system and all configuration settings.
c)
A plan that ensures an organization can survive any disruption and continue operating.
d)
An alternate security control that fulfills an original goal without implementing the primary control.
26.
Business continuity plan (BCP) (Chapter 8)
a)
A defined collection of copies of files created in case the primary copies of the files are damaged or destroyed.
b)
A restore that includes the operating system and all configuration settings.
c)
A plan that ensures an organization can survive any disruption and continue operating.
d)
An alternate security control that fulfills an original goal without implementing the primary control.
27.
Compensating control (Chapter 8)
a)
A defined collection of copies of files created in case the primary copies of the files are damaged or destroyed.
b)
A restore that includes the operating system and all configuration settings.
c)
A plan that ensures an organization can survive any disruption and continue operating.
d)
An alternate security control that fulfills an original goal without implementing the primary control.
28.
Disaster recovery plan (DRP) (Chapter 8)
a)
A plan that ensures the infrastructure is operational and ready to support primary business functions.
b)
A restore that includes the operating system and all configuration settings.
c)
A plan that ensures an organization can survive any disruption and continue operating.
d)
An alternate security control that fulfills an original goal without implementing the primary control.
29.
File History (Chapter 8)
a)
A primary feature of Microsoft Windows that maintains multiple versions of files for the purpose of restoring files to any previous state on demand.
b)
A restore that includes the operating system and all configuration settings.
c)
A plan that ensures an organization can survive any disruption and continue operating.
d)
An alternate security control that fulfills an original goal without implementing the primary control.
30.
Hyper-V (Chapter 8)
a)
A product that supports creating and running virtual machines in Windows Server 2008.
b)
A restore that includes the operating system and all configuration settings.
c)
A plan that ensures an organization can survive any disruption and continue operating.
d)
An alternate security control that fulfills an original goal without implementing the primary control.
31.
Primary copy (Chapter 8)
a)
The copy of any piece of information that you use most frequently.
b)
A restore that includes the operating system and all configuration settings.
c)
A plan that ensures an organization can survive any disruption and continue operating.
d)
An alternate security control that fulfills an original goal without implementing the primary control.
32.
Recovery time objective (RTO) (Chapter 8)
a)
The amount of time it should take to recover a resource and bring it back to normal operation.
b)
A restore that includes the operating system and all configuration settings.
c)
A plan that ensures an organization can survive any disruption and continue operating.
d)
An alternate security control that fulfills an original goal without implementing the primary control.
33.
Redundant array of independent disks (RAID) (Chapter 8)
a)
A collection of disks organized in a way that protects data by duplicating it or writing extra information to reconstruct any damaged data.
b)
A restore that includes the operating system and all configuration settings.
c)
A plan that ensures an organization can survive any disruption and continue operating.
d)
An alternate security control that fulfills an original goal without implementing the primary control.
34.
Restore operation (Chapter 8)
a)
The process of copying secondary copies of files back to their primary locations.
b)
A restore that includes the operating system and all configuration settings.
c)
A plan that ensures an organization can survive any disruption and continue operating.
d)
An alternate security control that fulfills an original goal without implementing the primary control.
35.
Secondary copy (Chapter 8)
a)
A copy of information created to assist in the recovery of the information in the event the primary copy is damaged or destroyed.
b)
A restore that includes the operating system and all configuration settings.
c)
A plan that ensures an organization can survive any disruption and continue operating.
d)
An alternate security control that fulfills an original goal without implementing the primary control.
36.
Virtual machine (VM) (Chapter 8)
a)
A software implementation of a physical computer.
b)
A restore that includes the operating system and all configuration settings.
c)
A plan that ensures an organization can survive any disruption and continue operating.
d)
An alternate security control that fulfills an original goal without implementing the primary control.
37.
Virtualization (Chapter 8)
a)
The ability to run two or more virtual machines simultaneously on a single physical computer.
b)
A restore that includes the operating system and all configuration settings.
c)
A plan that ensures an organization can survive any disruption and continue operating.
d)
An alternate security control that fulfills an original goal without implementing the primary control.
38.
Volume Shadow Copy Service (VSS) (Chapter 8)
a)
A Windows service that assists utilities and applications in creating snapshots of a running Windows system.
b)
A restore that includes the operating system and all configuration settings.
c)
A plan that ensures an organization can survive any disruption and continue operating.
d)
An alternate security control that fulfills an original goal without implementing the primary control.
39.
