Live Virtual Machine Lab 1.2: Module 01 collects information about threat actors and vectors (2023)

Live Virtual Machine Lab 2.1: Modul 02 PenetrationsteststechniquesExercise 1 - Explain penetration tests and their typesTask 1 - Penetration testingA penetration test is often referred to as a pen test and is used to uncover, exploit and understandthe severity of vulnerabilities in applications, network devices and infrastructureComponents such as web server, application server, database server etc.PenetrationstestsWhen an application is developed in an insecure manner, the network and infrastructureComponents are not hardened or secured, leading to weak points that can beso-called loopholes or security gaps. Vulnerability analysis is a technique that revealsthose loopholes in a system.Penetration testing follows the following process:Discovery, Enumeration, Vulnerability Mapping, Exploitation und ReportingTypes of penetration testingBlack box testing is performed without prior knowledge of the information system,Infrastructure component or the application being tested against.Credentials used to authenticate with the systems are not shared and must be revealed aspart of the assessment. This type of testing simulates a real-world attack by aexternal party. Black box tests are also known as zero knowledge tests.a commonThe disadvantage of this type of testing is that not all vulnerabilities are likely to be detected.Another disadvantage is that the test team can inadvertently interact with another system.White box testing is performed with full knowledge of the information system,Infrastructure component or application under test. For example in the case ofApplication white box penetration testing, the full details of the applicationincluding the URL, authentication credentials, data flow, and other test informationprovided in advance for the execution of the test. In extreme cases, the complete source codeof the application or the complete network topology is shared with the tester for identificationUses.A white box test allows the tester or test team to achieve specific internal goalscontrols and functions. It can give better results but doesn't simulate a real worldAttack.

Show

  • Domain 1.0 Threats, Attacks and Vulnerabilities
  • Domain 2.0 technologies and tools
  • Domain 3.0 architecture and design
  • Domain 4.0 identity and access management
  • Domain 5.0 risk management
  • Domain 6.0 cryptography and PKI
  • What kind of phishing is done by voice?
  • What kind of phishing is being carried out over the voice over IP lines where the attacker is pretending to be a legitimate caller to a bank?
  • Which threat hunting method includes Disrupt Deny Destroy and Degrade actions?
  • Which of the following is considered the root of the Active Directory hierarchy?

The Domain Name System, commonly known as DNS, is often referred to as the "phone book" of the Internet. Every time we access the Internet to visit our favorite websites, shop online and pay bills, or access online healthcare or banking portals, we rely on DNS infrastructure to keep ours secure intended goals. While this shared infrastructure is incredibly powerful and useful, it also provides a rich attack surface for threat actors: allowing them to shut down websites and online services, replace legitimate website content with threats and extortion attempts, or even traffic to a copy of a legitimate website to steal all information entered by users who intend to conduct business as usual. "Understanding DNS Attacks" provides important information you need to know to protect yourself and your organization from DNS infrastructure tampering, including common vulnerabilities, how to identify a potential attack, and guidance and best practices to mitigate the Reduce the likelihood and impact of a successful DNS attack.

Table of contentsShow

  • Domain 1.0 Threats, Attacks and Vulnerabilities
  • Domain 2.0 technologies and tools
  • Domain 3.0 architecture and design
  • Domain 4.0 identity and access management
  • Domain 5.0 risk management
  • Domain 6.0 cryptography and PKI

Accessible to non-technical learners, including managers and business leaders, this webinar provides an organizational perspective useful for technical specialists.

Learning goals:
Empower learners to protect, label, and protect themselves and their organizations from attacks on DNS infrastructure by learning about common attack schemes, best practices, CISA guidance, and resources.

  • Define DNS manipulations and explain common attack methods
  • Identify signs of a DNS attack
  • Learn about countermeasures against DNS attacks
  • Understand the process of recovering from a DNS attack
  • Investigate the impact of DNS attacks using case studies

