EIWS Master Flashcards

Question

What are the **physical construction concerns** for a **SCIF**?

Answer 1

* Floor plans * Diagrams of electrical communications * HVAC connections * Security equipment layout ## Footnote These elements are crucial for the physical security of the SCIF.

Answer 2

An accredited area used for actual or simulated war operations for a specified period. ## Footnote Permanent-type facilities are preferred, but other structures may be used under field conditions.

Answer 3

* Serves as the focal point for the receipt, control & accountability of SCI * Maintains applicable SCI directives, regulations, manuals, and guidelines * Ensures all SCI is properly accounted for, controlled, transmitted, transported, packaged, and safeguarded * Ensures SCI is disseminated only to authorized persons with a need-to-know ## Footnote The SSO plays a critical role in managing sensitive compartmented information.

Answer 4

* Can be an Officer or civilian employee * GS-11 or above * Must be a U.S. citizen * Must have a favorably adjudicated SSBI completed within the previous 5 years ## Footnote The CSM must have sufficient authority and staff to manage the security program.

Answer 5

* Implements the Information Security Program (ISP) * Principal advisor to the commanding officer on classified information * Develops written command security instruction * Conducts command security education program ## Footnote The CSM ensures compliance with security policies and procedures.

Answer 6

Defense Information System for Security. ## Footnote It is an automated system of record for personnel security management within the DoD.

Answer 7

* Safeguarding national security * Overseeing and managing counterintelligence and security efforts * Ensuring protection from espionage and sabotage ## Footnote DCSA is vital for maintaining the security of U.S. defense operations.

Answer 8

Suspension of SCI access will not exceed 90 days without express consent of the SOIC or designee. ## Footnote This measure is to safeguard sensitive classified information.

Answer 9

Must be conspicuously marked with the highest level of classification stored on the device. ## Footnote This ensures proper handling and security of classified data.

Answer 10

An emergency message used to notify a service member of emergency health situations of a family member. ## Footnote AMCROSS messages are critical for timely communication in emergencies.

Answer 11

Automated Digital Network System. Connects Navy shipboard networks to other ship and shore networks to IP data of various classification levels. ## Footnote ADNS enhances communication capabilities within the Navy.

Answer 12

Ensures effective, efficient, and secure communication within the Navy and across allied forces. ## Footnote Standardized messages enhance clarity and interoperability.

Answer 13

Operational security condition implemented to restrict or control communications. ## Footnote It enhances operational security by limiting external communication channels.

Answer 14

Telecommunications Electronics Materials Protected from Emanating Spurious Transmissions. ## Footnote TEMPEST controls compromising emanations from telecommunications systems.

Answer 15

Control of all electromagnetic and acoustic radiations to avoid detection by hostile forces. ## Footnote EMCON minimizes electromagnetic radiation during sensitive operations.

Answer 16

Operational Tasking Communications Message. Disseminates afloat communications plans. ## Footnote It assigns portions of the frequency spectrum to systems and transmitters.

Answer 17

Communications Plan. A multi-step process for developing and implementing communications in support of missions. ## Footnote It details frequency assignments for specific units.

Answer 18

Over the Air Key Transfer. ## Footnote It transmits electronic KEYMAT material directly to crypto devices.

Answer 19

A device used to connect segments of a LAN, operating at Layer 1 of the OSI model. ## Footnote Hubs copy incoming packets to all ports for network communication.

Answer 20

A small hardware device that joins multiple computers within one LAN and contains more intelligence than a hub. ## Footnote Switches improve network efficiency by directing data to specific devices.

Answer 21

A software framework that allows applications to run. ## Footnote Application servers provide an environment for applications to execute and manage their operations.

Answer 22

Connects segments of a LAN, operates at Layer 1 (Physical Layer) of the OSI model. ## Footnote Hubs copy incoming packets to all ports, allowing all segments to see all packets.

Answer 23

Switches inspect data packets, determine source and destination, and forward them appropriately. ## Footnote Switches operate at Layer 2 (Data Link Layer) of the OSI model and conserve bandwidth.

Answer 24

Forwards data packets between networks, operates at Layer 3 (Network Layer) of the OSI model. ## Footnote Routers read address information in packets to direct them to their destination.

Answer 25

Wireless Application Protocol ## Footnote A protocol suite for interoperability of WAP equipment and software with various network technologies.

Answer 26

Acts as an intermediary for requests from clients seeking resources from other servers. ## Footnote It controls client access to the internet.

Answer 27

Device or set of devices that permit or deny network transmissions based on rules. ## Footnote Firewalls protect networks from unauthorized access while allowing legitimate communications.

Answer 28

A hardware device that manages multiple, simultaneous VPN connections. ## Footnote It enables secure communication between remote users and a central network.

Answer 29

Copies of data used to restore the original after a data loss event. ## Footnote Back-ups are essential for data recovery.

Answer 30

Regenerates incoming electrical, wireless, or optical signals. ## Footnote Repeaters extend the distance over which data can travel without degradation.

Answer 31

Located at customer sites, optimized for low cost. ## Footnote Access routers are used in small office/home office (SOHO) environments.

Answer 32

Aggregates traffic from multiple access routers and enforces quality of service. ## Footnote Distribution routers have considerable memory and processing intelligence.

Answer 33

Provides a 'collapsed backbone' interconnecting distribution tier routers. ## Footnote Core routers are optimized for high bandwidth.

Answer 34

Local Area Network, a group of computers sharing a common communications line. ## Footnote LANs typically cover a small geographic area, like an office building.

Answer 35

Wide Area Network, spans a large geographic area connecting multiple smaller networks. ## Footnote The Internet is the most popular WAN.

Answer 36

Metropolitan Area Network, interconnects several LANs using high-capacity backbone technology. ## Footnote MANs usually span a city or large campus.

Answer 37

Global Area Network, composed of interconnected WANs covering unlimited geographical areas. ## Footnote GANs facilitate global connectivity.

Answer 38

Network architecture where clients connect via a shared communications line. ## Footnote It may have collision handling mechanisms to manage simultaneous transmissions.

Answer 39

Network topology with one central switch or hub acting as a conduit for messages. ## Footnote Star networks are common due to their simplicity and reliability.

Answer 40

Network architecture where each node connects to two others, forming a continuous pathway. ## Footnote Data travels from node to node, but a single link failure can disrupt the network.

Answer 41

Network architecture where each node acts as an independent router. ## Footnote Mesh networks allow for continuous connections and reconfiguration around broken paths.

Answer 42

Virtual LAN, a broadcast domain partitioned and isolated at the data link layer. ## Footnote VLANs enhance network management and security.

Answer 43

Open Systems Interconnection Model, a way of sub-dividing a communications system into layers. ## Footnote The OSI model has 7 layers, each providing specific services.

Answer 44

A set of protocols for network communication, consisting of 4 layers. ## Footnote TCP/IP is the most widely used network protocol.

Answer 45

IPv4: 32-bit address, ~4.3 billion addresses. IPv6: 128-bit address, virtually unlimited addresses. ## Footnote IPv6 was developed to address IPv4 address exhaustion.

Answer 46

Non-classified Internet Protocol Router Network for exchanging sensitive but unclassified information. ## Footnote It provides users access to the internet.

Answer 47

Secret Internet Protocol Router Network for transmitting classified information securely. ## Footnote Used by the U.S. DoD and DoS.

Answer 48

Joint Worldwide Intelligence Communications Systems for transmitting classified information. ## Footnote Operates securely over TCP/IP.

Answer 49

Consolidated Afloat Networks and Enterprise Services for modernizing shipboard and shore-based networks. ## Footnote It enhances command, control, communications, and intelligence capabilities.

Answer 50

Regulates how application software uses computer hardware. ## Footnote It provides a user interface and manages system resources.

Answer 51

Computer software designed to help users perform specific tasks. ## Footnote Applications can be standalone or integrated with other software.

Answer 52

File Transfer Protocol, used to transfer large amounts of data. ## Footnote Operates on ports 20/21.

Answer 53

Secure Shell, a protocol for encrypted connections. ## Footnote Operates on port 22.

Answer 54

Telecommunications Network protocol for remote access. ## Footnote Operates on port 23.

Answer 55

Simple Mail Transfer Protocol for sending and receiving email. ## Footnote Operates on port 25.

Answer 56

Domain Name Service, required for connecting to remote computers by domain name. ## Footnote Operates on port 53.

Answer 57

Dynamic Host Configuration Protocol for assigning IP addresses. ## Footnote Operates on ports 67/68.

Answer 58

TCP: Reliable, ensures data integrity. UDP: Unreliable, faster transmission. ## Footnote TCP operates at the Transport layer, while UDP is a connectionless protocol.

Answer 59

Mandatory Access Controls, the strictest level of control. ## Footnote Access is controlled by settings defined by the system administrator.

Answer 60

Discretionary Access Controls, allows users to control access to their own data. ## Footnote Typically has an Access Control List (ACL) associated with it.

Answer 61

Role Based Access Controls, assigns permissions based on job functions. ## Footnote Users are assigned to roles that have specific permissions.

Answer 62

Network Address Translation, modifies IP addresses in packet headers. ## Footnote Allows multiple devices to share a single public IP address.

Answer 63

Port Address Translation, allows multiple devices to share a single public IP with unique port numbers. ## Footnote Also known as NAT Overload.

Answer 64

Demilitarized Zone, isolates publicly accessible services from the internal network. ## Footnote Acts as a buffer zone for added security.

Answer 65

Creating virtual instances of computing resources rather than using physical hardware. ## Footnote It improves efficiency and resource management.

Answer 66

Manages users, devices, and resources within a Windows network environment. ## Footnote Active Directory is essential for network administration.

Answer 67

Acts as a buffer zone between the public internet and a private network, adding an extra layer of security ## Footnote Firewalls help protect internal networks from external threats.

Answer 68

Process of creating virtual instances of computing resources rather than using dedicated physical hardware ## Footnote Improves efficiency, scalability, and resource management.

Answer 69

* Users * Devices * Resources ## Footnote Centralized management within a Windows network environment.

Answer 70

* Centralized User and Device Management * Authentication and Authorization * Group Policy Management * Single Sign-On (SSO) * Improved Security * Scalability and Organization ## Footnote Each function enhances network management and security.

Answer 71

The practice of protecting networks, systems, devices, and data from cyber threats, attacks, and unauthorized access ## Footnote Involves ensuring confidentiality, integrity, and availability (CIA) of information.

