CompTIA PT0-002 Exam Topics
CompTIA PT0-002 Exam
CompTIA PenTest+ Certification Exam
Total Questions: 400What is Included in the CompTIA PT0-002 Exam?
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CompTIA PT0-002 Exam Overview :
| Exam Name | CompTIA PenTest+ Certification Exam |
| Exam Code | PT0-002 |
| Official Information | https://www.comptia.org/certifications/pentest |
| See Expected Questions | CompTIA PT0-002 Expected Questions in Actual Exam |
| Take Self-Assessment | Use CompTIA PT0-002 Practice Test to Assess your preparation - Save Time and Reduce Chances of Failure |
CompTIA PT0-002 Exam Topics :
| Section | Weight | Objectives |
|---|---|---|
| 1.0 Planning and Scoping | 14% | 1.1 Compare and contrast governance, risk, and compliance concepts. • Regulatory compliance considerations - Payment Card Industry Data Security Standard (PCI DSS) - General Data Protection Regulation (GDPR) • Location restrictions - Country limitations - Tool restrictions - Local laws - Local government requirements - Privacy requirements • Legal concepts - Service-level agreement (SLA) - Confidentiality - Statement of work - Non-disclosure agreement (NDA) - Master service agreement • Permission to attack 1.2 Explain the importance of scoping and organizational/customer requirements. • Standards and methodologies - MITRE ATT&CK - Open Web Application Security Project (OWASP) - National Institute of Standards and Technology (NIST) - Open-source Security Testing Methodology Manual (OSSTMM) - Penetration Testing Execution Standard (PTES) - Information Systems Security Assessment Framework (ISSAF) • Rules of engagement - Time of day - Types of allowed/disallowed tests - Other restrictions • Environmental considerations - Network - Application - Cloud • Target list/in-scope assets - Wireless networks - Internet Protocol (IP) ranges - Domains - Application programming interfaces (APIs) - Physical locations - Domain name system (DNS) - External vs. internal targets - First-party vs. third-party hosted • Validate scope of engagement - Question the client/review contracts - Time management - Strategy - Unknown-environment vs. known-environment testing 1.3 Given a scenario, demonstrate an ethical hacking mindset by maintaining professionalism and integrity. • Background checks of penetration testing team • Adhere to specific scope of engagement • Identify criminal activity • Immediately report breaches/criminal activity • Limit the use of tools to a particular engagement • Limit invasiveness based on scope • Maintain confidentiality of data/information • Risks to the professional - Fees/fines - Criminal charges |
| 2.0 Information Gathering and Vulnerability Scanning | 22% | 2.1 Given a scenario, perform passive reconnaissance. • DNS lookups • Identify technical contacts • Administrator contacts • Cloud vs. self-hosted • Social media scraping - Key contacts/job responsibilities - Job listing/technology stack • Cryptographic flaws - Secure Sockets Layer (SSL) certificates - Revocation • Company reputation/security posture • Data - Password dumps - File metadata - Strategic search engine analysis/enumeration - Website archive/caching - Public source-code repositories • Open-source intelligence (OSINT) - Tools - Shodan - Recon-ng - Sources - Common weakness enumeration (CWE) - Common vulnerabilities and exposures (CVE) 2.2 Given a scenario, perform active reconnaissance. • Enumeration - Hosts - Services - Domains - Users - Uniform resource locators (URLs) • Website reconnaissance - Crawling websites - Scraping websites - Manual inspection of web links - robots.txt • Packet crafting - Scapy • Defense detection - Load balancer detection - Web application firewall (WAF) detection - Antivirus - Firewall • Tokens - Scoping - Issuing - Revocation • Wardriving • Network traffic - Capture API requests and responses - Sniffing • Cloud asset discovery • Third-party hosted services • Detection avoidance 2.3 Given a scenario, analyze the results of a reconnaissance exercise. • Fingerprinting - Operating systems (OSs) - Networks - Network devices - Software • Analyze output from: - DNS lookups - Crawling websites - Network traffic - Address Resolution Protocol (ARP) traffic - Nmap scans - Web logs 2.4 Given a scenario, perform vulnerability scanning. • Considerations of vulnerability scanning - Time to run scans - Protocols - Network topology - Bandwidth limitations - Query throttling - Fragile systems - Non-traditional assets • Scan identified targets for vulnerabilities • Set scan settings to avoid detection • Scanning methods - Stealth scan - Transmission Control Protocol (TCP) connect scan - Credentialed vs. non-credentialed • Nmap - Nmap Scripting Engine (NSE) scripts - Common options • -A • -sV • -sT • -Pn • -O • -sU • -sS • -T 1-5 • -script=vuln • -p • Vulnerability testing tools that facilitate automation |