Datum: 2021

Training Competency Area: Level 1 - Beginner

Training purpose: competence development

Alignment with the NIST SP 800-181 Cybersecurity Workforce Framework

Categoryspecialtyworking roles
AnalyzeAll-Source-AnalyseMission Assessment Specialist
collect and operatecollection operationsAll-Source Collection Manager, All-Source Collection Requirements Manager
operate and maintainCustomer Service and Technical SupportTechnical Assistance Specialist
operate and maintaindata managementData Analyst, Database Administrator
operate and maintainknowledge managementknowledge manager
operate and maintainnetwork servicesNetwork Operations Specialist
operate and maintainsystem administrationSystemadministrator
Monitor and ruleCybersicherheitsmanagementcommunications security manager; Information systems security manager
Monitor and ruleProgram Management and AcquisitionIT Investment Manager, IT Program Reviewer, IT Project Manager, Product Support Manager, Program Manager
Monitor and ruleStrategic planning and politicscyber policy and strategy planner; Cyber ​​​​Workforce developer and manager
Monitor and ruleTraining, Education and AwarenessCyber ​​Curriculum Developer
Protect and defendCyber ​​Defense infrastructure supportCyber ​​Defense Infrastructure Support Specialist
Protect and defendResponse to IncidentsCyber ​​Defense Incident Responder
Protect and defendVulnerability assessment and managementVulnerability Analysis Analyst
Secure Deploymentrisk managementAuthorizing Officer; Security control inspector
Secure Deploymentsystem architectureEnterprise Architect, Security Architect
Secure DeploymentSystem requirements planningSystem requirements planner
Secure Deploymenttesting and evaluationSystem testing and evaluation specialist

Lesson 1: Explanation of the OSI and TCP/IP models

Lesson 2: Explain the characteristics of network traffic

Lesson 3: Installing and Configuring Switched Networks

Lesson 4: Configuring IP Networks

Lesson 4: Configuring IP Networks

Lesson 5: Installing and configuring routed networks

Lesson 6: Configure and Monitor Ports and Protocols

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Lesson 7: Explain Network Application and Storage Services

Lesson 8: Monitor and troubleshoot networks

Lesson 9: Explain Network Attacks and Countermeasures

Lesson 10: Install and Configure Security Devices

Lesson 11: Explain authentication and access controls

Lesson 12: Deploying and Troubleshooting Cabling Solutions

Lesson 13: Implementing and Troubleshooting Wireless Technologies

Lesson 14: Compare and contrast WAN technologies

Lesson 15: Using Remote Access Methods

Remedial review of the lessons covered.

Remedial review of the lesson

Remedial review of the lessons covered.

Remedial review of the lessons covered.

The Security+ course lasts five (5) weeks and includes 45 hours of instructor-led live training and hands-on instructor-led labs plus Q&A sessions. The course is led by knowledgeable trainers and includes the online tuition course, e-book and hardcover book, trainer-led labs and trainer/SME led question and answer sessions.

Domain 1.0 Threats, Attacks and Vulnerabilities

1.1 Given a scenario, analyze the indicators of compromise and determine the type of malware.
1.2 Compare and contrast types of attacks1.2.1 Social Engineering 1.2.2 Application/Service Attacks 1.2.3 Cryptographic Attacks 1.2.4 Hijacking 1.2.5 Network/Wireless Attacks

1.3 Explain types and characteristics of threat actors

1.3.1 Types of Actors 1.3.2 Characteristics of Actors

1.4 Explain penetration testing concepts

1.4.1 Penetration Testing Process 1.4.1.1 Reconnaissance 1.4.1.2 First Exploitation 1.4.1.3 Persistence 1.4.1.4 Pivot 1.4.1.5 Privilege Escalation 1.4.2 Penetration Testing vs. Vulnerability Scanning 1.4.3 Black Box vs. Gray Box vs. white box

1.5 Explain vulnerability scanning concepts

1.5.1 Identify 1.5.1.1 Vulnerability/Unpatched System or Application 1.5.1.2 Missing Security Controls 1.5.1.3 Common Misconfigurations 1.5.2 Intrusive vs Non-Intrusive 1.5.3 Eligible vs Unauthenticated

1.6 Explain the implications associated with types of vulnerabilities

(Video) CompTIA Security+ SY0-601 | Module 01 Threat Vector & Intelligence Sources | Training Course | Urdu

1.6.1 Configuration issues 1.6.2 Access control 1.6.3 Cryptography, certificate and key management 1.6.4 Application vulnerabilities

1.6.5 Processing of Application Input

Domain 2.0 technologies and tools

2.1 Installation and configuration of network components, both hardware and software based, for support
organizational security2.1.1 Network Equipment: Router, Switch, Bridge, Load Balancer, Proxy2.1.2 Gateways: Email, Media2.1.3 Access Points2.1.4 Firewall2.1.5 NAC2.1.6 VPN/SSL/TLS Accelerator and Decryptor2.1.7 NIPS/NIDS2 .1.8 DLP2.1.9 SIEM