Answer 72

Responsible for ensuring that all cybersecurity components have completed the appropriate evaluation and configuration processes ## Footnote ISSM stands for Information Systems Security Manager.

Answer 73

Assists the ISSM and implements cybersecurity policies and procedures ## Footnote ISSO stands for Information System Security Officer.

Answer 74

Method of bypassing normal authentication to secure remote access to a computer ## Footnote Often remains undetected while allowing unauthorized access.

Answer 75

Self-replicating malware that uses a network to send copies of itself to other computers ## Footnote Can spread without user intervention.

Answer 76

Malware that appears to perform a desirable function but facilitates unauthorized access ## Footnote Often disguised as legitimate software.

Answer 77

Computer program that can copy itself and infect a computer ## Footnote Spreads through executable code.

Answer 78

An attempt to acquire sensitive information by masquerading as a trustworthy entity ## Footnote Commonly targets usernames, passwords, and credit card details.

Answer 79

A password-cracking technique that systematically tries common words and phrases ## Footnote Targets weak passwords that users often choose.

Answer 80

Exploiting flaws to gain higher access privileges than originally granted ## Footnote Includes vertical and horizontal escalation.

Answer 81

A trial-and-error method where an attacker tries all possible combinations of passwords ## Footnote Often time-consuming and resource-intensive.

Answer 82

A reconnaissance technique that identifies active hosts and services using scanning tools ## Footnote Helps attackers map out a target's network.

Answer 83

A precomputed table of hashed passwords used to reverse hashed passwords quickly ## Footnote Allows attackers to find matches without brute-forcing.

Answer 84

Manipulating people into revealing confidential information ## Footnote Methods include phishing and baiting.

Answer 85

Occurs when a program writes more data into a buffer than it can hold ## Footnote Can lead to arbitrary code execution or system crashes.

Answer 86

Overloads a system with excessive traffic, making it unavailable to legitimate users ## Footnote Uses a single attack source.

Answer 87

A DoS attack using multiple compromised devices to flood a target with traffic ## Footnote More powerful than a standard DoS attack.

Answer 88

A code injection attack that exploits vulnerabilities in web applications ## Footnote Allows attackers to manipulate databases and retrieve sensitive data.

Answer 89

Identification, assessment, and prioritization of risks followed by coordinated application of resources ## Footnote Aims to minimize and control the impact of unfortunate events.

Answer 90

Ensures sensitive data is accessible only to authorized users ## Footnote Examples include encryption and access control mechanisms.

Answer 91

Ensures data remains accurate and unaltered unless modified by authorized personnel ## Footnote Examples include hashing algorithms and digital signatures.

Answer 92

Ensures systems and data are accessible whenever needed by authorized users ## Footnote Examples include redundant servers and disaster recovery plans.

Answer 93

Ensures an entity cannot deny sending or modifying data after the fact ## Footnote Examples include digital signatures and log files.

Answer 94

Ensures users and data sources are verified before access is granted ## Footnote Examples include biometric authentication and two-factor authentication.

Answer 95

Public Key Infrastructure, a framework that manages digital keys and certificates ## Footnote Provides secure communication and authentication.

Answer 96

Public Key Cryptography, a method using two mathematically linked keys ## Footnote Ensures secure data transmission and prevents man-in-the-middle attacks.

Answer 97

Sanitize and redact classified content, apply downgraded marking, and log the transaction ## Footnote Ensures compliance with security protocols.

Answer 98

Vet files through a one-way guard, scan for malware, and enforce file-type policies ## Footnote Only compliant data is admitted into the higher domain.

Answer 99

Complete range of electromagnetic frequencies from 3 kHz to beyond 300,000 THz ## Footnote Audio frequencies (15 Hz-20 kHz) are not electromagnetic energy and are not included.

Answer 100

* Wavelength: More than 1 mm * Frequency: Less than 300 GHz * Energy: Lowest in the spectrum ## Footnote Used for long-distance communication.

Answer 101

* Wavelength: 1 mm - 1 m * Frequency: 300 MHz - 300 GHz * Energy: Higher than radio waves but still low ## Footnote Commonly used in communication and cooking.

Answer 102

* Wavelength: 700 nm - 1 mm * Frequency: 300 GHz - 430 THz * Energy: Lower than visible light ## Footnote Used in remote controls and thermal imaging.

Answer 103

* Wavelength: 400 nm - 700 nm * Frequency: 430 THz - 770 THz * Energy: Medium, allows vision ## Footnote The only part of the electromagnetic spectrum visible to the human eye.

Answer 104

* Wavelength: 10 nm - 400 nm * Frequency: 770 THz - 30 PHz * Energy: Higher than visible light; can cause chemical reactions ## Footnote Responsible for sunburns and sterilization.

Answer 105

* Wavelength: 0.01 nm - 10 nm * Frequency: 30 PHz - 30 EHz * Energy: Very high; penetrates soft tissues ## Footnote Commonly used in medical imaging.

Answer 106

* Wavelength: Less than 0.01 nm * Frequency: More than 30 EHz * Energy: Highest in the spectrum; can damage cells ## Footnote Used in cancer treatment and nuclear reactions.

Answer 107

3 Hz - 30 Hz ## Footnote Used for long-range signals to submarines.

Answer 108

30 Hz - 300 Hz ## Footnote Used for long-range signals to submarines.

Answer 109

300 Hz - 3 kHz ## Footnote Used for long-range signals to submarines.

Answer 110

3 kHz - 30 kHz ## Footnote Used for long-range signals and message traffic to submarines.

Answer 111

30 kHz - 300 kHz ## Footnote Used for fleet multi-channel broadcast systems.

Answer 112

300 kHz - 3 MHz ## Footnote Used for AM radio and international distress frequencies.

Answer 113

3 MHz - 30 MHz ## Footnote Used for long-distance communications.

Answer 114

30 MHz - 300 MHz ## Footnote Used for line-of-sight communications.

Answer 115

300 MHz - 3 GHz ## Footnote Used for tactical voice transmissions.

Answer 116

3 GHz - 30 GHz ## Footnote Used for SATCOM and modern radars.

Answer 117

30 GHz - 300 GHz ## Footnote Used for experimental radars and SATCOM.

Answer 118

The bending of a wave as it passes from one medium to another with a different density ## Footnote Causes a change in speed and direction.

Answer 119

The bouncing back of a wave when it encounters a surface or boundary that does not absorb its energy ## Footnote Important in radar and communication.

Answer 120

The spreading of waves when they encounter obstacles or pass through narrow openings ## Footnote Allows radio signals to bend around buildings.

Answer 121

A technique that allows multiple signals to share the same transmission medium ## Footnote Separates them in time, frequency, or code.

Answer 122

The range of frequencies that a transmission channel can carry ## Footnote Higher bandwidth allows for faster data transmission.

Answer 123

Modulation technique where digital signals are transmitted by varying properties of a carrier wave ## Footnote Common types include ASK, FSK, and PSK.

Answer 124

The orientation of the electric field of an electromagnetic wave ## Footnote Crucial in radio communication to reduce interference.

Answer 125

The change in frequency or wavelength of a wave relative to an observer moving towards or away from the wave source ## Footnote Observed in sound and electromagnetic waves.

Answer 126

Radio waves that travel along the Earth's surface ## Footnote Effective for long distances, especially at low frequencies.

Answer 127

Radio waves that are reflected or refracted back to Earth by the ionosphere ## Footnote Enable long-distance communication beyond the horizon.

Answer 128

Radio waves that travel directly through the atmosphere or space ## Footnote Used in satellite communication.

Answer 129

Type of ground wave that propagates along the Earth's surface ## Footnote Effective at very low frequencies.

Answer 130

A region where a transmitted radio signal does not reach ## Footnote Results in a communication gap between the transmitter and receiver.

Answer 131

Lowest atmospheric layer, extending from the surface to roughly 8-15 km altitude ## Footnote Contains most of the Earth's weather phenomena.

Answer 132

Spans from the top of the troposphere up to about 50 km altitude ## Footnote Has a more stable temperature and minimizes interference.

Answer 133

Electrically charged region of the upper atmosphere, extending roughly from 60 km to 1,000 km altitude ## Footnote Reflects or refracts high-frequency radio waves.

Answer 134

Conditions like rain, snow, fog, and storms can affect wave propagation ## Footnote Causes scattering, absorption, and refraction of signals.

Answer 135

The gradual reduction in signal strength as it travels through a medium ## Footnote Significant in high-frequency communication.

Answer 136

The variation in signal strength at the receiver due to interference ## Footnote Caused by reflection, refraction, or atmospheric conditions.

Answer 137

Temporary dark regions on the Sun's surface that increase ionospheric activity ## Footnote Can enhance or disrupt radio wave propagation.

Answer 138

Occurs when a temperature inversion traps radio waves between layers of the atmosphere ## Footnote Allows them to travel longer distances.

Answer 139

The process where solar radiation energizes atmospheric gases, creating charged particles ## Footnote Affects wave propagation and enables long-distance HF communication.

Answer 140

Intense bursts of radiation from the Sun that release large amounts of charged particles ## Footnote Can cause radio blackouts and GPS errors.

Answer 141

The process of modifying a carrier wave's properties to encode information for transmission ## Footnote Essential for effective communication.

Answer 142

The reverse process of modulation, where the original information signal is extracted ## Footnote Critical for receiving transmitted information.

Answer 143

Upper Sideband ## Footnote A form of Amplitude Modulation (AM).

Answer 144

Lower Sideband ## Footnote The opposite of USB in amplitude modulation.

Answer 145

Continuous Wave ## Footnote A form of modulation for long-distance communication.

Answer 146

Refers to the position of a waveform relative to time ## Footnote Varying phase encodes data.

Answer 147

Amplitude Modulation ## Footnote Commonly used in aircraft communication and emergency broadcasts.

Answer 148

Frequency Modulation ## Footnote Provides better noise resistance for short-range communication.

Answer 149

Single Side Band ## Footnote A form of AM that reduces bandwidth usage.

Answer 150

Double Side Band ## Footnote Transmits both upper and lower sidebands along with the carrier.

Answer 151

Phase Modulation ## Footnote Varies the phase of the carrier wave to encode information.

Answer 152

Varies pulse amplitude, width, or position to encode information ## Footnote Commonly used in radar and encrypted military communication.

