Red Colour Illusion

Here’s a table of all the acronyms and their meanings:

2FATwo-Factor Authentication
ABAAttribute-Based Access Control
ACAccess Control
ACSCAustralian Cyber Security Centre
ADRAutomated Detection and Response
AESAdvanced Encryption Standard
AIArtificial Intelligence
APIApplication Programming Interface
APTAdvanced Persistent Threat
APWGAnti-Phishing Working Group
ASVApproved Scanning Vendor for PCI
ATT&CKAdversarial Tactics, Techniques and Common Knowledge
AUPAcceptable Use Policy
AVIENAntivirus Information Exchange Network
BASBreach and Attack Simulation
BBPBug Bounty Program
BYODBring Your Own Device
C3PAOCMMC 3rd Party Assessment Organization
CACertification and Accreditation/Security Assessment
CADComputer Aided Design
CAPCorrective Action Plan
CAPTCHACompletely Automated Public Turing Test to Tell Computers and Humans Apart
CASBCloud Access Security Broker
CCACMMC Certified Assessor
CCPCMMC Certified Professional
CDDomain Controller
CDECardholder Data Environment
CDRContent Disarm and Reconstruction/Cloud detection and response
CEHCertified Ethical Hacker
CERTComputer Emergency Response Team/Computer Emergency Readiness Team
CFPCall For Papers
CHAPChallenge-Handshake Authentication Protocol
CIAConfidentiality, Integrity, and Availability
CI/CDContinuous integration and continuous delivery
CIEMContent Disarm and Reconstruction/Cloud infrastructure entitlement management
CISACertified Information Systems Auditor/Cybersecurity and Infrastructure Security Agency
CISMCertified Information Systems Security Manager
CISCenter for Internet Security
CISOChief Information Security Officer
CISSPCertified Information Systems Security Professional
CIRTComputer Incident Response Team
CISCenter for Internet Security
CLSContractor Logistics Support
CMConfiguration Management
CMDBConfiguration Management Database
CMMCCybersecurity Maturity Model Certification
CMMC-ABCybersecurity Maturity Model Certification – Advisory Board
CMVPCryptographic Module Validation Program
CNCComputer Numerical Control
CNAPPCloud-Native Application Protection Platform
COBITControl Objectives for Information and Related Technologies
COTSCommercial Off The Shelf
COWCopy On Write
CRChange Request
CRQChange Request
CSFCybersecurity Framework
CSIRTComputer Security Incident Response Team
CSMACybersecurity Mesh Architecture
CSNSCloud Service Network Security
CSPCloud Service Provider/Content Security Policy
CSPMCloud Security Posture Management
CSOChief Security Officer
CTIControlled Technical Information
CUIControlled Unclassified Information
CWPPCloud Workload Protection Platform
DAMDoD 800-171 Assessment Methodology
DASTDynamic Application Security Testing
DCDomain Controller
DCMADefense Contract Management Agency
DCSADefense Counterintelligence and Security Agency
DDoSDistributed Denial of Service
DESData Encryption Standard
DFARSDoD Federal Acquisition Regulation Supplement
DFIRDigital Forensics and Incident Response
DIBDefense Industrial Base
DIBBSDefense logisitics agency Internet Bid Board System
DIBCACDIB Cybersecurity Assessment Center
DISADefense Information Systems Agency
DLADefense Logisitics Agency
DMZDemilitarized Zone
DNSDomain Name System
DoDDepartment of Defense
DoDIDoD Instruction
DSCDefense Supply Chain
DSRData Subject Request
ECAExternal Certificate Authority
EDREndpoint Detection & Response
EPPEndpoint Protection Platform
EOExecutive Order
ERMEnterprise Risk Management
FDEFull Disk Encryption
FIMFile Integrity Monitoring
FIPSFederal Information Processing Standards
FISMAFederal Information Security Modernization Act
FWaaSFirewall as a Service
FYFiscal Year
GDPRGeneral Data Privacy Regulation
GRCGovernance, Risk, & Compliance
HIPAAHealth Information Portability and Accountability Act
HITECHHealth Information Technology for Economic and Clinical Health (Act)
HUMINTHuman Intelligence
IAIdenification and Authentication
IAWIn Accordance With
IBEIdentity-Based Encryption
IDSIntrusion Detection System
IDPSIntrusion Detection and Prevention System
IAMIdentity and Access Management
IOCIndicator of compromise/Indicators Of Compromise
IoTInternet of Things
IPInternet Protocol/Intellectual Property
IPSIntrusion Prevention System
IRIncident Response Plan/Incident Response
IRPIncident Response Plan
ISACInformation Sharing and Analysis Center
ISMSInformation Security Management System
ISSOInformation Systems Security Officer
ITInformation Technology
ITAMIT Asset Management
ITILInformation Technology Infrastructure Library
ITSMIT Service Management
KBKnowledge Base
LDAPLightweight Directory Access Protocol
LMSLearning Management System
MDRManaged Detection and Response
MITREMITRE Corporation (not an acronym but a name)
MFAMulti-Factor Authentication
MTTR & MTTDMean Time to Detect and Mean Time to Respond
MSSPManaged Security Service Provider
NACNetwork Access Control
NCSANational Cyber Security Alliance
NGFWNext Generation Firewall
NISTNational Institutes of Standards and Technology
NTANetwork Traffic Analysis
OAOrganizational Action
OODAObserve Orient Decide Act
OPSECOperational Security
OSINTOpen Source intelligence
OTOperational Technology
PAMPrivileged Access Management
PAOBOAUProcess Acting On Behalf Of an Authorized User
PCI-DSSPayment Card Industry Data Security Standard
PEPhysical and Environmental protection
PGPPretty Good Privacy
PHIProtected Health Information
PICERLPrepare, Identify, Contain, Eradicate, Recover, Lessons Learned
PIEEProcurement Integrated Enterprise Environment
PKIPublic Key Infrastructure
POA&MPlan of Action and Milestones
PSPersonnel Security
PTPenetration Testing
RaaSRansomware as a Service
RBARisk-Based Authentication
RBACRole-Based Access Control
RFIRequest for Information
RFPRequest For Proposal
RMRisk Management
RMFRisk Management Framework
RPRegistered Practitioner
RPORegistered Practitioner Organization (CMMC)/Recovery Point Objective
RSARivest–Shamir–Adleman (encryption algorithm)
RTORecovery Time Objective
SASESecure Access Service Edge
SASituational Awareness
SARSecurity Assessment Report
SCSystem and Communications Protection
SCGSecurity Classification Guide
SCADASupervisory Control And Data Acquisition
SCIMSystem for Cross-domain Identity Management
SISystem and Information Integrity
SIEMSecurity Information and Event Management
SSOSingle Sign-On
SOCSecurity Operations Center
SPSpecial Publication
SSOSingle Sign-On
SSPSystem Security Plan
SANSSANS Institute
SPRSSupplier Performance Risk System
SSRFServer-Side Request Forgery
STIGSecurity Technical Implementation Guide
TACACSTerminal Access Controller Access-Control System
TCPTransport Control Protocol
TTPTactics, Techniques, and Procedures
UDPUser Datagram Protocol
VPNVirtual Private Network
WAFWeb Application Firewall
WAAPWeb Application & API Protection
WAPWireless Access Point
WEPWired Equivalency Protocol
WPAWiFi Protected Access
WPSWiFi Protected Setup
WRTWith Respect To
XDRExtended Detection and Response
XSSCross-Site Scripting
ZTNAZero Trust Network Access