2.2 Given a scenario, use appropriate software tools to assess an organization's security posture

2.2.1 Network Scanner2.2.2 Protocol Analyzer2.2.3 Wireless Scanners/Crackers2.2.4 Exploitation Frameworks2.2.5 Passive vs. Active2.2.6 Scanners: Vulnerabilities, Configuration Compliance and Inventory2.2.7Password Crackers2.2.8 Backup Utilities2.2.9 Honeypot/Honeynet2.2.10 Steganografie2 .2.11 Command line tools: Unix/Linux and Windows

2.3 Fix common security issues in a given scenario

2.3.1 Personal 2.3.2 Asset Management / misconfigured devices 2.3.3 Identity, Access, Authentication, Authorization and Audit (IAAAA) 2.3.4 Encryption

2.4 In a given scenario, analyze and interpret the results of security technologies

2.4.1 Network Security Technologies 2.4.2 Host Security Technologies 2.4.3 Data Security Technologies

2.5 Deploying Mobile Devices Securely in a Given Scenario

2.5.1 Connection Methods2.5.2 Mobile Device Management Concepts2.5.3 Enforcement and Monitoring2.5.4 Deployment Models

2.6 In a given scenario, implement secure protocols

2.6.1 Logs

2.6.2 Use Cases

Domain 3.0 architecture and design

3.1 Explain use cases and purpose for frameworks, best practices, and secure configuration guides3.1.1 Industry standard frameworks and reference architectures 3.1.2 Benchmarks/guides for secure configurations 3.1.3 Defense-in-depth/layered security

3.2 Given a scenario, implement concepts for secure network architectures.

3.2.1 Zones/Topologies 3.2.2 Segregation/Segmentation/Isolation 3.2.3 VPN/Tunneling 3.2.4 Security Device/Technology Placement 3.2.5 Software Defined Networks (SDN)

3.3 Given a scenario, implement a secure system design

3.3.1 Hardware/Firmware Security 3.3.2 Operating System Security 3.3.3 Peripherals

3.4 Explain the importance of secure deployment concepts

3.4.1 Secure Baseline 3.4.2 Sandboxing 3.4.3 Environment 3.4.4 Integrity Measurement

3.5 Explain the security implications of embedded systems.

3.5.1 ICS / SCADA3.5.2 IoT / Smart Devices3.5.3 Printers / MFDs3.5.4 Camera systems3.5.5 Special Purpose

3.6 Summarize secure application development and deployment concepts

3.6.1 Development Lifecycle Models 3.6.2 Secure DevOps / SecDevOps 3.6.3 Version Control and Change Management 3.6.4 Deployment and Deprovisioning 3.6.5 Secure Coding Techniques 3.6.6 Code Quality and Testing

3.7 Summarize cloud and virtualization concepts

3.7.1 Hypervisor3.7.2 Virtual Machine (VM)3.7.3 Cloud Computing3.7.3.1 Deployment Models3.7.3.2 Storage3.7.3.3 Access

3.8 Explain how resiliency and automation strategies reduce risk

3.8.1 Automation/Scripting 3.8.2 Master Image 3.8.3 Non-Persistence 3.8.4 Shapes and Functions

3.9 Explain the importance of physical security controls

Domain 4.0 identity and access management

4.1 Compare and contrast identity and access management concepts.4.1.1 Identification, Authentication, Authorization and Accounting (AAA) 4.1.2 Multi-Factor Authentication 4.1.3 Single Sign-On (SSO) / Federation

4.2 In a given scenario, install and configure identity and access services

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4.3 Given a scenario, implement identity and access management controls4.3.1 Access control models 4.3.2 Physical access control 4.3.3 Biometrics 4.3.4 Tokens 4.3.5 Certificate-based authentication 4.3.6 Authorization: file system and database 4.4 Given a scenario, distinguish common account management practices. 4.4.1 General concepts 4.4.2 Account types

4.4.3 Enforcement of Account Policies

Domain 5.0 risk management

5.1 Explain the importance of corporate security policies, plans and procedures5.1.1 Standard Operating Procedures 5.1.2 Contract Types 5.1.3 Human Resource Management 5.1.4 General Security Policies

5.2 Summarize the concepts of business impact analysis


5.3 Explain risk management processes and concepts5.3.1 Threat Assessment 5.3.2 Risk Assessment 5.3.3 Change Management

5.4 In a given scenario, follow incident response procedures

5.4.1 Incident Response Plan5.4.2 Incident Response Process

5.5 Summarize basic forensic concepts

5.5.1 Data Collection 5.5.2 Custody / Order of Volatility 5.5.3 Chain of Custody 5.5.4 Legal Hold 5.5.5 Recovery

5.6 Explain concepts related to disaster recovery and business continuity

5.6.1 Backup concepts 5.6.2 Geographical considerations 5.6.3 Business continuity planning 5.6.4 Recovery locations 5.6.5 Order of recovery