Answer 153

Allows data transmission in both directions, but only one direction at a time ## Footnote A device must wait for the other to finish.

Answer 154

Allows data transmission simultaneously in both directions ## Footnote Improves efficiency.

Answer 155

Allows for automatic switching between transmitting and receiving ## Footnote Without manual intervention.

Answer 156

One-way only, where information flows from the sender to the receiver ## Footnote Without a response.

Answer 157

Sends a signal from one source to multiple receivers ## Footnote One way, with no expectation for a reply.

Answer 158

Pulse Repetition Interval/Pulse Repetition Time ## Footnote Determines the radar's range.

Answer 159

Pulse Repetition Frequency ## Footnote Number of radar pulses transmitted per second.

Answer 160

Radio Frequency ## Footnote Frequency of the radar signal used for detecting targets.

Answer 161

Bandwidth ## Footnote Affects radar's ability to distinguish between objects.

Answer 162

Continuous Wave ## Footnote Increases effectiveness for speed measurement.

Answer 163

Pulse Width ## Footnote Determines the radar's range resolution.

Answer 164

The radar's movement pattern as it sweeps an area ## Footnote Different scan types determine how quickly targets are located.

Answer 165

The horizontal angle or direction from the radar's position to a target ## Footnote Measured in degrees relative to true north.

Answer 166

The radar's ability to distinguish between closely spaced targets ## Footnote Higher resolution enables precise tracking.

Answer 167

The vertical angle between the radar and the target ## Footnote Crucial for airborne target tracking.

Answer 168

Ensures superior situational awareness and informed decision-making ## Footnote Protects national and allied maritime interests.

Answer 169

Planning & Direction ## Footnote Establishes intelligence requirements based on mission needs.

Answer 170

The vertical angle between the radar and the target relative to the horizon ## Footnote It is crucial for airborne target tracking, missile guidance, and weather radar systems.

Answer 171

Ensures superior situational awareness, informed decision-making, and the protection of national and allied maritime interests in peacetime and conflict ## Footnote This is essential for effective military operations.

Answer 172

* Planning & Direction * Collection * Processing & Exploitation * Analysis & Production * Dissemination & Integration * Evaluation & Feedback ## Footnote These steps guide the intelligence process from requirement to actionable insights.

Answer 173

Raw, unprocessed facts and figures collected from various sources ## Footnote Data has no inherent meaning until it is organized and analyzed.

Answer 174

* Information: Processed data that provides meaning * Intelligence: Analyzed information that provides insights and assessments ## Footnote Intelligence answers why something is happening and its implications.

Answer 175

Policies, procedures, and regulations ensuring intelligence activities are conducted legally and ethically ## Footnote It is designed to prevent abuses of power and protect civil liberties.

Answer 176

A citizen of the U.S., an alien resident lawfully admitted for permanent residence, or a corporation incorporated in the U.S. ## Footnote This definition is crucial for legal intelligence operations.

Answer 177

* Title 10: Governs military operations * Title 50: Governs intelligence and national security activities ## Footnote Title 10 is military-focused, while Title 50 deals with intelligence operations.

Answer 178

Provides real-time threat assessments and supports target acquisition ## Footnote Utilizes SIGINT, IMINT, and HUMINT for operational advantage.

Answer 179

Questions or requests that drive intelligence collection and analysis ## Footnote Derived from information requirements and focus on what must be collected.

Answer 180

Friendly Forces Information Requirement ## Footnote Refers to information a commander needs about friendly forces to conduct operations.

Answer 181

Geospatial Intelligence ## Footnote Collects and analyzes imagery and geospatial data from various sources.

Answer 182

Integrating, analyzing, and synthesizing information from multiple sources ## Footnote Aims to improve decision-making by providing comprehensive intelligence.

Answer 183

Provides early warning of potential threats or impending attacks ## Footnote Allows decision-makers to take preventive measures.

Answer 184

Ensures Combatant Commanders have the intelligence needed for effective mission execution ## Footnote Facilitates real-time threat analysis and interagency coordination.

Answer 185

* Define the Operating Environment * Describe the Impact of the Operating Environment * Evaluate the Adversary * Determine Adversary Courses of Action ## Footnote This process helps analyze and understand the operational environment.

Answer 186

Common Operational Picture ## Footnote A real-time visualization of the operational environment integrating various activities.

Answer 187

Planning, coordination, and execution of Intelligence, Surveillance, and Reconnaissance ## Footnote Key components include CONOP and PED.

Answer 188

Find, Fix, Track, Target, Engage, and Assess ## Footnote A process used to locate and neutralize enemy threats.

Answer 189

Find, Fix, Track, Target, Engage, Assess ## Footnote It is a process used to locate and neutralize enemy threats, particularly time-sensitive targets.

Answer 190

Establishes standards for intelligence analysis ## Footnote Ensures accuracy, objectivity, and integrity in intelligence products.

Answer 191

National Intelligence Priorities Framework (NIPF) ## Footnote Aligns intelligence collection and resources with critical national security needs.

Answer 192

Sourcing Requirements for Disseminated Analytic Products ## Footnote Establishes standards for properly citing sources in intelligence analysis.

Answer 193

Tradecraft Standards for the Intelligence Community ## Footnote Establishes common standards for conducting intelligence analysis across all IC agencies.

Answer 194

Maintenance and Material Management Program ## Footnote A U.S. Navy-wide system designed to ensure efficient maintenance and material readiness.

Answer 195

* Organizational-Level Maintenance (TA-4) * External Support at Sea (TA-3) * Shore-Based Repair Facilities (TA-2) * Full Overhaul & Major Repairs (TA-1) ## Footnote Each level has specific responsibilities and resources.

Answer 196

Ensure Navy equipment remains operational and mission-ready ## Footnote Aims to prevent equipment failures, increase lifespan, and reduce downtime.

Answer 197

Reports equipment malfunctions and maintenance actions ## Footnote Used for requests that exceed routine preventive maintenance.

Answer 198

Provides safety precautions for hazardous materials ## Footnote Essential for safe handling during maintenance.

Answer 199

Maintenance Requirement Card ## Footnote Provides step-by-step instructions for conducting maintenance.

Answer 200

Safety system to prevent accidental operation of equipment ## Footnote Uses tags and locks to indicate equipment must not be operated.

Answer 201

Tasking, Collection, Processing, Exploitation, Dissemination ## Footnote An operating concept for organizing and processing environmental data.

Answer 202

Optimize sea power through oceanographic knowledge ## Footnote Supports U.S. National Security by providing forecast battlespace.

Answer 203

Generates and delivers numerical weather and oceanographic forecasts ## Footnote Critical for naval operations and tactical support.

Answer 204

Provides precise astronomical data and timekeeping services ## Footnote Critical for navigation and operational systems.

Answer 205

Provide maritime forecasts and warnings for various regions ## Footnote Supports 2nd, 4th, and 6th fleet operations.

Answer 206

Keep the Fleet safe from hazardous weather ## Footnote Provides timely and accurate weather forecasts and recommendations.

Answer 207

* Keep the Fleet safe from hazardous weather * Enable effective operations and planning decisions * Provide timely and accurate aviation, maritime, and installation weather forecasts, warnings, and recommendations ## Footnote Supports 3rd, 5th, and 7th fleet.

Answer 208

Administrative Control ## Footnote CNMOC is administratively managed by USFF, responsible for personnel, training, resource allocation, and readiness.

Answer 209

Operational Control ## Footnote CNMOC falls under the operational control of NAVIFOR, integrating its products and services into tactical and operational planning.

Answer 210

* Environmental intelligence * METOC intelligence ## Footnote Supported through SCIF capable units like NAVO, FNMOC, and JTWC.

Answer 211

Monitoring and forecasting tropical cyclones in the Pacific and Indian Oceans ## Footnote Supports broader warning systems for events that could trigger tsunami conditions.

Answer 212

* Monitors the Pacific Ocean for tsunami-generating events * Issues warnings to international partners, maritime interests, and coastal communities ## Footnote Focuses on undersea earthquakes and volcanic eruptions.

Answer 213

Tsunami warnings specifically for U.S. coastal areas ## Footnote Ensures timely alerts for local authorities and the public.

Answer 214

* FWC-NOR provides localized meteorological data * NHC supplies broader forecasts and warnings ## Footnote Supports tropical operations in the Atlantic.

Answer 215

* Initial outlook on disturbed weather areas * Geographic coordinates * Current movement * Atmospheric and oceanic conditions * Assessment of development potential ## Footnote Updates typically every 6 hours.

Answer 216

A tropical disturbance is organizing and likely to form a cyclone within 24 hours ## Footnote Issued to alert about potential cyclone formation.

Answer 217

* Detailed information about the storm * Storm characteristics * Estimated path * Hazard information * Safety recommendations ## Footnote Updated as the storm evolves.

Answer 218

Hurricane season is active; TCCOR 5 is maintained ## Footnote Indicates that any storm/hurricane is greater than 72 hours away.

Answer 219

Destructive force winds are possible within 72 hours ## Footnote Indicates a heightened state of alert.

Answer 220

Destructive force winds are possible within 48 hours ## Footnote Further escalates the alert status.

Answer 221

Destructive force winds are anticipated within 24 hours ## Footnote Signals imminent threat.

Answer 222

Destructive force winds are imminent within 12 hours ## Footnote Represents the highest level of alert.

Answer 223

Maximum sustained winds are less than 34 knots (approximately 39 mph) ## Footnote Represents the weakest classification of tropical systems.

Answer 224

Maximum sustained winds range from 34 to 63 knots (roughly 39 to 73 mph) ## Footnote Indicates a stronger tropical system.

Answer 225

Maximum sustained winds are at least 64 knots (74 mph) but below super typhoon threshold ## Footnote Represents a significant tropical cyclone.

Answer 226

Maximum sustained winds reach 130 knots (about 150 mph) or higher ## Footnote Represents the most intense tropical cyclones.

Answer 227

A destructive tsunami is imminent or already occurring ## Footnote Poses a significant threat to life and property.

Answer 228

A tsunami is expected but likely smaller and less damaging than in a warning scenario ## Footnote Provides a cautionary alert.

Answer 229

Potential for tsunami development that could affect certain areas ## Footnote Does not confirm an immediate threat.

Answer 230

Provides additional context, status updates, or clarifications about ongoing tsunami events ## Footnote Does not convey a direct call to action.

Answer 231

* Develop and disseminate meteorological, oceanographic, and hydrographic forecasts * Inform operational planning and training ## Footnote Essential for fleet readiness.

