🦹
CYBERSECURITY BOOK
  • 👽CS && PEN-TESTING BOOK
    • 🔍Reconnaissance
      • 🈴Passive Recon
        • M365/Azure Tenant Recon
          • MSFTRecon
        • 🕵️OSINT
          • Data Breach and Leaks Resources
          • OSINT Tools and Resources
          • Shodan
          • Creepy
          • The US Army manual ATP 2-22.9
          • NATO OSINT manual
          • Twitter Geolocation
          • Geotagging: GeoSocial Footprint
          • Bitcoin Address Lookup
          • Google Docs OSINT
          • Monitoring Tools
          • TOR Onion Links
          • Phone Numbers
          • Mitaka - In-Browser Tool
          • Russian Target
          • FTP Servers
          • War Related
        • 🎟️ADINT
          • Surveillance
        • 🗺️GEOINT
          • Methodology
          • SunCalc - Geospatial OSINT using shadows
        • ☢️SIGINT
          • Methodology
          • Wifi
            • Kismet
        • ⛓️DNS Recon and Route Mapping
        • 👨‍💼Obtain User Information
        • 🕸️Web Recon
        • 🕷️Scraping Crypto Addresses
        • File Sharing Services
      • ☢️Active Recon
        • 🐹Stealth Scanning Strategies
        • 🏭Identify Network Infrastructure
        • 💻Host Enumeration
        • ⛷️Sparta
        • 🧩Fuzzing
          • ❄️Wfuzz
          • Fuzzing Applications
          • Linux Kernel Fuzzing
          • Fuzzing Chrome V8 Engine
      • ☦️Doxing
        • Doxing Anyone
        • Gmail Address
      • 🎥Surveillance
        • Location Tracking Techniques
    • 🔢Enumeration
      • 🔅Protocols and Ports
        • 21 - FTP
        • 22 - SSH
        • 23 - Telnet
        • 25, 465 - SMTP
        • 110, 143 - POP3, IMAP4
        • 1521 - Oracle DB Server
        • 3306 - Mysql
        • 2375 - Docker
        • 8080, 50000 - Jenkins
        • 80, 443 - HTTP, HTTPS
        • 3389 - RDP
        • 5900 - VNC
        • 445 - SMB
        • 161 UDP - SNMP
        • 11211 - Memcached
        • 2049 - NFS
      • 🐧Linux - POST
      • 🪟Windows - POST
      • 🕸️Web Apps
        • Directory Enumeration
        • Identify Virtual Websites
    • ☮️Public Exploits
      • Look for Public Exploits
      • Metasploit
    • 🕎Vulnerability Scanning
      • ⚛️Nuclei
      • ⛵Tsunami Security Scanner
      • Hunting and Exploiting Vulnerable Windows Drivers
    • 🕳️Tunneling & Exfiltration
      • SSH Tunneling
      • ICMP Exfiltration
      • DNS Exfiltration
      • DNS Tunneling
      • TCP/UDP Tunneling
      • CloudFlare Tunnel
      • SOCKS
      • Ngrok - Port Forwarding
      • CURL - Exfiltration
      • Rclone - Data Exfiltration
      • Data Bouncing - External Data Exfiltration
    • Backdoors
      • Asymmetric Backdoor
    • 🎣Pivoting (Post Exploitation)
      • Using Metasploit
      • SOCKS, SSH - Pivoting
      • Remote Port Forwarding
      • Tool - Chisel
      • Chisel - Double Pivoting
      • Bypassing Firewall with Forward Relays
      • Reverse Relays - Metasploit
      • Pivoting using Ligolo-Ng
    • 🎯Active Directory Pentesting
      • 🔑Crendentials
        • Group Policy Preferences
        • LLMNR Poisoning
        • LDAP (Post)
        • Brute Force
        • LAPS Toolkit
        • PFX File
      • 🐕‍🦺Kerberos Attacks
        • ASREProast
        • Kerberoast
        • Pass the Certificate
      • 🏁AD Post Exploitation
        • Active Directory Post Exploitation
      • ℹ️Introduction to Identities
      • 🔧Testing Active Directory
      • 🎓Advanced Penetration Testing
      • 🔧Automated Tools
        • ADCS Exploitation Tool
        • BadSuccessor – Full Active Directory Compromise
      • Hacking Active Directory Environment
        • 🕵️Enumeration
        • 🦸Exploitation
        • 🚪Privilege Escalation
      • Windows and Active Directory Attacks
        • Shared Local Administrator Password
        • NTLM/SMB Relay
    • 🐳Docker
      • Docker Container
      • Expose Docker Remotely
    • ☸️Kubernetes
      • Basic Commands
    • 🙅‍♂️Social Engineering
      • 🗺️Location Phishing
      • 🧘‍♂️0-Click Email Attack
      • 🐧Binary Linux Trojan
      • 📧Phishing Mail
      • 📁Malicious File
      • ♉Malicious USB Drive