Application server (Chapter 9)
a)
A computer that runs application programs on behalf of remote users.
b)
Network cabling that consists of a single copper conductor surrounded with a plastic sheath, then a braided copper shield, and then the external insulation.
c)
A space created by using one or more firewalls to separate an untrusted network from a trusted network.
d)
An attack that sends a large volume of network messages that end up flooding the network and making it unusable for legitimate traffic.
40.
Coaxial cable (Chapter 9)
a)
A computer that runs application programs on behalf of remote users.
b)
Network cabling that consists of a single copper conductor surrounded with a plastic sheath, then a braided copper shield, and then the external insulation.
c)
A space created by using one or more firewalls to separate an untrusted network from a trusted network.
d)
An attack that sends a large volume of network messages that end up flooding the network and making it unusable for legitimate traffic.
41.
Demilitarized zone (DMZ) (Chapter 9)
a)
A computer that runs application programs on behalf of remote users.
b)
Network cabling that consists of a single copper conductor surrounded with a plastic sheath, then a braided copper shield, and then the external insulation.
c)
A space created by using one or more firewalls to separate an untrusted network from a trusted network.
d)
An attack that sends a large volume of network messages that end up flooding the network and making it unusable for legitimate traffic.
42.
Denial of service (DoS) attack (Chapter 9)
a)
A computer that runs application programs on behalf of remote users.
b)
Network cabling that consists of a single copper conductor surrounded with a plastic sheath, then a braided copper shield, and then the external insulation.
c)
A space created by using one or more firewalls to separate an untrusted network from a trusted network.
d)
An attack that sends a large volume of network messages that end up flooding the network and making it unusable for legitimate traffic.
43.
Distributed denial of service (DDoS) attack (Chapter 9)
a)
A DoS attack in which the controller instructs one or more compromised computers to flood a network with packets.
b)
Network cabling that consists of a single copper conductor surrounded with a plastic sheath, then a braided copper shield, and then the external insulation.
c)
A space created by using one or more firewalls to separate an untrusted network from a trusted network.
d)
An attack that sends a large volume of network messages that end up flooding the network and making it unusable for legitimate traffic.
44.
Fiber-optic cable (Chapter 9)
a)
Network cabling that consists of a glass core surrounded by several layers of protective materials.
b)
Network cabling that consists of a single copper conductor surrounded with a plastic sheath, then a braided copper shield, and then the external insulation.
c)
A space created by using one or more firewalls to separate an untrusted network from a trusted network.
d)
An attack that sends a large volume of network messages that end up flooding the network and making it unusable for legitimate traffic.
45.
File server (Chapter 9)
a)
A computer or hardware device that has one or more connected hard disk drives, a network interface, and software to provide network access to files and folders on the attached disks.
b)
Network cabling that consists of a single copper conductor surrounded with a plastic sheath, then a braided copper shield, and then the external insulation.
c)
A space created by using one or more firewalls to separate an untrusted network from a trusted network.
d)
An attack that sends a large volume of network messages that end up flooding the network and making it unusable for legitimate traffic.
46.
Gateway (Chapter 9)
a)
A network device that connects two or more separate networks that use different protocols.
b)
Network cabling that consists of a single copper conductor surrounded with a plastic sheath, then a braided copper shield, and then the external insulation.
c)
A space created by using one or more firewalls to separate an untrusted network from a trusted network.
d)
An attack that sends a large volume of network messages that end up flooding the network and making it unusable for legitimate traffic.
47.
Hub (Chapter 9)
a)
A network device with several connectors, or ports, that allows multiple network cables to attach to it.
b)
Network cabling that consists of a single copper conductor surrounded with a plastic sheath, then a braided copper shield, and then the external insulation.
c)
A space created by using one or more firewalls to separate an untrusted network from a trusted network.
d)
An attack that sends a large volume of network messages that end up flooding the network and making it unusable for legitimate traffic.
48.
Hypertext Transfer Protocol (HTTP) (Chapter 9)
a)
An application layer protocol used to transfer content between web browsers and web servers.
b)
Network cabling that consists of a single copper conductor surrounded with a plastic sheath, then a braided copper shield, and then the external insulation.
c)
A space created by using one or more firewalls to separate an untrusted network from a trusted network.
d)
An attack that sends a large volume of network messages that end up flooding the network and making it unusable for legitimate traffic.
49.
