Dark Arts
  • index
  • BUY ME A BOOK
  • 🪄Dark Magic
    • Pentesting
      • Industry Methodologies
    • Scopes of Testing
    • Reconnaissance
      • Passive
        • WHOIS
        • DNS
          • nslookup
          • dig
        • WAF
        • Subdomain
        • Google Dork
        • Misc. Techniques
        • Leaked Passwords
      • Active
        • Browser & Plugins
        • ping & traceroute
        • fping
        • telnet & netcat
        • DNS
          • Zone Transfer
          • DNS Amplification DDoS Attack Breakdown
        • Misc. Techniques
    • Vulnerability Assessment
    • Attack Types
  • 🕷️Aragoogs Nest
    • Web Application Overview & Security
      • Security Testing
      • Common Threats & Risks
    • Web Application Architecture
      • Technologies
    • HTTP/S
      • Message
      • Request
      • Response
        • Status Code
    • Crawling/Spidering
  • 🧪Potions
    • Web Browsers
    • Computer Networking
      • Network Protocol
      • Packets
      • OSI Layer
        • Layer 3: Network
        • Layer 4: Transport
      • DNS
        • Primary-Secondary
        • Local Name Resolution
        • Domain Hierarchy
        • FQDN
        • Lookups
        • DNS Resolution
        • DNS Records
        • Security: Attack-Defense (Default)
  • 🎆Spells
    • 📜Linux Scroll
    • 📜WebShell Scroll
    • git
      • Attacks + Vulnerabilities
  • 🖼️Flaws w/ Magical Frameworks
    • Windows
      • In a Nutshell
      • CVE-2019-0708: BlueKeep
      • CVE-2017-0144: EternalBlue: MS17-010
      • Attacking Services
        • MS IIS - WebDAV
        • SMB
        • HTTP File Server (HFS)
        • Apache Tomcat Web Server
        • RDP
        • WinRM
      • File System Vulnerabilities
      • Credential Dumping
        • Password Search in Windows Configuration Files
        • Mimikatz
        • Pass-the-Hash Attack
    • Linux
      • In a Nutshell
      • CVE-2014-6271: Shellshock
      • Attacking Services
        • FTP
        • SSH
        • SAMBA
        • SMTP
        • RSYNC
      • Dumping Hashes
  • 🌼Marauder's Boost
    • Privilege Escalation
    • Windows PrivEsc
      • Windows Kernel Exploit
      • Bypassing UAC
      • Access Token Impersonation
    • Linux PrivEsc
      • Linux Kernel Exploit
      • Misconfigured Cron Jobs
      • Exploiting SUID Binaries
      • shells
      • File Permissions
  • ☠️Death Eaters
    • Post Exploitation
      • Windows
      • Linux
  • 🪄OLLIVANDERS
    • nmap
      • Host Discovery
      • Port Scan
      • Service & OS
      • NSE
      • Firewall/IDS Evasion
      • Scan Optimization
      • Misc. Methods
    • ffuf
    • Hydra
    • Metasploit Framework
      • Architecture
      • Must to Know
      • msfvenom
      • Auxiliary Modules
      • Service Enumeration
      • Vulnerability Scanning
      • Imports
      • Automating
    • Vulnerability Scanners
    • Wireshark
  • 🚂Platform 9(3/4)
    • Auth-Auth
      • Authentication
        • Password-based Authentication
        • Basic Authentication
        • Multi-factor Authentication
        • Access Token
        • Token-based Authentication
          • JWT
          • OAuth 2.0
    • Secure Headers
      • Content-Security-Policy (CSP)
    • Cryptography
      • Caesar Cipher
  • ⛲Port Pensieve
    • Enumeration
      • SMB & NetBIOS
      • SNMP
    • Wordlists
  • 🔆DUELS
    • Pivoting
    • SMB Relay Attack
  • 🗺️Marauder's Map
    • Web Application Pentesting
    • API Pentesting
      • GraphQL
        • Primer
    • Mobile Application Pentesting
  • 🎧SIDE CHANNEL
    • Side Channel Analysis
    • Timing Side-Channel Attacks
      • Vulnerable Login
  • 🥃Sky
    • Cloud Basics
    • Cloud Management
      • Shared Responsibility Model
    • Using Cloud Resources
      • Monitoring & Alerts
      • Identity & Access Management
      • Scalability & Availability
      • Solution Design
    • Cloud Providers
    • Cloud Security & Regulatory Compliance
      • Resource Protection
      • ICCA: Cloud Security & Regulatory Compliance
    • ICCA Preparation
      • Knowledge Tests
      • Lab
  • 🔷Obsidian
    • Pentest Engagement
      • Scoping
    • Pentest Ethics
      • Rules of Engagement
    • Auditing Fundamentals
      • Process/Lifecycle
      • Pentest & Security Auditing
      • GRC
      • Standards, Frameworks & Guidelines
      • From Audit to Pentest
  • 💢Threat Modeling
    • Why Threat Model?
  • 📡THREAT INTEL
    • Threat Intelligence
    • Tool Dump
  • 📱Anything-Mobile-IoT
    • Firmware
    • Firmware Analysis
      • Example: CVE-2016-1555
    • Firmware Installation/Flashing
  • 🎉Mischeif
    • Social Engineering
    • Phishing
      • GoPhish
    • Pretexting
Powered by GitBook
On this page
  • Characteristics of Pretexting
  • Examples of Pretexting
  1. Mischeif

Pretexting

PreviousGoPhish

Last updated 4 months ago

Pretexting is a social engineering technique where an attacker creates a fabricated scenario to manipulate the target into trusting them and divulging sensitive information. This often involves impersonating trusted authority figures, colleagues, or service providers. The goal is to exploit the target's trust and psychological vulnerabilities to gain access to confidential data, credentials, or resources.

Characteristics of Pretexting

False Pretense: The attacker constructs a false scenario, often involving a fabricated identity or situation, to deceive the target. This could be impersonating an IT technician, a colleague, or a trusted service provider.

Establishing Trust: The attacker builds credibility with the target by appearing legitimate and authoritative. This trust is essential in encouraging the target to provide sensitive information or perform an action they normally wouldn't.

Manipulating Emotions: Attackers often play on emotions like fear, urgency, or sympathy to push the target into acting quickly. They might create a sense of impending disaster or offer help in a vulnerable situation to lower the target’s guard.

Information Gathering: The attacker uses the established pretext to gather confidential data from the target. This could be personal information, login credentials, or access to secure systems.

Maintaining Consistency: Successful pretexting requires the attacker to maintain a consistent story and persona throughout the interaction. This helps reinforce the false identity and increases the likelihood of the target’s cooperation.

Examples of Pretexting

  • Tech Support Scam: An attacker impersonates a tech support representative, claiming the target’s system has a security issue that needs urgent attention. They may ask for remote access or login details to resolve the issue.

  • Job Interview Scam: The attacker pretends to be a recruiter or hiring manager conducting a job interview, asking for personal information, references, or even a background check in the name of processing the job application.

  • Corporate IT Department Upgrade: An attacker poses as a member of the company’s IT team and convinces the target to provide credentials or perform actions (such as clicking on a link) under the pretense of a system upgrade or maintenance.

🎉
GitHub - L4bF0x/PhishingPretexts: A library of pretexts to use on offensive phishing engagements.GitHub
Logo