5.7 Compare and contrast different types of controls

5.7.1 Administrative 5.7.2 Technical 5.7.3 Physical 5.7.4 Corrective 5.7.5 Preventive 5.7.6 Detective 5.7.7 Dissuasive 5.7.8 Compensatory

5.8 In a given scenario, implement data security and privacy practices

5.8.1 Data Confidentiality Labeling and Handling 5.8.2 Data Roles 5.8.3 Data Destruction and Media Sanitization

5.8.4 Legal and Compliance

Domain 6.0 cryptography and PKI

6.1 Compare and contrast basic concepts of cryptography6.1.1 Symmetric Algorithms 6.1.2 Asymmetric Algorithms 6.1.3 Hashing 6.1.4 Keys and Key Exchange 6.1.5 Digital Signatures 6.1.6 Common Use Cases

6.2 Explain cryptography algorithms and their basic properties

6.2.1 Symmetric Algorithms 6.2.2 Cipher Modes 6.2.3 Asymmetric Algorithms 6.2.4 Hashing Algorithms

6.3 In a given scenario, install and configure the wireless security settings

6.3.1 Cryptographic Protocols 6.3.2 Authentication Protocols 6.3.3 Methods

6.4 Given a scenario, implement a public key infrastructure

6.4.1 Components 6.4.2 Concepts 6.4.3 Types of Certificates

6.4.4 Certificate Formats

The Certified Ethical Hacker (CEH) certification is the most trusted ethical hacking certification and achievement recommended by employers worldwide. It is the most coveted information security certification and represents one of the fastest growing cyber certifications required by critical infrastructure and essential service providers. Since the introduction of CEH in 2003, it has been recognized as a standard in the information security community. CEH v11 continues to introduce the latest hacking techniques and the most advanced hacking tools and exploits used by hackers and information security professionals today. The five phases of ethical hacking and CEH's original core mission are still valid and relevant today: "To beat a hacker, you need to think like a hacker."

Course overview:

Module 01: Introduction to Ethical Hacking
Module 02: Footprinting and Reconnaissance
Module 03: Network Scanning
Module 04: Enumeration
Module 05: Vulnerability Analysis
Modul 06: System-Hacking
Module 07: Malware Threats
Module 08: Sniffing
Modul 09: Social Engineering
Modul 10: Denial-of-Service
Module 11: Session Hijacking
Module 12: Bypassing IDS, Firewalls and Honeypots
Module 13: Hacking Web Servers
Module 14: Hacking Web Applications
Modul 15: SQL-Injection
Module 16: Hacking Wireless Networks
Module 17: Hacking mobiles The platform
Module 18: IoT-Hacking
Modul 19: Cloud-Computing
Module 20: Cryptography

Basics of information technology

  • IT concepts and terminology
  • Establishment of the infrastructure
  • Applications & Software
  • software development
  • Database Basics
  • Essential security

Basics and intermediate knowledge in software and hardware support

  • Hardware
  • operating systems
  • Software Troubleshooting
  • Networking
  • Hardware and network troubleshooting
  • Security
  • mobile devices
  • Virtualization & Cloud Computing
  • operating procedures

End user awareness

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  • information protection
  • cyber terrorism
  • Social Development
  • Security for remote workers
  • virus protection
  • password security
  • Web Browser Security
  • Email Security
  • Instant messaging security
  • phone security
  • Mobile security

Intermediate network concepts

  • networking concepts
  • Infrastructure
  • networking
  • network security
  • Network troubleshooting and tools

intermediate security concepts

  • Attacks, Threats and Vulnerabilities
  • architecture and design
  • implementation
  • Operation and Incident Response
  • Governance, Risiko und Compliance

Basics of information technology

  • IT concepts and terminology
  • Establishment of the infrastructure
  • Applications & Software
  • software development
  • Database Basics
  • Essential security

Intermediate network concepts

  • networking concepts
  • Infrastructure
  • networking
  • network security
  • Network troubleshooting and tools

intermediate security concepts

  • Attacks, Threats and Vulnerabilities
  • architecture and design
  • implementation
  • Operation and Incident Response
  • Governance, Risiko und Compliance

Cloud Computing

  • Cloud architecture and design
  • CloudSicherheit
  • Cloud Deployment
  • Operations & Support
  • Troubleshooting

