Hacker Kayra
  • 📍Introduction Page
  • ⭐Learning Process
    • 🧠Learning Mindset
    • 🖇️Learning Dependencies
    • 🧮Learning Process
  • 🔠Fundamentals
    • 🛜Networking Fundamentals
    • 🐧Linux Fundamentals
    • 🪟Windows Fundamentals
    • 🕵️Active Directory
    • 🕸️Introduction to Web Applications
    • 🗃️Other Useful Concepts
      • Regular Expressions (RegEx)
    • Cyber Security Products
      • Lab Setup
      • ✅Fortigate Firewall
      • MDM Lab
      • IAM Lab
      • PAM Lab
      • DLP Lab
  • 🧰Tools
    • Nmap
    • Nessus
    • Ffuf
    • Hydra
    • John The Ripper
  • ✍️Write Ups
    • 🗃️Hack The Box Machines
      • 🐧Linux
        • Code
    • 🗃️Proving Grounds Boxes
      • 🐧Linux
        • Stapler
        • eLection
        • Loly
        • Blogger
        • Potato
        • Amaterasu
        • Exfiltrated
        • Pelican
        • Astronaut
        • Cockpit
        • Levram
        • Extplorer
        • LaVita
        • pc
        • Scrutiny
        • Zipper
        • Flu
        • Twiggy
        • Codo
        • Crane
        • Hub
        • BlackGate
        • Boolean
        • ClamAV
        • PayDay
        • Snookums
        • Bratarina
        • Nibbles
      • 🪟Windows
        • Algernon
        • AuthBy
        • Craft
        • Kevin
        • Squid
        • Jacko
        • DVR4
        • Hepet
        • Shenzi
        • Nickel
        • Slort
        • MedJed
        • Active Directory
          • Access
          • Vault
    • 🪪Certificates
      • Certified Professional Penetration Tester (eCPPTv3)
      • Web Application Penetration Tester eXtreme (eWPTXv3)
    • 🚩CTF Events
      • Cyber Hub 2025 CTF
  • 📚Study Notes
    • Penetration Tester (HTB CPTS)
      • Penetration Testing Process
      • Reconnaissance, Enumeration & Attack Planning
        • Network Enumeration with Nmap (Continue Here)
        • Footprinting (Just Do Formatting)
        • Vulnerability Scanning (Check)
        • File Transfers
        • Using the Metasploit Framework
        • Web Information Gathering
        • Shells & Payloads
      • Exploitation & Lateral Movement
        • Attacking Common Services (Just Do Formatting)
        • Password Attacks
        • Active Directory Enumeration & Attacks (TBC)
        • Pivoting, Tunneling, and Port Forwarding
      • Web Exploitation
        • Using Web Proxies (Check)
        • Attacking Web Applications With Ffuf (Check)
        • Login Bruteforcing
        • Cross-Site Scripting (XSS)
        • Command Injection
        • SQL Injection
        • File Upload Attacks
        • File Inclusion
        • Web Attacks (Check)
        • Attacking Common Applications (Check)
      • Post-Exploitation
        • Linux Privilege Escalation
        • Windows Privilege Escalation (TBC)
      • Documentation & Reporting
  • 🧑‍💻Other
    • Leet Code
      • Quick Guide: Big-O Notation
      • Problem 01 - Two Sum
    • Data Structure & Algorithms (DSA)
  • 🗄️Archive/Backup/Bin
    • Sysmon Usecases (IBM)
    • 🐧Linux Fundamentals (TryHackMe)
      • Introduction
      • Basic Commands
      • Wildcards & Operators
      • Permissions
      • Common Directories
      • Terminal Text Editors
      • General/Useful Utilities
    • 🪟Windows Fundamentals (TryHackMe)
      • Introduction
      • The File System
      • User Accounts
      • Settings & Control Panel & Task Manager
      • System Configuration
    • Active Directory (TryHackMe)
      • Breaching Active Directory
    • FOR508: Advanced Incident Response, Threat Hunting, and Digital Forensics
      • Book 2 - Intrusion Analysis
        • Credential Theft
        • Event Log Analysis for Responders and Hunters
    • Certified Threat Hunting Professional (eCTHPv2)
      • Threat Hunting: Hunting the Endpoint & Endpoint Analysis
        • Event IDs, Logging, & SIEMs
    • OSCP
      • Report Writing
      • ✅Passive Information Gathering
      • ✅Active Information Gathering
      • ✅Vulnerability Scanning
      • Introduction to Web Application Attacks
      • Common Web Application Attacks
        • ✅Cross-Site Scripting (XSS)
        • ✅Directory Traversal
        • ✅File Inclusion
        • ✅File Upload Vulnerabilities
        • Command Injection
        • SQL Injection Attacks
        • Client Side Attacks
      • ✅Locating Public Exploits
      • ✅Exploiting Walkthrough
      • Fixing Exploits
      • ✅Antivirus Evasion
      • Password Attacks
      • Windows Privilege Escalation
      • Linux Privilege Escalation
      • Port Redirection and SSH Tunneling
      • Tunneling Through Deep Packet Inspection
      • The Metasploit Framework
      • Active Directory Introduction & Enumeration
      • Attacking Active Directory Authentication
      • Lateral Movement in Active Directory
      • Assembling the Pieces
      • Other General Information
    • ⚡Port Swigger (Web Penetration Testing)
      • ✅Information Disclosure
      • ✅Path Traversal (Directory Traversal)
      • ✅OS Command Injection
      • Business Logic Vulnerabilities
      • ✅Authentication
      • ✅Access Control
    • Certified Bug Bounty Hunter (CBBH)
      • Web Requests
        • HTTP Fundamentals
    • Getting Started
      • Introduction
      • Pentesting Basics
    • Certified Penetration Testing Specialist (CPTS)
      • Introduction
        • ✅Penetration Testing Process
          • Penetration Testing Overview
          • Laws & Regulations
          • Penetration Testing Process
          • Pre-Engagement
          • Information Gathering
          • Vulnerability Assessment
          • Exploitation
          • Post-Exploitation
          • Lateral Movement
          • Proof-of-Concept
          • Post-Engagement
          • Practice
          • Academy Module Layout
        • Getting Started with Hack The Box (HTB)
      • Reconnaissance, Enumeration & Attack Planning
        • ✅Network Enumeration with Nmap
          • Enumeration & Introduction to Nmap
          • Host Discovery
          • Host and Port Scanning
          • Saving The Results
          • Service Enumeration
          • Nmap Scripting Engine
          • Scanning Performance
          • Firewall and IDS/IPS Evasion
        • Footprinting
        • ✅Information Gathering - Web Edition
          • Introduction
          • Passive Information Gathering
          • Active Information Gathering
        • Vulnerability Assessment
        • File Transfers
        • Shells & Payloads
        • Using the Metasploit Framework
      • Exploitation & Lateral Movement
        • Password Attacks
        • Attacking Common Services
        • Pivoting, Tunneling, and Port Forwarding
        • Active Directory Enumeration & Attacks
      • Web Exploitation
        • Using Web Proxies
        • ✅Attacking Web Applications with Ffuf
        • ✅Login Brute Forcing
        • SQL Injection Fundamentals
        • SQLMap Essentials
        • Cross-Site Scripting (XSS)
        • File Inclusion
        • File Upload Attacks
        • Command Injections
        • Web Attacks
        • Attacking Common Applications
      • Post-Exploitation
        • Linux Privilege Escalation
        • Windows Privilege Escalation
      • Reporting & Capstone
        • Documentation & Reporting
        • Attacking Enterprise Networks
    • Old Active Directory
    • Tib3rius Privilege Escalation
      • Linux Privilege Escalation
    • HTB Archived Write-Ups (Check)
      • Irked
      • Nibbles
      • Brainfuck
      • Lame (Check)
    • 📋Cheat Sheets
      • Penetration Testing Cheat Sheet (In Progress)
Powered by GitBook
On this page
  1. Archive/Backup/Bin
  2. Port Swigger (Web Penetration Testing)