      • 📩Spear-Phishing Methods (VIP)
      • 🧑‍💼Insider Attack
      • Wifi Phishing - Wifiphisher
      • 🔐MFA Bypass
      • Link Attacks
      • 📋Clipboard Hijacking (Post)
      • Copy-Paste Spoofing
    • 🗺️CEH Mindmaps
      • ℹ️Recon and Information Gathering
        • Lab 1: Perform Footprinting Through Search Engines
          • Task 1: Gather Information using Advanced Google Hacking Techniques
          • Task 2: Gather Information from Video Search Engines
          • Task 3: Gather Information from FTP Search Engines
          • Task 4: Gather Information from IoT Search Engines
        • Lab 2: Perform Footprinting Through Web Services
          • Task 1: Find the Company's Domains and Sub-domains using Netcraft
          • Task 2: Gather Personal Information using PeekYou Online People Search Service
          • Task 3: Gather an Email List using theHarvester
          • Task 4: Gather Information using Deep and Dark Web Searching
          • Task 5: Determine Target OS Through Passive Footprinting
        • Lab 3: Perform Footprinting Through Social Networking Sites
          • Task 1: Gather Employee's Information from LinkedIn using theHarvester
          • Task 2: Gather Personal Information from Various Social Networking Sites using Sherlock
          • Task3: Gather Information using Followerwonk
        • Lab 4: Perform Website Footprinting
          • Task 1: Gather Information About a Target Website using Ping Command Line Utility
          • Task 2: Gather Information About a Target Website using Photon
          • Task 3: Gather Information About a Target Website using Central Ops
          • Task 4: Extract a Company's Data using Web Data Extractor
          • Task 5: Mirror a Target Website using HTTrack Web Site Copier
          • Task 6: Gather Information About a Target Website using GRecon
          • Task 7: Gather a Wordlist from the Target Website using CeWL
        • Lab 5: Perform Email Footprinting
          • Task 1: Gather Information about a Target by Tracing Emails using eMailTrackerPro
        • Lab 6: Perform Whois Footprinting
          • Task 1: Perform Whois Lookup using DomainTools
        • Lab 7: Perform DNS Footprinting
          • Task 1: Gather DNS Information using nslookup Command Line Utility and Online
          • Task 2: Perform Reverse DNS Lookup using Reverse IP Domain Check and DNSRecon
          • Task 3: Gather Information of Subdomain and DNS Records using SecurityTrails
        • Lab 8: Perform Network Footprinting
          • Task 1: Locate Network Range
          • Task 2: Perform Network Tracerouting in Windows and Linux Machines
          • Task 3: Perform Advanced Network Route Tracing Using Path Analyzer Pro
        • Lab 9: Perform Footprinting using Various Footprinting Tools
          • Task 1: Footprinting a Target using Recon-ng
          • Task 2: Footprinting a Target using Maltego
          • Task 3: Footprinting a Target using OSRFramework
          • Task 4: Footprinting a Target using FOCA
          • Task 5: Footprinting a Target using BillCipher
          • Task 6: Footprint a Target using OSNIT Framework
      • 🔄Network Scanning
        • Tasks
      • 🔢Enumeration
        • Tasks
      • 👨‍🔧Vulnerability Analysis
        • Tasks
      • 🦸System Hacking
        • Tasks
      • *️Malware Analysis
        • Tasks
      • ❄️Sniffing
        • Tasks
      • 🧑‍🤝‍🧑Social Engineering
        • Tasks
      • 🚫Denial of Service
        • Tasks
      • 🛩️Session Hijacking
        • Tasks
      • 🆔Evading IDS, Firewalls, and Honeypots
        • Tasks
      • 🖥️Web Server Hacking
        • Tasks
      • 🕸️Web Application Hacking
        • Tasks
      • 💉SQL Injection
        • Tasks
      • 👁️‍🗨️Wireless Network Hacking
        • Tasks
      • 📱Mobile Hacking
        • Tasks
      • 👨‍🔬IoT and OT Hacking
        • Tasks
      • ☁️Cloud Computing
        • Tasks
      • 🔏Cryptography
        • Tasks
    • 🗾CND Mindmaps
    • 👿Vulnerability Research
      • 👨‍💻Code Review
    • 📶Network Security
      • 🦝Installing and Configuring Network Based IDS In Ubuntu: Suricata
      • 🏛️OpenSSL
      • 👩‍🚒Active Directory