Operating system and server and workstation concepts

  • Vulnerability analysis and risk management
  • Students will learn how to tackle problems including:
  • Vulnerability assessment frameworks
  • Vulnerability Assessment Techniques
  • Vulnerability assessment tools
  • Identify and respond to vulnerabilities
  • Conduct a vulnerability analysis

Cyber ​​Policy and Compliance

  • Basics of risk assessment
  • Steps to the risk assessment process
  • risk assessment process
  • risk mitigation and management

Critical Controls

Security and Network Operations Center Concepts

  • Basics of Security and the Network Operations Center
  • Incident Detection and Response
  • Security Event and Information Management (SEIM) bzw
  • Security Information and Event Management (SIEM)
  • SEIM Deployment and Operations

Intermediate network concepts

  • networking concepts
  • Infrastructure
  • networking
  • network security
  • Network troubleshooting and tools

intermediate security concepts

  • Attacks, Threats and Vulnerabilities
  • architecture and design
  • implementation
  • Operation and Incident Response
  • Governance, Risiko und Compliance

vulnerability analysis

  • Vulnerability assessment frameworks
  • Vulnerability Assessment Techniques
  • Vulnerability assessment tools
  • Identify and respond to vulnerabilities
  • Conduct a vulnerability assessment

Basics of ethical hacking and penetration testing

  • New attack vectors
  • Count
  • Malware und Reverse Engineering
  • Cloud Computing
  • Web application hacking
  • operating technologies
  • WLAN-Cracking
  • Penetrationstestlabore

Ethical hacking and penetration testing for advanced users

  • Planning & scoping
  • Gathering information and identifying vulnerabilities
  • Attacks & Exploits
  • Penetration testing tools
  • Reporting & Communication
  • Ethical Hacking Labs

Advanced ethical hacking and penetration testing

  • Penetration Testing: What You Should Know
  • Familiarize yourself with Kali Linux
  • command line fun
  • Handy tools
  • BashScripting
  • Passive information gathering
  • Active information gathering
  • Vulnerability Scanning
  • Attacks on web applications
  • Introduction to Buffer Overflows
  • Windows buffer overflows
  • Linux buffer overflows
  • Client-Side Attacks
  • Finding Public Exploits
  • Fix exploits
  • File Transfers
  • antivirus bypass
  • privilege escalation
  • Password Attacks
  • Port redirection and tunneling
  • ActiveDirectory-Angriffe
  • The Metasploit framework
  • PowerShell-Imperium
  • Penetration Testing Labs

What kind of phishing is done by voice?

Voice-Phishing, are calls from attackers posing as government agencies like the IRS, software vendors like Microsoft, or services offering help with benefits or credit card rates. Attackers often appear to be calling from a local number near you.

What kind of phishing is being carried out over the voice over IP lines where the attacker is pretending to be a legitimate caller to a bank?

Vishing, sometimes also called cyber-vishing, is a form of phishing that uses a traditional phone or VoIP (Voice over Internet Protocol) call with either an actual person speaking, a text, or other vishing tools.

Which threat hunting method includes Disrupt Deny Destroy and Degrade actions?

kill chainsare a military concept; In the original paper, the authors create a very clever matrix that relates action flows to DoD IO actions: detect, deny, interrupt, demote, deceive, and destroy.

(Video) 12 4 1 2 Lab - Isolate Compromised Host Using 5 Tuple

Which of the following is considered the root of the Active Directory hierarchy?

An Active Directory always starts with aForest root domain, which is automatically the first domain you install. This root domain becomes the basis for additional directory components.

FAQs

Which of the following are the phases in open source intelligence Osint? ›

Open source intelligence (OSINT) is the process of identifying, harvesting, processing, analyzing, and reporting data obtained from publicly available sources for intelligence purposes.

What command is used to detect an OS on a target? ›

Service and OS detection

Nmap is one of the most popular tools used for the enumeration of a targeted host. Nmap can use scans that provide the OS, version, and service detection for individual or multiple devices.

Which of the following is an open source toolkit used to implement the sslv3 and TLS v1 protocols? ›

The OpenSSL Project is a collaborative effort to develop a robust, commercial-grade, full-featured, and Open Source toolkit implementing the Secure Sockets Layer (SSL v2/v3) and Transport Layer Security (TLS v1) protocols as well as a full-strength general purpose cryptography library.