IEEE 802.11 (Chapter 9)
a)
A set of standards for wireless local area network (WLAN) communication protocols.
b)
Network cabling that consists of a single copper conductor surrounded with a plastic sheath, then a braided copper shield, and then the external insulation.
c)
A space created by using one or more firewalls to separate an untrusted network from a trusted network.
d)
An attack that sends a large volume of network messages that end up flooding the network and making it unusable for legitimate traffic.
50.
Institute of Electrical and Electronics Engineers (IEEE) (Chapter 9)
a)
An organization that defines standards for many aspects of computing and communications.
b)
Network cabling that consists of a single copper conductor surrounded with a plastic sheath, then a braided copper shield, and then the external insulation.
c)
A space created by using one or more firewalls to separate an untrusted network from a trusted network.
d)
An attack that sends a large volume of network messages that end up flooding the network and making it unusable for legitimate traffic.
51.
Internet gateway (Chapter 9)
a)
A gateway that connects a LAN to the Internet.
b)
Network cabling that consists of a single copper conductor surrounded with a plastic sheath, then a braided copper shield, and then the external insulation.
c)
A space created by using one or more firewalls to separate an untrusted network from a trusted network.
d)
An attack that sends a large volume of network messages that end up flooding the network and making it unusable for legitimate traffic.
52.
Local area network (LAN) (Chapter 9)
a)
A network that covers a small physical area, such as an office or building.
b)
Network cabling that consists of a single copper conductor surrounded with a plastic sheath, then a braided copper shield, and then the external insulation.
c)
A space created by using one or more firewalls to separate an untrusted network from a trusted network.
d)
An attack that sends a large volume of network messages that end up flooding the network and making it unusable for legitimate traffic.
53.
Local resource (Chapter 9)
a)
Any resource attached to a local computer—the same computer to which the user has logged on.
b)
Network cabling that consists of a single copper conductor surrounded with a plastic sheath, then a braided copper shield, and then the external insulation.
c)
A space created by using one or more firewalls to separate an untrusted network from a trusted network.
d)
An attack that sends a large volume of network messages that end up flooding the network and making it unusable for legitimate traffic.
54.
Metropolitan area network (MAN) (Chapter 9)
a)
A network that connects two or more LANs but does not span an area larger than a city or town.
b)
Network cabling that consists of a single copper conductor surrounded with a plastic sheath, then a braided copper shield, and then the external insulation.
c)
A space created by using one or more firewalls to separate an untrusted network from a trusted network.
d)
An attack that sends a large volume of network messages that end up flooding the network and making it unusable for legitimate traffic.
55.
Network (Chapter 9)
a)
A collection of computers and devices connected by some connection media.
b)
Network cabling that consists of a single copper conductor surrounded with a plastic sheath, then a braided copper shield, and then the external insulation.
c)
A space created by using one or more firewalls to separate an untrusted network from a trusted network.
d)
An attack that sends a large volume of network messages that end up flooding the network and making it unusable for legitimate traffic.
56.
Network address translation (NAT) (Chapter 9)
a)
A technique used in many firewalls that translates internal IP addresses into an external IP address. This feature hides the true IP address of internal computers from outside nodes.
b)
Network cabling that consists of a single copper conductor surrounded with a plastic sheath, then a braided copper shield, and then the external insulation.
c)
A space created by using one or more firewalls to separate an untrusted network from a trusted network.
d)
An attack that sends a large volume of network messages that end up flooding the network and making it unusable for legitimate traffic.
57.
Network Attached Storage (NAS) (Chapter 9)
a)
A standalone network device with internal storage that is connected to a LAN and accessible to other LAN nodes as a mapped folder or drive.
b)
Network cabling that consists of a single copper conductor surrounded with a plastic sheath, then a braided copper shield, and then the external insulation.
c)
A space created by using one or more firewalls to separate an untrusted network from a trusted network.
d)
An attack that sends a large volume of network messages that end up flooding the network and making it unusable for legitimate traffic.
58.
Node (Chapter 9)
a)
Any computer or device connected to a network.
b)
Network cabling that consists of a single copper conductor surrounded with a plastic sheath, then a braided copper shield, and then the external insulation.
c)
A space created by using one or more firewalls to separate an untrusted network from a trusted network.
d)
An attack that sends a large volume of network messages that end up flooding the network and making it unusable for legitimate traffic.
59.