Business Logic Vulnerabilities

Business logic vulnerabilities are flaws in the design and implementation of an application that allows an attacker to elicit unintended behaviour.

In this context, the term "business logic" simply refers to the set of rules that define how the application operates.

As these rules aren't always directly related to a business, the associated vulnerabilities are also known as "application logic vulnerabilities" or simply "logic flaws".

Logic-based vulnerabilities can be extremely diverse and are often unique to the application and its specific functionality.

Business logic vulnerabilities often arise because the design and development teams make flawed assumptions about how users will interact with the application.

The impact of business logic vulnerabilities can, at times, be fairly trivial. It is a broad category and the impact is highly variable. However, any unintended behaviour can potentially lead to high-severity attacks if an attacker is able to manipulate the application in the right way.

  • Business logic vulnerabilities are flaws in the design and implementation of an application that allow an attacker to elicit unintended behavior.

  • In this context, the term "business logic" simply refers to the set of rules that define how the application operates. As these rules aren't always directly related to a business, the associated vulnerabilities are also known as "application logic vulnerabilities" or simply "logic flaws".

  • Logic-based vulnerabilities can be extremely diverse and are often unique to the application and its specific functionality.

  • Business logic vulnerabilities often arise because the design and development teams make flawed assumptions about how users will interact with the application.

