book

Mastering Cyber Intelligence

Name: Mastering Cyber Intelligence
Author: Jean Nestor M. Dahj
ISBN: 9781800209404

by Jean Nestor M. Dahj

April 2022

Beginner

528 pages

13h 5m

English

Packt Publishing

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Mastering Cyber Intelligence
ContributorsAbout the authorAbout the reviewer
Preface
Who this book is forWhat this book coversTo get the most out of this bookDownload the color imagesConventions usedGet in touchShare your thoughts
Section 1: Cyber Threat Intelligence Life Cycle, Requirements, and Tradecraft
Chapter 1: Cyber Threat Intelligence Life Cycle
Technical requirementsCyber threat intelligence – a global overviewCharacteristics of a threatThreat intelligence and data security challengesImportance and benefits of threat intelligencePlanning, objectives, and directionIntelligence data collectionIntelligence data processingAnalysis and productionThreat intelligence disseminationThreat intelligence feedbackSummary
Chapter 2: Requirements and Intelligence Team Implementation
Technical requirementsThreat intelligence requirements and prioritizationPrioritizing intelligence requirements Requirements developmentOperational environment definitionNetwork defense impact descriptionCurrent cyber threats – evaluationDeveloping a course of actionIntelligence preparation for intelligence requirementsIntelligence team layout and prerequisitesIntelligence team implementationIntelligence team structuringIntelligence team application areasSummary
Chapter 3: Cyber Threat Intelligence Frameworks
Technical requirementsIntelligence frameworks – overviewWhy cyber threat frameworks?Cyber threat framework architecture and operating modelLockheed Martin's Cyber Kill Chain frameworkUse case – Lockheed Martin's Cyber Kill Chain model mappingIntegrating the Cyber Kill Chain model into an intelligence projectBenefits of the Cyber Kill Chain frameworkMITRE's ATT&CK knowledge-based frameworkHow it worksUse case – ATT&CK model mappingIntegrating the MITRE ATT&CK frameworkBenefits of the ATT&CK frameworkDiamond model of intrusion analysis frameworkHow it worksUse case – Diamond model of intrusion analysis Integrating the Diamond model into intelligence projectsBenefits of the Diamond modelSummary
Chapter 4: Cyber Threat Intelligence Tradecraft and Standards
Technical requirementsThe baseline of intelligence analytic tradecraftNote 1 – Addressing CTI consumers' interestsNote 2 – Access and credibilityNote 3 – Articulation of assumptionsNote 4 – OutlookNote 5 – Facts and sourcingNote 6 – Analytic expertiseNote 7 – Effective summaryNote 8 – Implementation analysisNote 9 – ConclusionsNote 10 – Tradecraft and counterintelligenceUnderstanding and adapting ICD 203 to CTIUnderstanding the STIX standardUsing STIX for cyber threat analysisSpecifying threat indicator patterns using STIXUsing the STIX standard for threat response managementThreat intelligence information sharingUnderstanding the STIX v2 standardUnderstanding the TAXII standardHow TAXII standard works AFI14-133 tradecraft standard for CTIAnalytic skills and tradecraftAdditional topics covered in AFI14-133Summary
Chapter 5: Goal Setting, Procedures for CTI Strategy, and Practical Use Cases
Technical requirementsThe threat intelligence strategy map and goal settingObjective 1 – Facilitate and support real-time security operationsObjective 2 – Facilitate an effective response to cyber threatsObjective 3 – Facilitate and support the proactive tracking of cyber threatsObjective 4 – Facilitate and support the updating and implementation of security governanceTIPs – an overviewCommercial TIPsOpen-source TIPsCase study 1 – CTI for Level 1 organizationsObjectiveStrategyExample Case study 2 – CTI for Level 2 organizationsObjective StrategyExampleCase study 3 – CTI for Level 3 organizationsObjectiveStrategyExampleInstalling the MISP platform (optional)Summary
Section 2: Cyber Threat Analytical Modeling and Defensive Mechanisms
Chapter 6: Cyber Threat Modeling and Adversary Analysis
Technical requirementsThe strategic threat modeling processIdentifying and decomposing assetsAdversaries and threat analysisAttack surfaces and threat vectorsAdversary analysis use case – Twisted SpiderIdentifying countermeasuresSystem re-evaluationThreat modeling methodologiesThreat modeling with STRIDEThreat modeling with NISTThreat modeling use caseEquifax data breach summaryThreat modeling for ABCompanyAdvanced threat modeling with SIEMUser behavior logicBenefits of UBAUBA selection guide – how it worksAdversary analysis techniquesAdversary attack preparationAttack preparation countermeasuresAdversary attack executionAttack execution mitigation proceduresSummary