Open Systems Interconnection (OSI) Reference Model (Chapter 9)
a)
A generic description for how computers use multiple layers of protocol rules to communicate across a network. The OSI Reference Model defines seven different layers of communication.
b)
Network cabling that consists of a single copper conductor surrounded with a plastic sheath, then a braided copper shield, and then the external insulation.
c)
A space created by using one or more firewalls to separate an untrusted network from a trusted network.
d)
An attack that sends a large volume of network messages that end up flooding the network and making it unusable for legitimate traffic.
60.
Port (Chapter 9)
a)
In the context of network protocols, a numeric identifier that programs use to classify network messages.
b)
Network cabling that consists of a single copper conductor surrounded with a plastic sheath, then a braided copper shield, and then the external insulation.
c)
A space created by using one or more firewalls to separate an untrusted network from a trusted network.
d)
An attack that sends a large volume of network messages that end up flooding the network and making it unusable for legitimate traffic.
61.
Print server (Chapter 9)
a)
A computer or network device that provides the interface between the network and one or more printers.
b)
Network cabling that consists of a single copper conductor surrounded with a plastic sheath, then a braided copper shield, and then the external insulation.
c)
A space created by using one or more firewalls to separate an untrusted network from a trusted network.
d)
An attack that sends a large volume of network messages that end up flooding the network and making it unusable for legitimate traffic.
62.
Protocol (Chapter 9)
a)
A set of rules that govern communication.
b)
Network cabling that consists of a single copper conductor surrounded with a plastic sheath, then a braided copper shield, and then the external insulation.
c)
A space created by using one or more firewalls to separate an untrusted network from a trusted network.
d)
An attack that sends a large volume of network messages that end up flooding the network and making it unusable for legitimate traffic.
63.
Remote resource (Chapter 9)
a)
Any resource attached to another computer on a network that is different from the computer to which the user is logged on.
b)
Network cabling that consists of a single copper conductor surrounded with a plastic sheath, then a braided copper shield, and then the external insulation.
c)
A space created by using one or more firewalls to separate an untrusted network from a trusted network.
d)
An attack that sends a large volume of network messages that end up flooding the network and making it unusable for legitimate traffic.
64.
Router (Chapter 9)
a)
A network device that examines the destination address and then forwards the packet to the correct outbound port.
b)
Network cabling that consists of a single copper conductor surrounded with a plastic sheath, then a braided copper shield, and then the external insulation.
c)
A space created by using one or more firewalls to separate an untrusted network from a trusted network.
d)
An attack that sends a large volume of network messages that end up flooding the network and making it unusable for legitimate traffic.
65.
Service Level Agreement (SLA) (Chapter 9)
a)
A contract between an organization or individual and a cloud service provider that details the services provided, along with response time guarantees and associated costs.
b)
Network cabling that consists of a single copper conductor surrounded with a plastic sheath, then a braided copper shield, and then the external insulation.
c)
A space created by using one or more firewalls to separate an untrusted network from a trusted network.
d)
An attack that sends a large volume of network messages that end up flooding the network and making it unusable for legitimate traffic.
66.
Service Set Identifier (SSID) (Chapter 9)
a)
A unique identifier for a wireless network.
b)
Network cabling that consists of a single copper conductor surrounded with a plastic sheath, then a braided copper shield, and then the external insulation.
c)
A space created by using one or more firewalls to separate an untrusted network from a trusted network.
d)
An attack that sends a large volume of network messages that end up flooding the network and making it unusable for legitimate traffic.
67.
Shielded twisted pair (STP) (Chapter 9)
a)
Network cabling that generally consists of two or four pairs of wires with a foil shielding around each pair to reduce external electrical and radio interference. Pairs of wires are twisted around each other to reduce interference with other pairs.
b)
Network cabling that consists of a single copper conductor surrounded with a plastic sheath, then a braided copper shield, and then the external insulation.
c)
A space created by using one or more firewalls to separate an untrusted network from a trusted network.
d)
An attack that sends a large volume of network messages that end up flooding the network and making it unusable for legitimate traffic.
68.
Storage Area Network (SAN) (Chapter 9)
a)
A collection of one or more standalone network devices with internal storage, often connected to computers via fiber channel, used to provide remote storage. SAN devices appear to computers to be local storage devices, but are actually network devices.
b)
Network cabling that consists of a single copper conductor surrounded with a plastic sheath, then a braided copper shield, and then the external insulation.
c)
A space created by using one or more firewalls to separate an untrusted network from a trusted network.
d)
An attack that sends a large volume of network messages that end up flooding the network and making it unusable for legitimate traffic.
69.