        • LAPS
    • 🛂Port Forwarding
      • 🐧Linux
      • 🪟Windows
      • 🔄Router
    • 👾API Testing
      • Reverse Engineering
        • Reverse Engineer an API using MITMWEB and POSTMAN
      • API Hacking Basics
        • Practicals
      • 🕵️‍♂️API Recon
      • 📄API Documentation
        • ⚗️Lab: Exploiting an API endpoint using documentation
      • 👨‍🎤Identifying and Interacting with API Endpoint
        • ⚗️Lab: Finding and exploiting an unused API endpoint
      • 🦮Finding Hidden Parameters
      • 🍷Mass assignment vulnerabilities
        • ⚗️Lab: Exploiting a mass assignment vulnerability
      • ✅Preventing vulnerabilities in APIs
      • 😷Server-side parameter pollution
      • 🕵️‍♂️Testing for server-side parameter pollution in the query string
        • ⚗️Lab: Exploiting server-side parameter pollution in a query string
      • 🛣️Testing for server-side parameter pollution in REST paths
      • 🚧Testing for server-side parameter pollution in structured data formats
        • ⚗️Lab: Exploiting server-side parameter pollution in a REST URL
      • 👨‍🚀Testing with automated tools
      • 🚨Preventing server-side parameter pollution
    • 🕸️Web App Pentesting Notes
      • 🧰Web App Pentesting Tools
        • Fuzzing: ffuf Tool
        • Nosql Injection: NoSqlMap
        • Kiterunner
        • Burp Suite
      • ❌XSS and XSRF Together
      • 💉NoSQL Injection
        • NoSQL Databases
        • NoSQL syntax injection
        • NoSQL operator injection
        • Exploit Syntax Injection to Extract Data
        • Exploiting NoSQL operator injection to extract data
        • Timing based injection
        • Preventing NoSQL injection
      • 🧙Cross Site Request Forgery
      • 📼Hidden Parameter Discovery
      • 📌SSTI : Server Side Template Injection
        • Lab: Basic server-side template injection
        • Lab: Basic server-side template injection (code context)
        • Lab: Server-side template injection using documentation
        • Lab: Server-side template injection in an unknown language with a documented exploit
        • Lab: Server-side template injection with information disclosure via user-supplied objects
      • 💎JWT Attack
        • Exploiting flawed JWT signature verification
        • Brute-forcing secret keys
        • JWT header parameter injections
        • Prevent JWT attacks
      • 📊GraphQL API Vulnerabilities
        • Exploiting Unsanitized Arguments
        • Discovering Schema Information
          • Lab: Accessing private GraphQL posts
          • Lab: Accidental exposure of private GraphQL fields
        • Bypassing GraphQL introspection defenses
          • Lab: Finding a hidden GraphQL endpoint
        • Bypassing rate limiting using aliases
          • Lab: Bypassing GraphQL brute force protections
        • GraphQL CSRF
          • Lab: Performing CSRF exploits over GraphQL
      • 🔏Authentication Vulnerabilities
      • 🏇Race Conditions
        • Limit overrun race conditions
        • Multi Endpoint Race Conditions
        • Single Endpoint Race Conditions
        • Time Sensitive Attacks
      • 🧠LLM Attacks
        • Exploiting LLM APIs, functions, and plugins
        • Indirect Prompt Injection
      • ☸️Host Header Attacks
        • Testing for Vulnerability
        • Password Reset Poisoning
        • Web Cache Poisoning
        • Accessing Restricted Functionality
    • 🛩️Wireless Hacking
      • Zigbee Attacks
      • Wifi Attacks
        • Hack WPA2 Networks
        • Automated: Wifite
      • Bluetooth Attacks
        • BlueDucky Script
      • RFID Attacks
    • 🏁CEH Engage Walkthroughs
      • 1️⃣CEH Engage Part 1
      • 2️⃣CEH Engage Part 2
      • 3️⃣CEH Engage Part 3
      • 4️⃣CEH Engage Part 4
    • 🎃Evasion
      • OWASP-ZSC
      • AMSI Bypass
      • Windows Evasion
      • Windows Defender Application Control (WDAC): Killing EDR
      • InvisibilityCloak - C# Obfuscation Toolkit
    • 🚪Post exploitation
      • 🛬Living Off The Land Tools
      • 🥝Mimikatz
      • 🐧Privilege escalation: Linux
      • 🪟Privilege escalation: Windows
      • 👾PAC Tempering
      • Amnesiac - EDR Bypass