Chapter 7: Threat Intelligence Data Sources
Technical requirementsDefining the right sources for threat intelligenceInternal threat intelligence sourcesExternal threat intelligence sourcesOrganization intelligence profileThreat feed evaluationThreat data quality assessmentOpen Source Intelligence Feeds (OSINT)Benefits of open source intelligenceOpen source intelligence portalsOSINT platform data insights (OSINT framework)OSINT limitations and drawbacksMalware data for threat intelligenceBenefits of malware data collectionMalware componentsMalware data core parametersOther non-open source intelligence sourcesBenefits of paid intelligencePaid threat intelligence challengesSome paid intelligence portalsIntelligence data structuring and storingCTI data structuringCTI data storing requirementsIntelligence data storing strategiesSummary
Chapter 8: Effective Defense Tactics and Data Protection
Technical requirementsEnforcing the CIA triad – overviewEnforcing and maintaining confidentiality Enforcing and maintaining integrity Enforcing and maintaining availability Challenges and pitfalls of threat defense mechanismsData security top challengesThreat defense mechanisms' pitfallsData monitoring and active analyticsBenefits of system monitoringHigh-level architecture Characteristics of a reliable monitoring systemVulnerability assessment and data risk analysisVulnerability assessment methodologyVulnerability assessment processVulnerability assessment toolsVulnerability and data risk assessmentEncryption, tokenization, masking and quarantiningEncryption as a defense mechanismTokenization as a defense mechanismMasking and quarantiningEndpoint managementReliable endpoint management requirementsMobile endpoint managementEndpoint data breach use case – point of sale Summary
Chapter 9: AI Applications in Cyber Threat Analytics
Technical requirementsAI and CTICyber threat hunting How adversaries can leverage AI AI's position in the CTI program and security stackAI integration – the IBM QRadar Advisor approachQRadar simplified architectureDeploying QRadarWhat's in it for you or your organization?Summary
Chapter 10: Threat Modeling and Analysis – Practical Use Cases
Technical requirementsUnderstanding the analysis processIntrusion analysis case – how to proceedIndicator gathering and contextualizationPivoting through available sourcesClassifying the intelligence according to CTI frameworksMemory and disk analysisMalware data gatheringMalware analysis and reverse engineeringAnalyzing the exfiltrated data and building adversary personaAnalyzing the malicious filesGathering early indicators – Reconnaissance The Cyber Kill Chain and Diamond modelMISP for automated threat analysis and storingMISP feed managementMISP event analysisSummary
Section 3: Integrating Cyber Threat Intelligence Strategy to Business processes
Chapter 11: Usable Security: Threat Intelligence as Part of the Process
Technical requirementsThreat modeling guidelines for secured operationsUsable security guidelinesSoftware application security guidelinesData privacy in modern businessImportance of usable privacy in modern societyThreat intelligence and data privacySocial engineering and mental modelsSocial engineering and threat intelligenceMental models for usabilityIntelligence-based DevSecOps high-level architectureSummary
Chapter 12: SIEM Solutions and Intelligence-Driven SOCs
Technical requirementsIntegrating threat intelligence into SIEM tools – Reactive and proactive defense through SIEM toolsSystem architecture and components of a SIEM toolSIEM for security – OTX and OSSIM use caseMaking SOCs intelligent – Intelligence-driven SOCsSecurity operations key challengesIntelligence into security operationsThreat intelligence and IRIR key challengesIntegrating intelligence in IRIntegrating threat intelligence into SIEM systemsSummary
Chapter 13: Threat Intelligence Metrics, Indicators of Compromise, and the Pyramid of Pain
Technical requirementsUnderstanding threat intelligence metricsThreat intelligence metrics requirementsThreat intelligence metrics baselineIOCs, the CTI warheadThe importance of IOCsCategories of IOCsRecognizing IOCsPoP, the adversary padlockPoP indicators Understanding the PoPUnderstanding the seven Ds of the kill chain actionUnderstanding IOAsSummary
Chapter 14: Threat Intelligence Reporting and Dissemination
Technical requirementsUnderstanding threat intelligence reportingTypes of threat intelligence reports Making intelligence reports valuableAn example of a threat intelligence report templateThreat intelligence report writing toolsBuilding and understanding adversaries' campaignsNaming adversary campaignsAdvanced persistent threats (APTs) – a quick overviewTracking threat actors and groups Retiring threat intelligence and adversary campaignsDisseminating threat intelligenceChallenges to intelligence disseminationStrategic, tactical, and operational intelligence sharingThreat intelligence sharing architecturesYARA rules and threat intelligence sharing formatsSome information sharing and collaboration platformsThe threat intelligence feedback loopUnderstanding the benefits of CTI feedback loopMethods for collecting threat intelligence feedbackThe threat intelligence feedback cycle – use caseSummary
Chapter 15: Threat Intelligence Sharing and Cyber Activity Attribution – Practical Use Cases
Technical requirementsCreating and sharing IOCsUse case one – developing IOCs using YARAUse case two – sharing intelligence using Anomali STAXXUse case three – sharing intelligence through a platformUnderstanding and performing threat attributionUse case four – building activity groups from threat analysisUse case five – associating analysis with activity groupsUse case six – an ACH and attributing activities to nation-state groupsSummary
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Overview

Mastering Cyber Intelligence is your comprehensive guide to understanding and applying key principles of cyber threat intelligence. You will gain the knowledge and skills required to analyze complex cyber threats, implement effective defenses, and write professional intelligence reports. This book empowers you to make proactive decisions and become a vital contributor to cybersecurity operations.

What this Book will help me do

Understand the Cyber Threat Intelligence (CTI) lifecycle and its application in real scenarios.
Learn how to form and position a CTI team effectively within an organization.
Master the use of CTI frameworks, platforms, and data sources for actionable insights.
Develop skills to create and share tactical, technical, and strategic intelligence reports.
Explore advanced threat modeling, adversarial detection, and intelligence dissemination practices.

Author(s)

None Dahj, an expert in cybersecurity and cyber threat intelligence, has vast experience in analyzing, detecting, and countering sophisticated cyber threats. With a strong background in IT security and intelligence processes, they focus on providing actionable knowledge and practical frameworks to enhance cyber defense. Their approachable and engaging style makes complex topics accessible to learners.

Who is it for?

This book is ideal for security professionals, researchers, and cybersecurity enthusiasts aiming to deepen their understanding of threat intelligence processes and applications. It is suitable for those already familiar with cybersecurity and networking basics, seeking to transition into or excel in cyber threat intelligence roles. Readers will benefit most if they are motivated to implement these skills in real-world security contexts.

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