Switch (Chapter 9)
a)
A network hardware device that forwards input it receives only to the appropriate output port.
b)
Network cabling that consists of a single copper conductor surrounded with a plastic sheath, then a braided copper shield, and then the external insulation.
c)
A space created by using one or more firewalls to separate an untrusted network from a trusted network.
d)
An attack that sends a large volume of network messages that end up flooding the network and making it unusable for legitimate traffic.
70.
TCP/IP Reference Model (Chapter 9)
a)
A generic description for how computers use multiple layers of protocol rules to communicate across a network. The TCP/IP Reference Model defines four different layers of communication rules.
b)
Network cabling that consists of a single copper conductor surrounded with a plastic sheath, then a braided copper shield, and then the external insulation.
c)
A space created by using one or more firewalls to separate an untrusted network from a trusted network.
d)
An attack that sends a large volume of network messages that end up flooding the network and making it unusable for legitimate traffic.
71.
Transmission Control Protocol/Internet Protocol (TCP/IP) (Chapter 9)
a)
A combination of two separate protocols commonly used in Internet network communication.
b)
Network cabling that consists of a single copper conductor surrounded with a plastic sheath, then a braided copper shield, and then the external insulation.
c)
A space created by using one or more firewalls to separate an untrusted network from a trusted network.
d)
An attack that sends a large volume of network messages that end up flooding the network and making it unusable for legitimate traffic.
72.
Unshielded twisted pair (UTP) (Chapter 9)
a)
Network cabling that generally consists of two or four pairs of wires. Pairs of wires are twisted around each other to reduce interference with other pairs.
b)
Network cabling that consists of a single copper conductor surrounded with a plastic sheath, then a braided copper shield, and then the external insulation.
c)
A space created by using one or more firewalls to separate an untrusted network from a trusted network.
d)
An attack that sends a large volume of network messages that end up flooding the network and making it unusable for legitimate traffic.
73.
Wide area network (WAN) (Chapter 9)
a)
A network that connects multiple LANs and WANs and spans very large areas, including multiple country coverage.
b)
Network cabling that consists of a single copper conductor surrounded with a plastic sheath, then a braided copper shield, and then the external insulation.
c)
A space created by using one or more firewalls to separate an untrusted network from a trusted network.
d)
An attack that sends a large volume of network messages that end up flooding the network and making it unusable for legitimate traffic.
74.
Windows service (Chapter 9)
a)
A long-running program that performs a specific set of functions, such as a firewall, database server, or a web server.
b)
Network cabling that consists of a single copper conductor surrounded with a plastic sheath, then a braided copper shield, and then the external insulation.
c)
A space created by using one or more firewalls to separate an untrusted network from a trusted network.
d)
An attack that sends a large volume of network messages that end up flooding the network and making it unusable for legitimate traffic.
75.
Wireless local area network (WLAN) (Chapter 9)
a)
A LAN in which computers and devices communicate using radio frequency transmissions.
b)
Network cabling that consists of a single copper conductor surrounded with a plastic sheath, then a braided copper shield, and then the external insulation.
c)
A space created by using one or more firewalls to separate an untrusted network from a trusted network.
d)
An attack that sends a large volume of network messages that end up flooding the network and making it unusable for legitimate traffic.
76.
Business driver (Chapter 10)
a)
Any one of the components, including people, information, and conditions, that support business objectives.
b)
A California state law, passed in 2018, that protects consumer privacy by requiring any organization that collects or uses private data to adhere to controls restricting private data collection, storage, and use.
c)
The process of ensuring that the items in each domain of the IT infrastructure meet or exceed security goals.
d)
See Plan, Do, Check, Act.
77.
Business driver (Chapter 10)
a)
Any one of the components, including people, information, and conditions, that support business objectives.
b)
A California state law, passed in 2018, that protects consumer privacy by requiring any organization that collects or uses private data to adhere to controls restricting private data collection, storage, and use.
c)
The process of ensuring that the items in each domain of the IT infrastructure meet or exceed security goals.
d)
See Plan, Do, Check, Act.
78.
California Consumer Privacy Act (CCPA) (Chapter 10)
a)
Any one of the components, including people, information, and conditions, that support business objectives.
b)
A California state law, passed in 2018, that protects consumer privacy by requiring any organization that collects or uses private data to adhere to controls restricting private data collection, storage, and use.
c)
The process of ensuring that the items in each domain of the IT infrastructure meet or exceed security goals.
d)
See Plan, Do, Check, Act.