| 3.0 Attacks and Exploits | 30% | 3.1 Given a scenario, research attack vectors and perform network attacks. • Stress testing for availability • Exploit resources - Exploit database (DB) - Packet storm • Attacks - ARP poisoning - Exploit chaining - Password attacks - Password spraying - Hash cracking - Brute force - Dictionary - On-path (previously known as man-in-the-middle) - Kerberoasting - DNS cache poisoning - Virtual local area network (VLAN) hopping - Network access control (NAC) bypass - Media access control (MAC) spoofing - Link-Local Multicast Name Resolution (LLMNR)/NetBIOS- Name Service (NBT-NS) poisoning - New Technology LAN Manager (NTLM) relay attacks • Tools - Metasploit - Netcat - Nmap 3.2 Given a scenario, research attack vectors and perform wireless attacks. • Attack methods - Eavesdropping - Data modification - Data corruption - Relay attacks - Spoofing - Deauthentication - Jamming - Capture handshakes - On-path • Attacks - Evil twin - Captive portal - Bluejacking - Bluesnarfing - Radio-frequency identification (RFID) cloning - Bluetooth Low Energy (BLE) attack - Amplification attacks [Near- field communication (NFC)] - WiFi protected setup (WPS) PIN attack • Tools - Aircrack-ng suite - Amplified antenna 3.3 Given a scenario, research attack vectors and perform application-based attacks. • OWASP Top 10 • Server-side request forgery • Business logic flaws • Injection attacks - Structured Query Language (SQL) injection - Blind SQL - Boolean SQL - Stacked queries - Command injection - Cross-site scripting - Persistent - Reflected - Lightweight Directory Access Protocol (LDAP) injection • Application vulnerabilities - Race conditions - Lack of error handling - Lack of code signing - Insecure data transmission - Session attacks - Session hijacking - Cross-site request forgery (CSRF) - Privilege escalation - Session replay - Session fixation • API attacks - Restful - Extensible Markup Language- Remote Procedure Call (XML-RPC) - Soap • Directory traversal • Tools - Web proxies - OWASP Zed Attack Proxy (ZAP) - Burp Suite community edition - SQLmap - DirBuster • Resources - Word lists 3.4 Given a scenario, research attack vectors and perform attacks on cloud technologies. • Attacks - Credential harvesting - Privilege escalation - Account takeover - Metadata service attack - Misconfigured cloud assets - Identity and access management (IAM) - Federation misconfigurations - Object storage - Containerization technologies - Resource exhaustion - Cloud malware injection attacks - Denial-of-service attacks - Side-channel attacks - Direct-to-origin attacks • Tools - Software development kit (SDK) 3.5 Explain common attacks and vulnerabilities against specialized systems. • Mobile - Attacks - Reverse engineering - Sandbox analysis - Spamming - Vulnerabilities - Insecure storage - Passcode vulnerabilities - Certificate pinning - Using known vulnerable components (i) Dependency vulnerabilities (ii) Patching fragmentation - Execution of activities using root - Over-reach of permissions - Biometrics integrations - Business logic vulnerabilities - Tools - Burp Suite - Drozer - Mobile Security Framework (MobSF) - Postman - Ettercap - Frida • - Objection • - Android SDK tools • - ApkX • - APK Studio • Internet of Things (IoT) devices - BLE attacks - Special considerations • - Fragile environment • - Availability concerns • - Data corruption • - Data exfiltration - Vulnerabilities • - Insecure defaults • - Cleartext communication • - Hard-coded configurations • - Outdated firmware/hardware • - Data leakage • - Use of insecure or outdated components • Data storage system vulnerabilities - Misconfigurations—on-premises and cloud-based - Default/blank username/password - Network exposure - Lack of user input sanitization - Underlying software vulnerabilities - Error messages and debug handling - Injection vulnerabilities • - Single quote method • Management interface vulnerabilities - Intelligent platform management interface (IPMI) • Vulnerabilities related to supervisory control and data acquisition (SCADA)/ Industrial Internet of Things (IIoT)/ industrial control system (ICS) • Vulnerabilities related to virtual environments - Virtual machine (VM) escape - Hypervisor vulnerabilities - VM repository vulnerabilities • Vulnerabilities related to containerized workloads 3.6 Given a scenario, perform a social engineering or physical attack. • Pretext for an approach • Social engineering attacks - Email phishing • - Whaling • - Spear phishing - Vishing - Short message service (SMS) phishing - Universal Serial Bus (USB) drop key - Watering hole attack • Physical attacks - Tailgating - Dumpster diving - Shoulder surfing - Badge cloning • Impersonation • Tools - Browser exploitation framework (BeEF) - Social engineering toolkit - Call spoofing tools • Methods of influence - Authority - Scarcity - Social proof - Urgency - Likeness - Fear 3.7 Given a scenario, perform post-exploitation techniques. • Post-exploitation tools - Empire - Mimikatz - BloodHound • Lateral movement - Pass the hash • Network segmentation testing • Privilege escalation - Horizontal - Vertical • Upgrading a restrictive shell • Creating a foothold/persistence - Trojan - Backdoor • - Bind shell • - Reverse shell - Daemons - Scheduled tasks • Detection avoidance - Living-off-the-land techniques/fileless malware • - PsExec • - Windows Management Instrumentation (WMI) - PowerShell (PS) remoting/Windows Remote Management (WinRM) - Data exfiltration - Covering your tracks - Steganography - Establishing a covert channel • Enumeration - Users - Groups - Forests - Sensitive data - Unencrypted files |