Answer 232

Deliver region-specific environmental assessments ## Footnote Support operational decision-making with ocean conditions analysis.

Answer 233

* Underwater acoustics * Sound propagation * Hydrographic information ## Footnote Essential for submarine stealth and navigation.

Answer 234

Analyze the Pacific's unique underwater environment ## Footnote Deliver data on factors influencing sonar performance.

Answer 235

Integrate environmental intelligence into operational planning ## Footnote Assess ocean dynamics, climate, and hydrographic conditions.

Answer 236

Perform environmental assessments to support naval operations ## Footnote Identify hazards and optimize navigational routes.

Answer 237

Ensure environmental conditions are factored into deterrence and planning ## Footnote Provide data for long-range planning asset use.

Answer 238

Provides environmental context for long-range planning and operational readiness ## Footnote Studies long-term weather trends and patterns.

Answer 239

A systematic, iterative process for analyzing missions and developing courses of action ## Footnote Translates decisions into planned actions.

Answer 240

* METOC Estimate: Assessment of environmental conditions * Environmental Analysis: Identifies impacts on operations * Recommendations: Advises on utilizing the environment ## Footnote Essential for effective mission planning.

Answer 241

* Supports developing, integrating, and conducting full-spectrum space domain operations * Advocates for the Fleet to obtain space capabilities * Establishes requirements for training and integration of space capabilities * Provides space planning and operations expertise to the Fleet ## Footnote The Navy Space Command operates as the Navy service component to United States Space Command.

Answer 242

* Tracking, cataloging, and characterizing all objects in Earth orbit * Uses a network of sensors such as radar and optical systems ## Footnote Maintains a picture of the space environment.

Answer 243

* Disrupt adversary space systems * Degrade adversary space capabilities * Deny adversary access to space systems ## Footnote These operations are conducted when necessary.

Answer 244

* Satellite constellations (e.g., GPS) ## Footnote Delivers precise location and time data globally.

Answer 245

* Collect imagery, signals, and other data * Supports national security and strategic planning ## Footnote Monitors adversary activities and environmental conditions.

Answer 246

* Continuous, secure communication links * Essential for command and control ## Footnote Ensures military forces maintain connectivity even in remote areas.

Answer 247

* Observing space weather phenomena * Predicting and mitigating potential adverse effects on satellites ## Footnote Includes monitoring solar flares and geomagnetic storms.

Answer 248

* Detect missile launches worldwide * Track trajectories in real time ## Footnote Critical for early threat detection.

Answer 249

* Detect electromagnetic signatures and particulate matter from nuclear explosions ## Footnote Supports treaty compliance and global nuclear monitoring.

Answer 250

* Ranges from 160 km to 2,000 km above Earth * Orbital period of 90 - 120 minutes * Reduced signal delay and higher resolution for imaging ## Footnote More atmospheric drag requiring occasional orbital adjustments.

Answer 251

* Approximately 35,786 km above the equator * Period approximately equal to one day ## Footnote Geostationary satellites remain fixed over one point on the equator.

Answer 252

* Encompasses satellites and spacecraft in orbit * Includes payloads and communication links ## Footnote Essential for the operation of space systems.

Answer 253

* Enhanced Intelligence, Surveillance, and Reconnaissance (ISR) * Reliable Communications * Precise Navigation and Positioning * Environmental Monitoring * Deterrence and Strategic Advantage ## Footnote These benefits support military operations and national security.

Answer 254

* Space Debris * Micrometeoroids * Vacuum of space ## Footnote These hazards pose risks to spacecraft and life support systems.

Answer 255

* Target adversary's space capabilities * Use reversible and nonreversible means ## Footnote Operations may include actions to deceive, disrupt, or destroy adversary capabilities.

Answer 256

* Generate agile and technically superior IW forces ## Footnote Ensures Navy can decisively deter, compete, and win.

Answer 257

* Assured Command and Control * Integrated Fires * Battlespace Awareness ## Footnote These capabilities ensure effective operations across multiple domains.

Answer 258

Attack on USS LIBERTY ## Footnote The attack emphasized the need for better integration of intelligence and operational awareness.

Answer 259

* Critical turning point in the Pacific Theater * Demonstrated the value of timely, accurate intelligence ## Footnote Led to the establishment of the Information Warfare Community.

Answer 260

* One killed during the attack * Rest held captive for 11 months ## Footnote This incident highlighted vulnerabilities in U.S. cryptologic and intelligence systems.

Answer 261

* Breach of U.S. cryptologic and intelligence systems * Forced overhaul of communications security procedures * Development of the Emergency Destruction Plan (EDP) ## Footnote These changes were crucial for improving national security.

Answer 262

The D-Day landing on June 6th, 1944 ## Footnote It was the largest amphibious invasion in history aimed at liberating Western Europe from Nazi occupation.

Answer 263

* Deceive Germans about invasion location * Use false radio traffic * Employ double agents and dummy equipment ## Footnote Specifically, it aimed to convince the Germans that the invasion would occur at Pas de Calais.

Answer 264

* Broke the German Enigma code * Gained insights into German troop movements and defenses ## Footnote This intelligence was critical for the success of the invasion.

Answer 265

Allied codename for a Japanese diplomatic cipher machine ## Footnote It was used for diplomatic communications and revealed Japanese intentions before and during WWII.

Answer 266

William Friedman ## Footnote They broke the code in 1940, prior to the attack on Pearl Harbor.

Answer 267

A group of U.S. Navy radiomen and cryptologists ## Footnote They were trained in radio intercept and communications intelligence, marking the foundation of U.S. Navy cryptologic warfare.

Answer 268

Recognizes exceptional Command Language Program (CLP) enhancing mission readiness ## Footnote Criteria include effective resource use, innovation, and demonstrated improvement in language readiness.

Answer 269

* Significant contributions to curriculum development * Exceptional performance in managing language programs * Innovation in language education * Mentorship of linguists * Impact on mission readiness ## Footnote This award honors outstanding language program managers or instructors.

Answer 270

An individual linguist demonstrating exceptional skills and contributions ## Footnote Criteria include superior performance on language tests and contributions to mission success.

Answer 271

Acknowledges excellence in foreign language proficiency ## Footnote Criteria include high proficiency scores and significant contributions using language skills.

Answer 272

* CTN (Cryptologic Technician - Networks) * CTR (Cryptologic Technician - Collection) * CTI (Cryptologic Technician - Interpretive) * CTM (Cryptologic Technician - Maintenance) * CTT (Cryptologic Technician - Technical) * IS (Intelligence Specialist) * IT (Information Systems Technician) * AG (Aerographer's Mate) ## Footnote Each rating focuses on specific aspects of information warfare.

Answer 273

* 1800 – Oceanography Officer * 1810 – Cryptologic Warfare (CW) Officer * 1820 – Information Professional (IP) Officer * 1830 – Intelligence Officer * 1840 – Cyber Warfare Engineer (CWE) ## Footnote Includes both officer and warrant officer designators.

Answer 274

* Arabic (NEC 9ARB) * Chinese (Mandarin) (NEC 9CBA / 9CBM) * Korean (NEC 9KMP) * Persian-Farsi (NEC 9PTR) * Russian (NEC 9RUS) ## Footnote These languages are critical for national defense and intelligence missions.

Answer 275

Advance Information Warfare (IW) readiness ## Footnote It develops, integrates, and standardizes IW tactics, techniques, and procedures.

Answer 276

Central Office of Record for Communications Security (COMSEC) accounts ## Footnote It oversees handling, distribution, and compliance with cryptographic security policies.

Answer 277

Central authority for electromagnetic spectrum management ## Footnote It ensures compliance with spectrum regulations and supports operational readiness.

Answer 278

Lee Rork in 1958 ## Footnote This marked a significant milestone in the history of the Aerographer's Mate rating.

Answer 279

July 1919 ## Footnote This was an early step in integrating meteorology into naval operations.

Answer 280

* Survey ships and research vessels * Buoys and drifting floats * Unmanned systems (UUVs/USVs/AUVs) * Space-based remote sensing (Satellites) * Shipboard and airborne METOC observations * Deployable expeditionary teams ## Footnote These methods ensure comprehensive environmental data collection.

Answer 281

Determines positions and motions of celestial objects ## Footnote It provides astronomical data and maintains the Master Clock for the United States.

Answer 282

March 23rd, 1882 ## Footnote It was created to collect and disseminate information to support naval modernization.

Answer 283

Navy Lieutenant Theodorus Bailey Myers Mason ## Footnote He was the first Chief Intelligence Officer of ONI.

Answer 284

March 23rd 1882 ## Footnote The ONI was created to serve as an intelligence office for the U.S. Navy.

Answer 285

To collect and disseminate information on technological developments abroad to support the modernization of the US Navy and increase naval superiority ## Footnote It is the oldest member of the U.S. Intelligence Community.

Answer 286

Navy Lieutenant Theodorus Bailey Myers Mason ## Footnote He was the founder and first Chief Intelligence Officer of ONI.

Answer 287

William H. Hunt ## Footnote His actions formalized the establishment of the ONI.

Answer 288

Serving in two distinct capacities: * Commander of Naval Intelligence * Director of Naval Intelligence ## Footnote This individual leads both the naval intelligence community and serves as the principal intelligence advisor to the Chief of Naval Operations.

Answer 289

Provides strategic scientific and technical intelligence (S&TI) analysis of: * Foreign technologies * Sensors * Weapons * Platforms * Combat systems * C4ISR * Cyber capabilities ## Footnote Named for Admiral David Farragut, it conducts ONI's foreign materiel exploitation and signal intelligence analysis.

Answer 290

Information services that support global maritime and intelligence operations ## Footnote Named for Rear Admiral Grace Hopper, it assists in the integration, testing, fielding, and maintenance of advanced technologies utilized by ONI.

Answer 291

Provides intelligence on potential threats posed by asymmetrical warfare to: * Navy Special Warfare * Navy Expeditionary Combat Command forces ## Footnote Named for President John F. Kennedy.

Answer 292

Responsible for: * Maritime Domain Awareness (MDA) * Global Maritime Intelligence Integration (GMII) ## Footnote Named for Fleet Admiral Chester W. Nimitz, it maintains the U.S. Navy's warfighting superiority.

Answer 293

Assimilates subject matter expertise with publicly available information to address strategic priorities concerning: * Security threats to the global maritime environment ## Footnote Named for Rear Admiral Thomas A. Brooks.