What is it called when a threat actor takes information for the purpose of impersonating someone quizlet? ›

What is it called when a threat actor takes information for the purpose of impersonating someone? Identity theft. Which of the following is a social engineering attack that uses social media and other sources to achieve its goal? Hybrid warfare influence campaign.

How do I break into OSINT? ›

To begin, select a single piece of information such as your full name, email address or username/alias, then start Google dorking and searching social media sites. Googles multitude of search operators is one of your most powerful skills, use it to find as much initial information as possible.

Is open source intelligence OSINT legal or illegal? ›

OSINT is completely legal because it only uses information that is available through “open sources”. This means that it doesn't include information that is kept within your organisation's database, but rather just information available from public sources.

Which command is used for detecting devices on a network? ›

Ping Command

The ping command is one of the most often used networking utilities for detecting devices on a network and for troubleshooting network problems.

What is an OS trap? ›

2. Introduction to Trap in OS. A trap is a synchronous interrupt triggered by an exception in a user process to execute functionality. Exception conditions like invalid memory access, division by zero, or a breakpoint can trigger a trap in an OS. A trap changes the mode of an OS to a kernel routine.

Can Nmap scan be detected? ›

Intrusive scans, particularly those using Nmap version detection, can often be detected this way. But only if the administrators actually read the system logs regularly. The vast majority of log messages go forever unread.

Which can be used to detect if a Trojan has infected a system? ›

Use your antivirus software to scan your PC for Trojans and other malware. Your software should detect the malware and remove it automatically. Recover damaged files or data.

What is the difference between SSL and OpenSSL? ›

OpenSSL is the programming library used to implement TLS, i.e. the actual encryption and authentication. Whereas your "secure SSL" is just the certificate you install at the server.

What software uses OpenSSL? ›

OpenSSL is included in many operating systems (Windows, macOS, various Linux distributions, etc.); client-side software; web and email server software (Apache, nginx, etc.); network appliances (Cisco, Fortinet, Juniper, etc.), industrial control systems, and so on.

What is it called when a threat actor takes information for the purpose of impersonating someone? ›

Pretexting Definition

A pretext is a made-up scenario developed by threat actors for the purpose of stealing a victim's personal data. During pretexting attacks, threat actors typically ask victims for certain information, stating that it is needed to confirm the victim's identity.

Why would a threat actor want to see or steal your data What do they have to gain? ›

A threat actor or advanced persistent threat usually seeks monetary gain. They do this by retrieving data that they can sell to a third party or by directly exploiting a victim through a ransomware attack. Insider threats may be following the lead of other cybercriminals by selling information to competitors.

Do hackers use OSINT? ›

Hackers, though, utilize OSINT to perform reconnaissance on their targets. A quick Google search for “OSINT tools” exemplifies the sheer number of resources that criminals have at their disposal. OSINT Framework even provides a categorized list of hundreds of OSINT tools that anyone can use.

How do you break into the AI field? ›

Explore possible career paths in AI

You'll need a bachelor's degree for these entry-level jobs. Your next step is to earn your master's degree in data science, computer science, software engineering, or similar. You may also want to work on gaining some certifications, building your skills, and creating your portfolio.

Do hackers use open source software? ›

Microsoft: Hackers are using open source software and fake jobs in phishing attacks. Microsoft details how hackers are using easily available tools and non-existent job offers to trick developers and IT workers.

Can you get sued for open source? ›

A mere member of the public can't sue to enforce an open source license. Intellectual property laws narrowly limit standing. Only the owner of a copyright or patent may sue to enforce the copy- right or patent.

Does the CIA use OSINT? ›

About the Job

As an Open Source Exploitation Officer (OSEO) for CIA, you will discover, collect, and assess foreign-based, publicly available information, also known as Open Source Intelligence (OSINT) in a dynamic, ever-expanding digital environment.

Which of the following options are different phases of open source intelligence? ›

Which of the following are the phases in Open Source Intelligence (OSINT)? [Choose all that apply] Data Processing Result Delivery Data Analysis Source Identification Data Harvesting.

How many steps are in a OSINT cycle? ›

Five steps of the OSINT cycle consists of Planning, Gathering, Analysis, Dissemination and Feedback.

What are the phases of the intelligence cycle? ›

The intelligence cycle is one of active collaboration and consists of six steps: requirements, planning and direction, collection, processing and exploitation, analysis and production, and dissemination. The cycle is circular in nature and the movement between the steps is fluid.

What is open source intelligence OSINT )? Quizlet? ›

Terms in this set (20)

what is open source intelligence (OSINT)? intelligence collected from publicly available sources.

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