| 4.0 Reporting and Communication | 18% | 4.1 Compare and contrast important components of written reports. • Report audience - C-suite - Third-party stakeholders - Technical staff - Developers • Report contents (** not in a particular order) - Executive summary - Scope details - Methodology - Attack narrative - Findings - Risk rating (reference framework) • - Risk prioritization • - Business impact analysis - Metrics and measures - Remediation - Conclusion - Appendix • Storage time for report • Secure distribution • Note taking - Ongoing documentation during test - Screenshots • Common themes/root causes - Vulnerabilities - Observations - Lack of best practices 4.2 Given a scenario, analyze the findings and recommend the appropriate remediation within a report. • Technical controls - System hardening - Sanitize user input/ parameterize queries - Implemented multifactor authentication - Encrypt passwords - Process-level remediation - Patch management - Key rotation - Certificate management - Secrets management solution - Network segmentation • Administrative controls - Role-based access control - Secure software development life cycle - Minimum password requirements - Policies and procedures • Operational controls - Job rotation - Time-of-day restrictions - Mandatory vacations - User training • Physical controls - Access control vestibule - Biometric controls - Video surveillance 4.3 Explain the importance of communication during the penetration testing process. • Communication path - Primary contact - Technical contact - Emergency contact • Communication triggers - Critical findings - Status reports - Indicators of prior compromise • Reasons for communication - Situational awareness - De-escalation - Deconfliction - Identifying false positives - Criminal activity • Goal reprioritization • Presentation of findings 4.4 Explain post-report delivery activities. • Post-engagement cleanup - Removing shells - Removing tester-created credentials - Removing tools • Client acceptance • Lessons learned • Follow-up actions/retest • Attestation of findings • Data destruction process |
| 5.0 Tools and Code Analysis | 16% | 5.1 Explain the basic concepts of scripting and software development. • Logic constructs - Loops - Conditionals - Boolean operator - String operator - Arithmetic operator • Data structures - JavaScript Object Notation (JSON) - Key value - Arrays - Dictionaries - Comma-separated values (CSV) - Lists - Trees • Libraries • Classes • Procedures • Functions 5.2 Given a scenario, analyze a script or code sample for use in a penetration test. • Shells - Bash - PS • Programming languages - Python - Ruby - Perl - JavaScript • Analyze exploit code to: - Download files - Launch remote access - Enumerate users - Enumerate assets • Opportunities for automation - Automate penetration testing process - Perform port scan and then automate next steps based on results - Check configurations and produce a report - Scripting to modify IP addresses during a test - Nmap scripting to enumerate ciphers and produce reports 5.3 Explain use cases of the following tools during the phases of a penetration test. • Scanners - Nikto - Open vulnerability assessment scanner (Open VAS) - SQLmap - Nessus - Open Security Content Automation Protocol (SCAP) - Wapiti - WPScan - Brakeman - Scout Suite • Credential testing tools - Hashcat - Medusa - Hydra - CeWL - John the Ripper - Cain - Mimikatz - Patator - DirBuster - w3af • Debuggers - OllyDbg - Immunity Debugger - GNU Debugger (GDB) - WinDbg - Interactive Disassembler (IDA) - Covenant - SearchSploit • OSINT - WHOIS - Nslookup - Fingerprinting Organization with Collected Archives (FOCA) - theHarvester - Shodan - Maltego - Recon-ng - Censys • Wireless - Aircrack-ng suite - Kismet - Wifite2 - Rogue access point - EAPHammer - mdk4 - Spooftooph - Reaver - Wireless Geographic Logging Engine (WiGLE) - Fern • Web application tools - OWASP ZAP - Burp Suite - Gobuster • Social engineering tools - Social Engineering Toolkit (SET) - BeEF • Remote access tools - Secure Shell (SSH) - Ncat - Netcat - ProxyChains • Networking tools - Wireshark - Hping • Misc. - SearchSploit - Responder - Impacket tools - Empire - Metasploit - mitm6 - CrackMapExec - TruffleHog - Censys • Steganography tools - Openstego - Steghide - Snow - Coagula - Sonic Visualiser - TinEye • Cloud tools - Scout Suite - CloudBrute - Pacu - Cloud Custodian |
Updates in the CompTIA PT0-002 Exam Topics:
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