FAQ – Important Cybersecurity Acronyms

Q: What are common cybersecurity acronyms that everyone should know?

A: Some of the common cybersecurity acronyms include CVE (Common Vulnerabilities and Exposures), IAM (Identity and Access Management), and NIST (National Institute of Standards and Technology). These acronyms are part of the broader cybersecurity terms and acronyms used within the industry.

Q: Why are certain cybersecurity acronyms more important than others?

A: Important cybersecurity acronyms often represent concepts, frameworks, or standards that are central to the cybersecurity industry. For instance, NIST cybersecurity framework guides organizations in managing cyber risk, and CVE provides a list of publicly disclosed security vulnerabilities.

Q: How do security teams use acronyms related to cyber threat intelligence?

A: Security analysts investigate alerts to determine the nature and impact of threats without the need for additional staffing. By relying on acronyms like CVE, they can track and collate information about vulnerabilities across multiple sources more efficiently.

Q: Why is having a glossary or abbreviation list essential for the cybersecurity community?

A: A glossary of cybersecurity terms and acronyms helps organizations and security analysts quickly understand and communicate about cybersecurity threats, measures, and events without confusion. It ensures consistent terminology and understanding across the industry.

Q: How do security teams handle multiple sources of cyber threat data?

A: Security teams collate information about vulnerabilities across multiple sources that might otherwise name the same threat differently. Authorities like MITRE will assign a CVE number to a vulnerability to make it easier to track and collate information across diverse sources.

Q: How does the convergence of network and security functionalities benefit organizations?

A: A converged network security infrastructure simplifies the monitoring and management of security devices and systems. Instead of relying on an array of separate tools, it converges network and security functions, streamlining threat detection and response.

Q: What role does the CVE play in the cybersecurity community?

A: CVE, which stands for Common Vulnerabilities and Exposures, is a list maintained by MITRE. It helps organizations track and collate information about vulnerabilities across multiple sources. Each vulnerability is assigned a unique CVE number, making it easier to reference and share within the cybersecurity community.

Q: How does threat intelligence from multiple sources help organizations defend against cyberattacks?

A: Threat intelligence from multiple sources provides a more comprehensive view of the cybersecurity landscape. By gathering unique information from various sources, organizations can better understand security threats and implement effective defensive cybersecurity measures.

Q: Why is it essential for security analysts to stay updated with cybersecurity news and acronyms related to their field?

A: Staying updated with cybersecurity news and acronyms allows security analysts to remain abreast of the latest security threats, vulnerabilities, and best practices. Being informed ensures that they can effectively protect enterprises against emerging cyberattacks.

Q: What’s the importance of IAM in cybersecurity, and how does it impact network security?

A: IAM, or Identity and Access Management, is a framework that determines and controls user access within an organization. Proper IAM ensures that only authorized individuals have access to specific resources, bolstering network security and reducing the risk of malicious traffic and attacks.

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