79.
California Consumer Privacy Act (CCPA) (Chapter 10)
a)
Any one of the components, including people, information, and conditions, that support business objectives.
b)
A California state law, passed in 2018, that protects consumer privacy by requiring any organization that collects or uses private data to adhere to controls restricting private data collection, storage, and use.
c)
The process of ensuring that the items in each domain of the IT infrastructure meet or exceed security goals.
d)
See Plan, Do, Check, Act.
80.
Compliance (Chapter 10)
a)
Any one of the components, including people, information, and conditions, that support business objectives.
b)
A California state law, passed in 2018, that protects consumer privacy by requiring any organization that collects or uses private data to adhere to controls restricting private data collection, storage, and use.
c)
The process of ensuring that the items in each domain of the IT infrastructure meet or exceed security goals.
d)
See Plan, Do, Check, Act.
81.
Deming cycle (Chapter 10)
a)
Any one of the components, including people, information, and conditions, that support business objectives.
b)
A California state law, passed in 2018, that protects consumer privacy by requiring any organization that collects or uses private data to adhere to controls restricting private data collection, storage, and use.
c)
The process of ensuring that the items in each domain of the IT infrastructure meet or exceed security goals.
d)
See Plan, Do, Check, Act.
82.
Due diligence (Chapter 10)
a)
The ongoing attention and care an organization places on security and compliance.
b)
A California state law, passed in 2018, that protects consumer privacy by requiring any organization that collects or uses private data to adhere to controls restricting private data collection, storage, and use.
c)
The process of ensuring that the items in each domain of the IT infrastructure meet or exceed security goals.
d)
See Plan, Do, Check, Act.
83.
General Data Protection Regulation (GDPR) (Chapter 10)
a)
A comprehensive regulation in European Union law that protects the privacy all EU individuals, requiring all global organizations that handle personal data of any EU citizen to comply.
b)
A California state law, passed in 2018, that protects consumer privacy by requiring any organization that collects or uses private data to adhere to controls restricting private data collection, storage, and use.
c)
The process of ensuring that the items in each domain of the IT infrastructure meet or exceed security goals.
d)
See Plan, Do, Check, Act.
84.
Intrusion detection system (IDS) (Chapter 10)
a)
A network device or software that can analyze traffic and detect a potential intrusion based on traffic patterns.
b)
A California state law, passed in 2018, that protects consumer privacy by requiring any organization that collects or uses private data to adhere to controls restricting private data collection, storage, and use.
c)
The process of ensuring that the items in each domain of the IT infrastructure meet or exceed security goals.
d)
See Plan, Do, Check, Act.
85.
Intrusion prevention system (IPS) (Chapter 10)
a)
A network device or software that can analyze traffic and detect a potential intrusion based on traffic patterns and can also change firewall rules in real time to prevent further damage from an attack.
b)
A California state law, passed in 2018, that protects consumer privacy by requiring any organization that collects or uses private data to adhere to controls restricting private data collection, storage, and use.
c)
The process of ensuring that the items in each domain of the IT infrastructure meet or exceed security goals.
d)
See Plan, Do, Check, Act.
86.
Message digest (Chapter 10)
a)
A shortened unique string of digits that represents a file or message.
b)
A California state law, passed in 2018, that protects consumer privacy by requiring any organization that collects or uses private data to adhere to controls restricting private data collection, storage, and use.
c)
The process of ensuring that the items in each domain of the IT infrastructure meet or exceed security goals.
d)
See Plan, Do, Check, Act.
87.
Plan-Do-Check-Act (PDCA) (Chapter 10)
a)
A quality method indicating a continuous process consisting of four repeating steps: Plan, Do, Check, Act. PDCA is also known as a Deming cycle.
b)
A California state law, passed in 2018, that protects consumer privacy by requiring any organization that collects or uses private data to adhere to controls restricting private data collection, storage, and use.
c)
The process of ensuring that the items in each domain of the IT infrastructure meet or exceed security goals.
d)
See Plan, Do, Check, Act.
88.
Security administration (Chapter 10)
a)
The process of implementing the security controls within the IT infrastructure.
b)
A California state law, passed in 2018, that protects consumer privacy by requiring any organization that collects or uses private data to adhere to controls restricting private data collection, storage, and use.
c)
The process of ensuring that the items in each domain of the IT infrastructure meet or exceed security goals.
d)
See Plan, Do, Check, Act.
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