Answer 294

January 29, 2010 ## Footnote Created to deter and defeat aggression and ensure freedom of action in cyberspace.

Answer 295

May 20th, 1943 ## Footnote Cl OF was initially created during World War II.

Answer 296

* Global anti-submarine warfare coordination * Focused on destruction of enemy submarines * Provided targeting data for anti-submarine operations ## Footnote Primarily operated in the Atlantic and Indian Oceans.

Answer 297

* Serve as the numbered fleet for U.S. Fleet Cyber Command * Exercise operational control of naval forces * Coordinate with naval, coalition, and Joint Task Forces ## Footnote To execute cyber, electronic warfare, information operations, and signal intelligence missions.

Answer 298

Plan, coordinate, integrate, synchronize, direct, and conduct cyberspace operational activities ## Footnote Ensure freedom of action across Navy warfighting domains and deny it to adversaries.

Answer 299

* ADCON over naval cyber forces * Handles organizing, training, and equipping * Dual-hatted as CIOF controlling OPCON ## Footnote They are the same person.

Answer 300

Plan, coordinate, integrate, synchronize, direct, and conduct cyberspace operational activities ## Footnote Ensure freedom of action across Navy's warfighting domains.

Answer 301

Primary organization for directing, executing, and supporting SIGINT operations across all AORs ## Footnote Part of the National Security Agency/Central Security Service.

Answer 302

CTF 1010 - NAVNETWARCOM (NNWC) ## Footnote Role: Operate, secure, and maintain information systems technology.

Answer 303

CTF 1020 - Navy Cyber Defense Operations Command - NCDOC ## Footnote Role: Provide threat-informed network-centric defensive operations.

Answer 304

CTF 1040 - NIOC Texas, Joint Base San Antonio-Lackland, Texas, US Southern Command (SOUTHCOM) * CTF 1050 - NIOC Georgia, Fort Gordon, Georgia, US Central Command (CENTCOM) ## Footnote Each CTF supports specific combatant commands.

Answer 305

CTG 101 - NIOC Colorado, Buckley Space Force Base, Aurora, Colorado ## Footnote Hosts the Navy Integrated Fires Element (NIFE) and the Navy Unmanned Systems Team (NUST).

Answer 306

To operate and defend networks, data, and weapons systems ## Footnote Deliver integrated offensive and defensive cyberspace effects.

Answer 307

Support commander's decision-making and operational command and control ## Footnote A warfighting capability belonging to the Navy component commander.

Answer 308

Headquartered in Suffolk, VA, provides skilled, trained, and ready Information Warfare capabilities ## Footnote Operates under the direct authority of US Fleet Forces Command.

Answer 309

Helps military personnel and families find and prepare for employment ## Footnote Provides resources for job searching and career planning.

Answer 310

Equipping pay grades E-1 to E-4 with skills and knowledge ## Footnote Emphasizes continuous learning and achieving occupational proficiency.

Answer 311

Official system for issuing and managing Navy Reserve orders ## Footnote Particularly for Annual Training (AT), Active Duty for Training (ADT), and Individual Duty Training Travel (IDTT).

Answer 312

A Reserve Sailor assigned to an active duty command ## Footnote Helps maintain the command's readiness and operations.

Answer 313

Develop and integrate innovative solutions to naval warfare challenges ## Footnote Enhance current and future warfighting capabilities.

Answer 314

Navy Reserve Region-level headquarters overseeing multiple NRCs ## Footnote Ensures regional mobilization readiness and provides support to Fleet commanders.

Answer 315

Develop and integrate innovative solutions to complex naval warfare challenges ## Footnote Enhances current and future warfighting capabilities.

Answer 316

Optimizes Information Warfare (IW) by delivering IW planning expertise ## Footnote Located in Norfolk, Virginia, it is an Echelon III command under NAVIFOR.

Answer 317

Provides tailored IW expertise and training support to fleet commanders in the Pacific theater ## Footnote Located in San Diego, CA.

Answer 318

Train, support, and deploy Naval Forces to execute the IW mission ## Footnote Headquartered in Norfolk, it manages subordinate commands and fleet intelligence detachments.

Answer 319

Conduct R&D in support of the Navy's tactical EW requirements ## Footnote Located in Washington DC, it comprises various branches focused on electronic warfare.

Answer 320

Embeds IW subject matter experts with fleet and joint commanders ## Footnote Provides expertise during exercises and real-world operations.

Answer 321

A ten-week advanced training course for Information Warfare Tactics Instructors (WTIs) ## Footnote Run by NIWDC's Naval Information Warfare Advanced Weapons School.

Answer 322

Centralized repository for all U.S. Navy doctrinal and tactics publications ## Footnote Ensures doctrine and TTPs are authoritative and accessible.

Answer 323

Naval Doctrine Publication describing integrated force operations ## Footnote Bridges strategic and operational levels of warfare.

Answer 324

Navy Warfare Publications containing service doctrine focused on force employment ## Footnote Provides guidance on warfare areas and mission areas.

Answer 325

Navy Tactics, Techniques, and Procedures and Multi-Service Tactics, Techniques, and Procedures ## Footnote Provide specific guidance for naval missions.

Answer 326

Navy Tactical Reference Publications containing data and principles supporting doctrine ## Footnote Intended for planners, operators, and technicians.

Answer 327

Fleet Network Operations Center ## Footnote Provides critical IP services to the Fleet and acts as regional gateways.

Answer 328

Defense Information Systems Agency acting as a technical advisor to the DOD CIO ## Footnote Provides IA protective measures and capabilities.

Answer 329

Navy Cyber Defense Operations Command coordinates defense of Navy networks ## Footnote Responsible for Computer Network Defense (CND) missions.

Answer 330

Global Network Operations Center directs operations and security of Navy's DoD Information Network ## Footnote Supports strategic, operational, and tactical missions.

Answer 331

Provide C4I support and Navy IT infrastructure for voice and data communications ## Footnote Strategically located globally within specific Areas of Responsibility.

Answer 332

Inform SSO, ISSO, ISSM, and then CSSP (NCDOC) ## Footnote This ensures proper handling of the incident.

Answer 333

Advanced Research Projects Agency Network developed to create a resilient computer network ## Footnote Launched in 1969, it facilitated the sharing of resources among research institutions.

Answer 334

Rear Admiral who invented the compiler and contributed to COBOL ## Footnote Coined the terms 'bug' and 'debug'.

Answer 335

* Narrowband voice circuits * TTY circuits * Support for submarines and expeditionary forces ## Footnote UHF is essential for communication in tactical environments.

Answer 336

* High-data-rate IP trunks * NIPR/SIPR * JWICS * Strike-group C2 * Video teleconferencing ## Footnote SHF is crucial for high-bandwidth communication needs.

Answer 337

* Protected links * Anti-jam capabilities * Low-probability-of-intercept * Designed for nuclear-hardened strategic communications ## Footnote EHF is vital for secure military communications.

Answer 338

* Satellite access requests (SARs/SAAs) * Channel assignments * Troubleshooting ## Footnote NCTAMS plays a key role in satellite communication management.

Answer 339

* DSN/DRSN trunks for secure voice * Non-secure voice * Ship-Shore Phone Patch (SSPP) ## Footnote SSPP converts RF circuits into dial-tone when SATCOM is down.

Answer 340

* OCONUS Navy Enterprise Network * Common and secure IT infrastructure * Based on Navy-Marine Corps Intranet (NMCI) architecture ## Footnote ONE-NET is designed for interoperability with various IT systems.

Answer 341

Navy Marine Corps Intranet ## Footnote NMCI supports strategic objectives and transitions the Navy to a net-centric environment.

Answer 342

* Security posture for IT-21 FLTNOC * Independently administered * Centrally governed by CNO/NETWARCOM ## Footnote IT21 focuses on maintaining a secure network environment.

Answer 343

* Deployable senior systems engineers * Embedded with ships, strike groups, and shore commands * Keep C4I systems operational ## Footnote FSET is crucial for maintaining communication systems at sea.

Answer 344

Program Manager Warfare ## Footnote PMW ensures project success and meets operational needs throughout the lifecycle.

Answer 345

* Operate & defend the DoD Information Network * Acquire & deliver enterprise IT/Cyber solutions * Provide 24/7 cyber-defense & network operations ## Footnote DISA is essential for maintaining the integrity of military communications.

Answer 346

* DISN IP/MPLS circuits * SATCOM & Teleport gateways * Joint Regional Security Stacks (JRSS) * Classified & Unclassified VoIP * VTC Services * Enterprise ICAM & DoD PKI root ## Footnote These services support various communication needs within the Department of Defense.

Answer 347

2006 ## Footnote NCDOC was formed from NAVCERT, which became a 24/7 operation in 2000.

Answer 348

Coordinate, monitor, and oversee the defense of Navy computer networks and systems ## Footnote Provide Cyber Security Service Provider (CSSP) services and execute Defensive Cyberspace Operations (DCO).

Answer 349

* Warning Intelligence * Vulnerability Assessment and Assistance * Attack Sensing and Warning (AS&W) * Endpoint Protection and Forensic Analysis * Countermeasures * Mission Optimization and Automation * Incident Handling * Incident Response (IR) * Cyberspace Threat Hunting * Cyber Threat Emulation (CTE) * Defensive Cyberspace Operations Fleet Support * Planning and Policies * Capability Sustainment ## Footnote These responsibilities ensure the cybersecurity of Navy networks.

Answer 350

DCO posture for the Navy within the DoDIN ## Footnote NCDOC executes DCO as assigned by Commander, US Fleet Cyber Command.

Answer 351

Suffolk, VA ## Footnote CTG 1020.1 conducts a 24/7 watch floor and continuous monitoring of Department of the Navy Networks.

Answer 352

* Next Generation Enterprise Networks (NGEN) * OCONUS Navy Enterprise Network (ONE-NET) * Afloat (IT-21) * Bureau of Medicine and Surgery (BUMED) * Systems Commands (SYSCOMs) * Excepted (legacy) networks * Naval War College * U.S. Naval Academy * Naval Postgraduate School ## Footnote NCDOC oversees the defense of various Navy networks, systems, applications, and data.

Answer 353

Represents the NCDOC Commanding Officer when the CO is not in the building ## Footnote Reports to the Operations Director on operational matters for CTF 1020.