  • The impact of business logic vulnerabilities can, at times, be fairly trivial. It is a broad category and the impact is highly variable. However, any unintended behavior can potentially lead to high-severity attacks if an attacker is able to manipulate the application in the right way.

    • Business logic vulnerabilities are flaws in the design and implementation of an application that allow an attacker to elicit unintended behavior.

    • In this context, the term "business logic" simply refers to the set of rules that define how the application operates. As these rules aren't always directly related to a business, the associated vulnerabilities are also known as "application logic vulnerabilities" or simply "logic flaws".

    • Logic-based vulnerabilities can be extremely diverse and are often unique to the application and its specific functionality.

    • Business logic vulnerabilities often arise because the design and development teams make flawed assumptions about how users will interact with the application.

    • The impact of business logic vulnerabilities can, at times, be fairly trivial. It is a broad category and the impact is highly variable. However, any unintended behavior can potentially lead to high-severity attacks if an attacker is able to manipulate the application in the right way.Business logic vulnerabilities are flaws in the design and implementation of an application that allow an attacker to elicit unintended behavior. In this context, the term "business logic" simply refers to the set of rules that define how the application operates. As these rules aren't always directly related to a business, the associated vulnerabilities are also known as "application logic vulnerabilities" or simply "logic flaws". Logic-based vulnerabilities can be extremely diverse and are often unique to the application and its specific functionality. Business logic vulnerabilities often arise because the design and development teams make flawed assumptions about how users will interact with the application. The impact of business logic vulnerabilities can, at times, be fairly trivial. It is a broad category and the impact is highly variable. However, any unintended behavior can potentially lead to high-severity attacks if an attacker is able to manipulate the application in the right way.

      Business logic vulnerabilities are flaws in the design and implementation of an application that allow an attacker to elicit unintended behavior.

      • In this context, the term "business logic" simply refers to the set of rules that define how the application operates. As these rules aren't always directly related to a business, the associated vulnerabilities are also known as "application logic vulnerabilities" or simply "logic flaws".

      • Logic-based vulnerabilities can be extremely diverse and are often unique to the application and its specific functionality.

      • Business logic vulnerabilities often arise because the design and development teams make flawed assumptions about how users will interact with the application.

      • The impact of business logic vulnerabilities can, at times, be fairly trivial. It is a broad category and the impact is highly variable. However, any unintended behavior can potentially lead to high-severity attacks if an attacker is able to manipulate the application in the right way.

        Business logic vulnerabilities are flaws in the design and implementation of an application that allow an attacker to elicit unintended behavior.

        • In this context, the term "business logic" simply refers to the set of rules that define how the application operates. As these rules aren't always directly related to a business, the associated vulnerabilities are also known as "application logic vulnerabilities" or simply "logic flaws".

        • Logic-based vulnerabilities can be extremely diverse and are often unique to the application and its specific functionality.

        • Business logic vulnerabilities often arise because the design and development teams make flawed assumptions about how users will interact with the application.

          • The impact of business logic vulnerabilities can, at times, be fairly trivial. It is a broad category and the impact is highly variable. However, any unintended behavior can potentially lead to high-severity attacks if an attacker is able to manipulate the application in the right way.

            Business logic vulnerabilities are flaws in the design and implementation of an application that allow an attacker to elicit unintended behavior.

            • In this context, the term "business logic" simply refers to the set of rules that define how the application operates. As these rules aren't always directly related to a business, the associated vulnerabilities are also known as "application logic vulnerabilities" or simply "logic flaws".

            • Logic-based vulnerabilities can be extremely diverse and are often unique to the application and its specific functionality.

            • Business logic vulnerabilities often arise because the design and development teams make flawed assumptions about how users will interact with the application.

            • The impact of business logic vulnerabilities can, at times, be fairly trivial. It is a broad category and the impact is highly variable. However, any unintended behavior can potentially lead to high-severity attacks if an attacker is able to manipulate the application in the right way.

              Business logic vulnerabilities are flaws in the design and implementation of an application that allow an attacker to elicit unintended behavior.

              • In this context, the term "business logic" simply refers to the set of rules that define how the application operates. As these rules aren't always directly related to a business, the associated vulnerabilities are also known as "application logic vulnerabilities" or simply "logic flaws".

              • Logic-based vulnerabilities can be extremely diverse and are often unique to the application and its specific functionality.

              • Business logic vulnerabilities often arise because the design and development teams make flawed assumptions about how users will interact with the application.

              • The impact of business logic vulnerabilities can, at times, be fairly trivial. It is a broad category and the impact is highly variable. However, any unintended behavior can potentially lead to high-severity attacks if an attacker is able to manipulate the application in the right way.

PreviousOS Command InjectionNextAuthentication

Last updated 3 months ago

🗄️
⚡