book

Incident Response with Threat Intelligence

Name: Incident Response with Threat Intelligence
Author: Roberto Martinez
ISBN: 9781801072953

by Roberto Martinez

June 2022

Intermediate to advanced

468 pages

8h 50m

English

Packt Publishing

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Incident Response with Threat Intelligence
ContributorsAbout the authorAbout the reviewer
Preface
Who this book is forWhat this book coversTo get the most out of this bookDownload the example code filesConventions usedGet in touchShare Your Thoughts
Section 1: The Fundamentals of Incident Response
Chapter 1: Threat Landscape and Cybersecurity Incidents
Knowing the threat landscapeIs COVID-19 also a cyber-pandemic?Supply chain attacksUnderstanding the motivation behind cyber attacksThe ransomware that was notTrick-or-treatNothing is what it seemsEmerging and future cyber threatsCyber attacks targeting IOT devicesAutonomous vehiclesDrones Electronic voting machinesCyber attacks on robotsThe challenge of new technologies for DFIR professionalsSummaryFurther reading
Chapter 2: Concepts of Digital Forensics and Incident Response
Concepts of digital forensics and incident response (DFIR)Digital forensicsWhat is incident response? Difference between events and incidents Digital evidence and forensics artifactsLooking for artifacts and IoCsIoCs versus IoAsIncident response standards and frameworksNIST Computer Security Incident Handling GuideSANS incident response processNIST Guide to Integrating Forensic Techniques into Incident ResponseDefining an incident response postureSummaryFurther reading
Chapter 3: Basics of the Incident Response and Triage Procedures
Technical requirementsPrinciples of first responseFirst response guidelinesTriage – concept and proceduresFirst response procedures in different scenarios First response toolkitForensic image acquisition toolsArtifact collectorsSummaryFurther reading
Chapter 4: Applying First Response Procedures
Technical requirementsCase study – a data breach incidentAnalyzing the cybersecurity incidentSelecting the best strategyNext stepsFollowing first-response proceduresMemory acquisitionMemory capture and artifacts acquisition using KAPEDisk drive acquisition proceduresHard drive acquisition using a hardware duplicatorSummaryFurther reading
Section 2: Getting to Know the Adversaries
Chapter 5: Identifying and Profiling Threat Actors
Technical requirementsExploring the different types of threat actorsHacktivistsScript kiddiesInsidersCybercriminalsRansomware gangsAdvanced Persistent Threats (APT) groups Cyber-mercenariesResearching adversaries and threat actorsSTIX and TAXII standardsWorking with STIX objectsCreating threat actor and campaign profilesCreating threat actors' profiles using Visual Studio CodeSummaryFurther reading
Chapter 6: Understanding the Cyber Kill Chain and the MITRE ATT&CK Framework
Technical requirementsIntroducing the Cyber Kill Chain frameworkUnderstanding the MITRE ATT&CK frameworkUse cases for ATT&CKUsing the ATT&CK NavigatorDiscovering and containing malicious behaviorsSummaryFurther reading

Chapter 7: Using Cyber Threat Intelligence in Incident Response
Technical requirementsConfiguring the lab environmentThe Diamond Model of Intrusion AnalysisMapping ATT&CK TTPs from CTI reportsCase study – a weaponized documentResponding to the incidentUsing TRAM to map ATT&CK TTPsUsing Visual Studio Code to research ATT&CK techniques and create reportsIntegrating CTI into IR reportsSummaryFurther reading
Section 3: Designing and Implementing Incident Response in Organizations
Chapter 8: Building an Incident Response Capability
Technical requirementsTaking a proactive approach to incident responseThe incident response hierarchy of needsDeveloping organizational incident response capabilitiesIdentifying business requirements to create an incident response programEvaluating the incident response maturity levelBuilding an incident response programIncident response procedures and guidelinesIntegrating people, processes, and technology into the incident response process PeopleProcessTechnologyAligning the incident response plan, the business continuity plan, and the disaster recovery planIncident response plansBusiness continuity plan Disaster recovery plans SummaryFurther reading
Chapter 9: Creating Incident Response Plans and Playbooks
Technical requirementsCreating IRPsCreating IR playbooksIncident PlaybookPublic PlaybooksScenario – An ounce of prevention is worth a pound of cureTesting IRPs and playbooksSimulation of attacks to measure response programsSummaryFurther reading
Chapter 10: Implementing an Incident Management System
Technical requirementsUnderstanding the TheHive architectureSetting up TheHive and creating casesCreating and managing casesAdding and assigning tasksDocumenting MITRE ATT&CK TTPs in TheHiveIntegrating intelligence with CortexConfiguring the analyzersSummaryFurther reading
Chapter 11: Integrating SOAR Capabilities into Incident Response
Technical requirementsUnderstanding the principles and capabilities of SOARBenefits of SOAR-based IR Implementing a SOAR model A SOAR use case – identifying malicious communicationsPreparing for the detection labSecurity orchestration between TheHive and Velociraptor using n8n Configuring the connection permissions for the client collection toolsClient collection toolsEscalating incidents from detectionEmulating suspicious behaviorEscalating an alertAutomating the IR and investigation processesEmulating the attackCreating a hashes databaseSetting TheHive parameters in Velociraptor Creating workflows using n8n SummaryFurther reading
Section 4: Improving Threat Detection in Incident Response
Chapter 12: Working with Analytics and Detection Engineering in Incident Response
Technical requirementsConfiguring the detection labImplementing a threat hunting platformInstalling ELKIdentifying and containing threatsHunting for threats in incident responseImplementing principles of detection engineering in incident responseUsing MITRE CAR, Invoke-AtomicRedTeam, and testing analyticsMITRE CARInstalling Invoke-AtomicRedTeamTesting detections and huntingSummary
Chapter 13: Creating and Deploying Detection Rules
Technical requirementsConfiguring the detection labIntroduction to detection rulesDetecting malicious files using YARA rulesStructure of a YARA ruleCreating YARA rulesAnalyzing and identifying patterns in filesDownloading PeStudioUsing PeStudioDetecting potential threats using YARA rulesTesting the YARA ruleModifying a YARA rule to improve detectionDetecting malicious behavior using Sigma rulesCloning the repositoryCreating Sigma rulesCreating or analyzing detection engineeringConverting Sigma rulesUsing additional tools that use rules to scan for threatsSummaryFurther reading 
Chapter 14:  Hunting and Investigating Security Incidents
Technical requirementsResponding to a data breach incident Analyzing the cybersecurity incident Selecting the best strategyPreparing for the labCopying and importing evidence filesStarting the investigationOpening a new IR case Investigating the security incidentUsing Sigma rules to find a user creation eventSearching by the activity of devices involvedSummary
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Content preview from Incident Response with Threat Intelligence

Chapter 4: Applying First Response Procedures

In this chapter, we will have the opportunity to apply the concepts learned in the previous chapters in a very practical way, using scenarios of cases related to cybersecurity incidents. As mentioned in the previous chapters, one of the main objectives of first-response procedures is to get useful information to investigate a cybersecurity incident.

So, there are several things that we must ask ourselves based on the information we have on the case:

What are the possible sources of data?
What kind of technology is behind the device from which I should get the information?
How volatile is the data?
Can I take the device into custody if necessary, or is that device required for business continuity? ...

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ISBN: 9781801072953

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Incident Response with Threat Intelligence

by Roberto Martinez

Chapter 4: Applying First Response Procedures

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