Answer 354

* Emulate adversary exploitations * Highlight vulnerabilities * Demonstrate operational impact ## Footnote This helps improve joint operations in cyberspace and the cybersecurity posture of the DoDIN.

Answer 355

Joint Electronics Type Designation System ## Footnote A standardized military system used to identify electronic equipment.

Answer 356

Stores technical fingerprints of known emitters and matches incoming signals ## Footnote This helps identify what is being received.

Answer 357

Ultra-fine 'fingerprint' collection of radar/comm emitters ## Footnote Supports threat attribution and lawful intercept.

Answer 358

Passive Counter-Measures System ## Footnote It is a radar-absorbent tile kit used on various naval platforms.

Answer 359

Proactively search for indications of compromise to prevent or minimize damage ## Footnote This is based on available intelligence or signs of potential future threats.

Answer 360

* Accuracy depends on descriptor currency and quality * Library growth increases storage and search time * Closely related emitters can be misclassified ## Footnote These limitations affect the effectiveness of the system.

Answer 361

Trainable launcher for Nulka (Mk 234) active RF decoy ## Footnote Costly and takes a lot of deck space; used on CGs, DDGs, LHD/LHA.

Answer 362

IDS-300 inflatable radar reflector ## Footnote Sea-state >4 reduces effect; used on DDGs.

Answer 363

Rocket-hovering RF repeater, effective compared to seeker ECCM ## Footnote The rounds are launched as decoys to trick incoming missiles.

Answer 364

Integrated Broadcast Service (IBS) transmit/receive of threat, ISR and Blue-Force data ## Footnote Platforms include all Aegis CG/DDG, CVN, LHD, P-8A, EP-3E, E-2D.

Answer 365

Correlate, fuse, maintain track info and displays as a tactical picture (COP) ## Footnote Shows the location of air, sea, land units anywhere in the world.

Answer 366

* Multi-INT fusion * Automated tasking * Containerized apps * Cloud deployable ## Footnote Platforms include CVN, LHD, CG, DDG, Intel sites ashore.

Answer 367

Modular SIGINT/ESM suite replacing outboard receivers ## Footnote Platforms include DDGs, CGs, LSDs.

Answer 368

Automatic geolocation and targeting ## Footnote Full benefit requires cooperative ships/air assets for triangulation.

Answer 369

Cross-Domain Solution (guard) for moving data between TS/SCI, Secret and Unclass enclaves ## Footnote Embedded in GCCS-M, DCGS-N, CVN LANs.

Answer 370

Organic ES/ESM for subs ## Footnote Detects, classifies, geolocates radar and comms emitters.

Answer 371

Lightweight cross-domain / data-movement appliance ## Footnote Bridges TS/SCI BLQ-10 or other SIGINT feeds to Secret and coalition enclaves.

Answer 372

Hand-sized IBS receiver for mobile crews ## Footnote Receives up to four UHF SATCOM channels.

Answer 373

* REAPER: Data-wrangler * KRAKEN: High-fidelity recorder * SIREN: Anomaly detector * SHADE: Playback viewer ## Footnote Extends BLQ-10 into a cloud-like analytics environment.

Answer 374

Expendable RF counter-measure ## Footnote Lays wide radar-opaque clouds for self-screening.

Answer 375

Helicopter ESM to extend shipboard SLQ-32 coverage ## Footnote Passively detects/ IDs radar emitters.

Answer 376

Modern airborne ESM I RWR for multi-mission helos ## Footnote 360° DF with BLINT-quality pararnetrics.

Answer 377

Passive RWR/ESM/ELINT sensor ## Footnote Works with Next-Gen Jammer.

Answer 378

In-flight 'cut-to-length' chaff dispenser ## Footnote Affects radar only.

Answer 379

Special-signals acquisition, fusion and fast SIGINT cueing for EP-3E ## Footnote Collects 'pro-forma/emit-specific' signals.

Answer 380

Roll-on cyber-operations 'hunt-kit' for CPT detachments ## Footnote Self-contained rack of servers & sensors.

Answer 381

Portable SDR/IF capture receivers for COMINT/ELINT ## Footnote Requires external laptops for analysis.

Answer 382

All-source SIGINT mapping and geo-analysis toolkit ## Footnote Fuses ELINT parametrics with SATRAN/IBS.

Answer 383

Cryptologic Carry-On Program ## Footnote Provides on-demand SIGINT/ESM capability.

Answer 384

Electromagnetic Warfare. Military action involving the use of electromagnetic and directed energy to control the electromagnetic spectrum or to attack the enemy. ## Footnote EW is crucial for gaining and maintaining information superiority on the battlefield.

Answer 385

* Electronic attack * Electronic protection * Electronic support ## Footnote These roles enhance situational awareness and disrupt enemy capabilities.

Answer 386

Ensure spectrum superiority at sea by degrading or denying adversary sensors and communications while protecting the ship's own systems. ## Footnote This preserves maneuver and battle-space awareness.

Answer 387

Establish and maintain electromagnetic spectrum control in the littoral and shore-based environment. ## Footnote This protects critical networks and supports joint force operations.

Answer 388

Oversees and integrates all information warfare functions, including EW, cyber, OPSINT, and IO. ## Footnote Allocates IW assets and ensures coordination across domains.

Answer 389

Serves as the afloat focal point for EW planning and execution. ## Footnote Manages ship-board EW sensors and directs EW teams during operations.

Answer 390

Acts as the tactical net control station for EW operations. ## Footnote Assigns frequencies and monitors spectrum to prevent fratricide.

Answer 391

Authorizes, schedules, and terminates jamming missions. ## Footnote Evaluates requests against ROE and issues clearance to jamming units.

Answer 392

Electronic Support. ## Footnote Involves detecting, intercepting, and analyzing electromagnetic emissions.

Answer 393

* Detect and Intercept * Identify and Classify * Locate and Geolocate * Provide Threat Warning & Spectrum Awareness * Enable and Support EW/Cyber Operations ## Footnote These objectives support both offensive and defensive operations.

Answer 394

TRUE ## Footnote ES focuses on immediate detection and reporting for jamming and force protection.

Answer 395

Voice report indicating an intercepted radar emitter. ## Footnote Includes basic radar parameters needed to classify the radar.

Answer 396

Report of intercepted communications-type emissions. ## Footnote Covers frequency, modulation, and identifying aspects.

Answer 397

Voice brevity code for a detected hostile anti-ship missile. ## Footnote Used to warn of an inbound missile threat.

Answer 398

AN/ALQ-218(V) on EA-18G Growlers. ## Footnote Detects, identifies, and geolocates threat radar and communications emitters.

Answer 399

AN/SLQ-32(V) suite. ## Footnote Scans HF through SHF bands to warn of incoming missile-guidance and surveillance radars.

Answer 400

Electronic Attack. ## Footnote Offensive use of electromagnetic energy to degrade or destroy adversary systems.

Answer 401

Deliberate emission of radiofrequency energy to interfere with an adversary's radar or communications. ## Footnote Raises the noise floor or introduces false signals.

Answer 402

* Disruption: Temporary degradation of capability * Denial: Complete prevention of use of the spectrum ## Footnote Disruption forces reduced performance, while denial prevents use entirely.

Answer 403

Suppression of Enemy Air Defenses. ## Footnote Operations aimed at neutralizing adversary surface-to-air missile systems.

Answer 404

* Maintain Availability * Enhance Resilience * Prevent Detection * Support Deconfliction * Enable Mission Continuity ## Footnote EP actions safeguard friendly use of the electromagnetic spectrum.

Answer 405

Anti-Ship Cruise Missiles. ## Footnote Many ASCMs incorporate EP features to maintain effectiveness under enemy jamming.

Answer 406

* Frequency agility * Spread-spectrum techniques * Pulse-compression techniques * Low-sidelobe antennas ## Footnote These features help radar systems maintain effectiveness under enemy jamming.

Answer 407

* Built-in EP to defeat jamming * Frequency-hopping * Wideband receivers * Home-on-jam (HOJ) modes ## Footnote These features allow ASCMs to follow targets despite enemy jamming efforts.

Answer 408

Consists of IT devices and infrastructure providing storage, transport, and processing of information ## Footnote Includes hardware and infrastructure essential for cyberspace operations.

Answer 409

Elements of the network abstracted from the physical network, based on logic programming ## Footnote Relationships are not tied to specific physical links but to logical addressing.

Answer 410

Digital representations of actor or entity identity in cyberspace ## Footnote Consists of network user accounts and their relationships, complicating attribution of actions.

Answer 411

* Department of Defense Information Network Operations * Defensive Cyberspace Operations (DCO) * Offensive Cyberspace Operations ## Footnote These areas encompass the security and operational aspects of cyberspace.

Answer 412

Defensive Cyberspace Operations ## Footnote Aims to defend blue cyberspace from imminent or active threats.

Answer 413

* DCO-Internal Defensive Measures * DCO-Response Actions ## Footnote Each form has distinct operational contexts and permissions.

Answer 414

Actions taken to reduce vulnerability to malicious cyberspace activity ## Footnote Includes preventing unauthorized access and ensuring system integrity.

Answer 415

Actions that do not create attack effects but prepare for future military operations ## Footnote Includes access creation and intelligence activities.

Answer 416

Actions that create noticeable denial effects in cyberspace ## Footnote Includes actions to deny, degrade, disrupt, or destroy.

Answer 417

Cyberspace protection conditions that employ risk-informed decision making ## Footnote Focus on protecting capabilities vital to operational readiness.

Answer 418

National defense with a role in cybersecurity ## Footnote Key to manning, training, and equipping US forces for military operations.

Answer 419

Cyber Combat Mission Force ## Footnote Conducts cyberspace operations to support combatant commanders.

Answer 420

Conducts cyberspace operations for internal defense of the DODIN ## Footnote Comprises cyberspace protection teams organized to defend assigned cyberspace.

Answer 421

A cybersecurity strategy employing multiple overlapping security controls ## Footnote Aims to enhance overall security through redundancy.

Answer 422

A prolonged cyberattack where an unauthorized user remains undetected ## Footnote Typically carried out by well-funded, state-sponsored groups.

Answer 423

Portions of cyberspace impacting a specific mission ## Footnote Critical for identifying cyber assets that must be defended.

Answer 424

Commander's Critical Information Requirements ## Footnote Information needed for timely and effective decision-making.

Answer 425

Actions conducted in cyberspace to achieve military objectives ## Footnote Includes offensive, defensive, and intelligence operations.

Answer 426

The result of an action taken in cyberspace impacting information or systems ## Footnote Can include disruption, degradation, or manipulation of data.

Answer 427

Coordinates and conducts activities for DODIN security and operations ## Footnote Provides situational awareness against foreign cyberspace threats.

Answer 428

Navy space capabilities in support of maritime operations ## Footnote Ensures availability and security of critical space-based systems.

Answer 429

Provide direct support expertise and reachback capability ## Footnote USCYBERCOM operates under the supervision of CCMD-associated joint force headquarters.

Answer 430

Naval Network Warfare Command ## Footnote NNWC provides command and control of Navy networks, delivering secure and reliable network services to warfighters.

Answer 431

Executes DODIN operations and defensive cyberspace operations-internal defensive measures (DCO-IDM) ## Footnote DISA operates at the global and enterprise level within DISA-operated portions of the DODIN.

Answer 432

Cyberspace operations ## Footnote MOCs ensure cyber considerations are embedded in operational plans, especially during joint and naval missions.

Answer 433

Detects, monitors, analyzes, and responds to cyber threats against Navy networks ## Footnote NCDOC conducts defensive cyberspace operations to protect Navy information systems and ensure mission assurance.

Answer 434

SIGINT and cybersecurity support ## Footnote NSA helps develop cryptologic capabilities and partners with military cyber units.

Answer 435

Establishes Navy cyber priorities, resources, and strategic alignment ## Footnote CNO coordinates with national and joint cyber efforts.

Answer 436

* Deliver competitive outcomes in all domains of warfare * Support and defend US interests * Operate as part of the Information Warfare Community * Optimize combat power through Assured Command and Control, Battlespace Awareness, and Integrated Fires ## Footnote The mission emphasizes the integration of Cyberspace Operations, Signals Intelligence, and Electronic Warfare.

Answer 437

* Deliver Outcomes * Maximize Lethality * Maneuver Danger Close * Integrate * Operate Forward * Create and Control Maneuver Advantage * Manage Risk * Be Bold * Be Force Multipliers * Be Exceptional * Be Resilient * Build Relevant Expertise * Aggressively Manage Our Talent ## Footnote The vision outlines the strategic goals and operational principles for Fleet Cryptology.

Answer 438

* Supports intel requirements within AOR * Responsible for supporting intel requirements of forces assigned for operations ## Footnote The Fleet Commander plays a crucial role in ensuring that intelligence needs are met for operational success.

Answer 439

* Assigns, tasks, prioritizes, and maintains cryptologic resources * Provides technical direction to subordinate task force CRCs ## Footnote This role is essential for managing cryptologic support effectively.

Answer 440

* Manages all aspects of cryptologic asset tasking * Oversees coverage plans, personnel augmentation, and direct support operations ## Footnote The CRC ensures that cryptologic operations are aligned with mission objectives.

Answer 441

* Serves as the single staff lead for all cryptologic, electronic warfare, cyber, and OPINT activities * Reports to the CSG/ARG Commander ## Footnote This position is critical for coordinating various information warfare efforts.

Answer 442

* Integrity, availability, and resilience of command-and-control networks * Implements electromagnetic protection measures ## Footnote This role is vital for safeguarding communication networks against electronic attacks.

Answer 443

A strategic document outlining how cryptologic capabilities will be employed in support of fleet operations ## Footnote The CCP defines roles, responsibilities, and resource allocation for effective operations.

Answer 444

Time-sensitive intelligence that alerts forces to immediate or imminent threats ## Footnote Threat warnings enable rapid defensive or evasive action.

Answer 445

Fully analyzed, validated, and contextualized products providing a deeper understanding of adversary capabilities ## Footnote These reports support long-term decision-making and strategic planning.

Answer 446

* Threat Warning: Urgent and tactical, focused on real-time protection * Finished Intelligence: Broader and strategic, supporting long-term decision-making ## Footnote Both types of intelligence support Maritime Indications and Warning (I&W).

Answer 447

* Validates and tunes the aircraft's SIGINT/ELINT suites * Ensures accurate data for missions ## Footnote SPECEVAL operators play a crucial role in preparing aircraft for effective intelligence collection.

Answer 448

* Responsible for overall supervision of the watch floor * Coordinates tasking and ensures timely, accurate reporting of SIGINT/ELINT ## Footnote The BWC serves as the primary point of contact for fleet cryptologic requests.

Answer 449

Request for Forces ## Footnote It is a formal request for personnel with unique capabilities for planned missions.

Answer 450

A short-term operational message providing specific cryptologic tasking and guidance for a 24-hour period ## Footnote This message ensures alignment with fleet objectives and updated intelligence priorities.

Answer 451

* Coordinate installation, calibration, and upkeep of Electronic Support Packages * Provide trained cryptologic technicians and electronic-warfare specialists ## Footnote These teams ensure continuous, accurate spectrum monitoring and operational readiness.

Answer 452

Battle Force Electronic Attack; plans and directs organic jamming and electronic deception missions ## Footnote BFEA plays a critical role in suppressing or misleading enemy sensors.

Answer 453

To provide critical information for effective decision-making ## Footnote Intelligence is essential for commanders and staffs at all levels.

Answer 454

* Strategic * Operational * Tactical ## Footnote These levels help in understanding the scope and focus of intelligence activities.

Answer 455

Guidelines on sharing classified military and intelligence information with foreign entities ## Footnote It ensures protection of U.S. national security interests.

Answer 456

* Communications and computing systems * Software applications * Data and security services ## Footnote DODIN facilitates intelligence sharing and supports all DoD missions.

Answer 457

* Manage shared production program * Identify, consolidate, and validate command intelligence requirements * Represent command in production forums * Coordinate tasking and assignment of production responsibilities * Submit production requirements * Develop command intelligence architecture * Oversee command production center ## Footnote J-2 is the intelligence directorate of a Joint Staff.

Answer 458

* Suitability * Feasibility * Acceptability * Uniqueness * Consistency with adversarial doctrine ## Footnote These criteria help evaluate potential adversary courses of action.

Answer 459

To provide a comprehensive understanding of adversary capabilities and operational factors ## Footnote JIPOE supports planning by identifying threats and opportunities.

Answer 460

* Define the operational environment * Describe the impact of the operational environment * Evaluate the threat and other relevant actors * Determine threat and other relevant actor courses of action ## Footnote Each step builds on the previous to create a thorough analysis.

Answer 461

JIPOE is strategic-level; Intelligence Preparation of the Battlespace is tactical-level ## Footnote JIPOE assesses the operational environment broadly, while the latter focuses on direct combat planning.

Answer 462

Integrated employment of information-related capabilities to influence adversaries ## Footnote Aims to disrupt or corrupt decision-making while protecting friendly operations.

Answer 463

Tools, techniques, or activities affecting the information environment ## Footnote These capabilities are essential for effective information operations.

Answer 464

* Define End State & Commander’s Objectives * Target Development & Prioritization * Capabilities Analysis * Commander’s Decision & Force Assignment * Mission Planning & Force Execution * Assessment ## Footnote Each phase is crucial for successful targeting and operational effectiveness.

Answer 465

To determine how to implement strategic guidance using military capabilities ## Footnote Joint planning translates national guidance into specific operational activities.

Answer 466

Intended to detect and report time-sensitive intelligence information on foreign developments ## Footnote It forewarns of hostile actions against U.S. interests.

Answer 467

Activities to protect against espionage and intelligence activities by foreign entities ## Footnote It aims to disrupt or deceive adversarial intelligence efforts.

Answer 468

Protecting the physical resources of an organization ## Footnote This includes the physical protection of people, hardware, and supporting system elements related to information management.

Answer 469

* Activities for military engagement * Security cooperation * Deterrence objectives * Joint MISO applications ## Footnote Includes FID, security force assistance, humanitarian assistance, antiterrorism, and more.

Answer 470

Authorized sharing of classified military information with foreign governments or organizations ## Footnote This process is crucial for international military cooperation.

Answer 471

Composed of command and control systems and supporting infrastructure ## Footnote Enables operations across air, land, sea, and space.

Answer 472

Information that is collected, processed, stored, disseminated, displayed, and protected ## Footnote Essential for command and control of military forces.

Answer 473

The mind of the decision maker and target audience ## Footnote Influenced by leadership, morale, training, and public opinion.

Answer 474

They tell people what is allowed and punishable ## Footnote Rules influence attention to approved information and discourage forbidden content.

Answer 475

Guide behavior through peer approval or shame ## Footnote Norms affect what people share, trust, or ridicule online.

Answer 476

Filter new facts or rumors based on personal or cultural convictions ## Footnote Belief alignment is key to persuasion in the information space.

Answer 477

Acts as the non-kinetic fires coordinator ## Footnote Ensures influence, cyber, EW, and deception effects are planned and executed in coordination with kinetic operations.

Answer 478

* Early warning C2 platform * Surveillance * Coordination * Strike and interceptor control ## Footnote Acts as a communications relay with radar and detection systems.

Answer 479

* Maritime patrol * Anti-submarine warfare * Multi-INT sensors ## Footnote Contributes to SIGINT and MASINT collection.

Answer 480

Signals-intelligence reconnaissance aircraft ## Footnote Intercepts and analyzes adversary radar and communications emissions.

Answer 481

High-altitude, long-endurance ISR UAV ## Footnote Provides broad-area maritime surveillance with multi-sensor payloads.

Answer 482

Strategic SIGINT platform ## Footnote Collects and processes electronic emissions to support intelligence requirements.

Answer 483

Medium-altitude ISR UAV ## Footnote Offers real-time video and limited signals collection for persistent surveillance.

Answer 484

Electronic attack aircraft ## Footnote Jams adversary command-and-control systems to disrupt enemy coordination.

Answer 485

High-altitude reconnaissance aircraft ## Footnote Carries sensors for detailed imagery and electronic order-of-battle data.

Answer 486

* Stand-off jamming * Escort jamming * Electronic deception ## Footnote Supports SEAD operations.

Answer 487

Flagship afloat C2 node ## Footnote Hosts a full air wing for integrated IO planning and execution.

Answer 488

Aegis-equipped surface combatant ## Footnote Supports fleet air defense and EW operations.

Answer 489

Multi-mission warship ## Footnote Contributes to ISR and electronic protection within the carrier strike group.

Answer 490

Afloat command-and-control for expeditionary forces ## Footnote Integrates IO planning and coordinates EW, cyber, and deception efforts.

Answer 491

Embarks aviation and landing forces ## Footnote Provides organic C2 and EW capabilities for amphibious operations.

Answer 492

Transports Marines and equipment ## Footnote Offers limited C2 and EW support for littoral IO.

Answer 493

Provides well-deck support for landing craft ## Footnote Serves as a platform for command and communications nodes.

Answer 494

Small surface combatant conducting littoral surveillance ## Footnote Equipped with EW receivers and communications intercept capability.

Answer 495

Covert insertion platforms ## Footnote Equipped with tactical communications and EW gear for clandestine missions.

Answer 496

Stealthy undersea platform ## Footnote Uses passive acoustic sensors for SIGINT and MASINT collection.

Answer 497

Strike-capable submarine ## Footnote Supports special operations and precision fires.

Answer 498

Tailored platforms equipped for specific ISR, SIGINT, or EW missions ## Footnote Provide dedicated support for IO objectives.

Answer 499

Supplies strategic and tactical GEOINT ## Footnote Enables target development and battle damage assessment.

Answer 500

Develops and employs SOF for global operations ## Footnote Supports U.S. policies and objectives against state and non-state actors.

Answer 501

* SOCEUR (Europe) * SOCAFRICA (Africa) * SOCCENT (Central) * SOCPAC (Pacific) * SOCNORTH (Northern) * SOCKOR (Korea) * SOCSOUTH (South) ## Footnote These commands operate within their respective geographic areas.

Answer 502

* USSOCOM oversees SOF and TSOCs * GCCs exercise operational control over SOF through TSOCs * USSOCOM maintains combatant command over TSOCs ## Footnote This structure ensures coordinated operations.

Answer 503

Recruit, organize, train, equip, and deploy NSW forces ## Footnote Aims to accomplish special warfare missions aligned with national policy.

Answer 504

* Tactical Cryptologic Support * Support Activity 1/2 * NSWG 10/8 * Mission Support Center * Cultural Engagement Center ## Footnote Evolved from manual intercepts to integrated intelligence support.

Answer 505

A service member who died in a helicopter crash in Afghanistan ## Footnote His death occurred during vital intelligence work.

Answer 506

Killed in a helicopter attack during a mission in Afghanistan ## Footnote This incident marked the deadliest single loss for U.S. forces in that war.

Answer 507

Provided advance warning before being mortally wounded in battle ## Footnote His actions exemplified the risks faced by intelligence personnel.

Answer 508

Killed by an IED while deployed in Syria ## Footnote Involved in special operations against the Islamic State.

Answer 509

Short-duration, high-intensity raids or strikes ## Footnote Aims to seize, capture, exploit, or destroy enemy targets.

Answer 510

Covert collection of multi-disciplinary intelligence in hostile territory ## Footnote Essential for gathering actionable intelligence.

Answer 511

Offensive measures to deter or eliminate terrorist networks ## Footnote Includes actions like hostage rescue and cyber pursuit.

Answer 512

Locate, secure, and neutralize adversary capabilities ## Footnote Prevents the use or proliferation of WMDs.

Answer 513

Support insurgent or resistance movements ## Footnote Aims to disrupt or overthrow adversarial governments.

Answer 514

Train and advise partner-nation security forces ## Footnote Strengthens governance and reduces U.S. military footprint.

Answer 515

Plan and deliver tailored messaging to influence foreign audiences ## Footnote Aims to support friendly objectives and undermine adversaries.

Answer 516

Institutional mentoring of partner nations' defense ministries ## Footnote Develops logistics, doctrine, and military education.

Answer 517

Blends kinetic, political, economic, and informational efforts ## Footnote Aims to defeat insurgent movements and address root causes.

Answer 518

Rapid response to disasters abroad ## Footnote Delivers medical aid and restores critical infrastructure.

Answer 519

Engage local authorities to identify needs and coordinate resources ## Footnote Act as military diplomats bridging gaps with civil society.

Answer 520

Employs various missions to influence state and non-state actors ## Footnote Integrates all core mission areas for strategic effects.

Answer 521

Provides encrypted pathways, sensing reach, and decision-quality intel ## Footnote Enhances the effectiveness of small teams.

Answer 522

* Global coverage * High intelligence processing power * Cross-domain integration ## Footnote These capabilities support national security objectives.

Answer 523

* Latency & prioritization * Overwhelming volume of information * Policy constraints ## Footnote These factors can hinder effective intelligence gathering.

Answer 524

* Tailored coverage * Integrated processing * Joint dissemination ## Footnote Provides focused intelligence support for specific regions.

Answer 525

* Finite range * Competition for assets * Low bandwidth possibilities ## Footnote These limitations can affect operational effectiveness.

Answer 526

* Immediate threat warnings * Local access ## Footnote Critical for real-time operational support.

Answer 527

* Limited range * Smaller analytic footprint * Equipment vulnerabilities ## Footnote These factors can restrict tactical intelligence operations.

Answer 528

SIGINT Operational Tasking Authority ## Footnote Allows operational commanders to direct SIGINT sensors for specific missions.

Answer 529

Embeds cryptologic sailors with SEAL and Special Reconnaissance Teams ## Footnote Provides on-scene SIGINT and electronic attack capabilities.

Answer 530

Commander's Critical Information Requirement ## Footnote Specific facts the commander must know to make decisions.

Answer 531

Priority Intelligence Requirement ## Footnote A concise question about the enemy or environment that needs answering.

Answer 532

Find, Fix, Finish, Exploit, Analyze, and Disseminate ## Footnote An intelligence cycle used in targeting operations.

Answer 533

Identifying potential targets using available intelligence ## Footnote Focuses on answering the 'Who, What, When, Where, Why' questions.

Answer 534

Verifying and confirming identified targets ## Footnote Transforms initial intelligence into actionable evidence.

Answer 535

Imposing will on the verified target ## Footnote Based on the evidence gathered in the Fix phase.

Answer 536

Identifying potential targets using available intelligence and answering the 'Who, What, When, Where, Why' questions ## Footnote It is about 'picking up the scent' of the target.

Answer 537

Verifying and confirming identified target(s) through triangulation and other methods ## Footnote It transforms initial intelligence into evidence for subsequent actions.

Answer 538

The commander decides to impose their will on the target, often through direct action ## Footnote This is based on verified evidence.

Answer 539

Analyzing the target after it's been 'finished' to extract valuable information and evidence ## Footnote This phase is crucial for understanding the target's context.

Answer 540

Fusing extracted information with the wider intelligence picture for comprehensive understanding ## Footnote This helps in contextualizing the target.

Answer 541

Sharing analyzed information with key stakeholders ## Footnote Ensures that everyone has the necessary context.

Answer 542

* Achieved through physical force * Visible and immediate results * Measured in geographic control, combat-power attrition, or battle-damage assessment (BDA) ## Footnote These end states involve direct physical actions.

Answer 543

* Achieved through information, influence, cyber, economic pressure, diplomacy * Intangible effects * Measured in narrative dominance, cyber uptime/downtime, polling data ## Footnote These end states focus on shaping perceptions and long-term outcomes.

Answer 544

Named Area of Interest; used for focused data collection and decision making ## Footnote Characteristics include specificity, time-bound nature, and observable indicators.

Answer 545

* National and commercial satellites * Theater manned ISR (P-8/EP-3, Rivet Joint) * Group-5 drones (MQ-9, Triton) * Ship-launched UAS (RQ-21, MQ-8C) * Backpack drones (Black Hornet, Puma) ## Footnote These platforms provide various intelligence-gathering capabilities.

Answer 546

Strategic agencies cultivate long-term sources inside foreign governments, providing insight into adversary intentions ## Footnote These networks require years to develop and are vulnerable to political blow-back.

Answer 547

Controls case officers and regional sources, tuned to campaign objectives ## Footnote Collection can be retasked in days but is constrained by force-protection rules.

Answer 548

Gathering on-scene information through leader engagements and patrol debriefs ## Footnote Provides near-real-time atmospherics and threat warnings.

Answer 549

Geospatial Intelligence; provides precise 'digital terrain' for infiltration and strikes ## Footnote High-resolution products help plan routes and assess landing sites.

Answer 550

* Imagery: raw pixel data * IMINT: analytic product from imagery * Geospatial information: precise positional data ## Footnote These elements support operational planning and targeting.

Answer 551

Non-Combatant Evacuation Operation; a rapid mission to extract U.S. citizens and designated foreign nationals ## Footnote Often crisis-driven.

Answer 552

Special Reconnaissance; covert collection of multi-INT data inside denied territory ## Footnote Focuses on gathering intelligence without detection.

Answer 553

Direct Action; short-duration, high-intensity raids or precision strikes ## Footnote Aimed at seizing, destroying, capturing, or exploiting objectives.

Answer 554

Operational Preparation of the Environment; non-kinetic activities that set conditions for future missions ## Footnote Essential for mission success.

Answer 555

Joint Intelligence Preparation of the Operational Environment; a systematic four-step process for analyzing adversary capabilities ## Footnote Steps include defining, describing, evaluating, and determining.

Answer 556

Afloat Forward Staging Base; provides facilities within striking distance of littoral objectives ## Footnote Supports operational readiness.

Answer 557

Models tides, surf zones, currents, and other environmental factors for planning ## Footnote Ensures safe and effective insertion and extraction.

Answer 558

Provides trusted coordinates for weaponeering and measures structures over time ## Footnote Fuses satellite, airborne, and lidar imagery with terrain data.

Answer 559

Reveals intent and schedules through recruited sources and debriefings ## Footnote Enables target validation and collateral-damage estimation.

Answer 560

Measurement & Signature Intelligence; collects unique physical signatures for target confirmation ## Footnote Refines aim-points and weapon fusing.

Answer 561

Intercepts communications to geolocate enemy nodes and provide real-time timing for strikes ## Footnote Post-strike collection verifies kill effects.

Answer 562

Acoustic Intelligence; uses underwater data to track and classify maritime forces ## Footnote Essential for targeting submarines or surface ships.

Answer 563

Open-Source Intelligence; uses publicly available information to fill gaps and corroborate classified sources ## Footnote Important for identifying time-sensitive opportunities.

Answer 564

Special Access Program / Special Technical Operations; highly classified tools for targeting ## Footnote Often involves cyber or space-based capabilities.

EIWS Master Flashcards

(588 cards)