      • GraphRunner: A Post-Exploitation Toolset for Microsoft 365
    • 🔓Hashing & Password Cracking
      • Hashing
      • Custom Wordlist
      • Hydra
      • John
      • Windows - Local Password Cracking
      • Password Cracking using Rules
    • 📒Hacking Cheat Sheets
      • 🔍Recon Cheatsheet
      • 🔢Enumeration Cheatsheet
      • 🐚Shells and Reverse Shells Cheat Sheet
      • 🐮Meterpreter Cheat Sheet
      • ☄️Powershell Commands Cheat Sheet
      • 💉Command Injection Cheat Sheet
      • 🪡SQL Injection Cheat Sheet
      • 🐮Metasploit Cheat Sheet
      • 🧰Ethical Hacking Tools
      • 🐧Linux Hacking Basics
      • 🔺MSFVenom
    • 🏇CEH Practical
      • CEH Practical Tools
      • 🔍Network Scanning
      • 🐕‍🦺Service Enumeration
      • 🖊️Stegnography
      • 🔓Cryptography
      • 🕸️Web and Android Hacking
      • 🚪Privilege Escalation
      • 🦄Malware Threats
    • ☁️Cloud Pentesting
      • ✏️AWS Pentesting
        • 🌆AWS Environments
          • Identity and Access Management
          • Identity Based Policies
          • Resource Based Policy
          • Untitled
        • 🧰Tools
          • AWS CLI
          • Pacu
          • Prowler
          • Cloudsplaining
        • Attacks & Methodology
          • 👨‍🔬Exploiting AWS Misconfigurations
          • AWS Pentest Methodology
        • Initial Access
          • Public Access
          • Leaked Secrets
          • Phishing
          • Resource Exploitation
        • Post-Compromise Recon
          • AWS Command Line
          • Resource Enumeration
          • IAM Policy Enumeration
          • Identifying Public Resources
        • S3 Buckets
          • S3 Bucket Misconfiguration
      • 🅰️Azure Pentesting
        • Azure Attack Matrix
        • Stealing Access Tokens
        • Lateral Movement - Skeleton Key Attack
    • 🪟Windows Security
      • 🕵️‍♂️Recon
        • Host Discovery
        • SMB
        • MSSQL
        • IIS
      • 🦹Exploitation
        • CMD Commands
      • 🚪Post Exploitation
        • Dump Password Hashes
        • Mimikatz
      • 🦕Persistence (Post)
        • User Accounts, Hash Cracking, RID Hijacking
        • Backdoors
        • Services
        • Scheduled Tasks
        • Windows Startup
    • 🐧Linux Security
      • 🏋️‍♂️Privilege Escalation
        • 1️⃣1⃣ 1⃣ Exploiting Setuid Programs
        • 2️⃣2⃣ 2⃣ Cron Jobs
        • 3️⃣3⃣ 3⃣ Permissions
        • 4️⃣4⃣ 4⃣ Logs
        • 5️⃣5⃣ 5⃣ Restricted Shell
      • Persistence
        • D3m0n1z3dShell
    • 🍎MacOS Security
      • Endpoint Security
        • eslogger
      • Gaining Access
        • Setup and weaponize Mythic C2 using DarwinOps to target MacOS
    • 📱Android Security
      • Android Pentesting Notes
      • Android Application Pentesting Part 1
        • Static Analysis
        • Dynamic Analysis
      • Android Application Pentesting Part 2
        • Aspects of Android Security
        • Static Application Testing
        • Dynamic Application Testing - Part 1
        • Platform Interaction Testing
        • Dynamic Application Testing - Part 2
        • OWASP Top 10
      • Mobile Application Pentesting Part 3
        • Mobile Security Controls
        • Dynamic Analysis
        • Static Code Analysis
        • Insecure Data Storage
        • Runtime Security
    • 🍎iOS Security
      • iOS Application Analysis
    • 🧾Scripting
      • 💎Ruby
        • Basics
        • Object Types
      • 🐍Python
        • Web Scrapping Scripts
      • 🐧Bash
      • 🐪Perl
      • 🐘PHP
    • 🐉Reverse Engineering & Malware Analysis
      • RE Preparation
        • RE Process
        • Malware Analysis Tools
        • Malware Components: Windows
      • Shellcode Analysis
        • Automated Extraction
      • 1️⃣Disassembly and Disassembler
      • 2️⃣Binary Analysis
      • 🐧Linux ELF Format
      • ♎Yara Guide
      • 📱Android Reverse Engineering
        • Spyware Reverse Engineering
      • 📲Mobile Applications
        • Flutter Mobile Apps
    • 🌠Protocol Exploitation
      • ARP
      • DNS
      • VoIP
    • 🛜Network Pentesting
      • SNMP - Authentification
    • 👮Digital Forensics & Incident Response
      • 📩Email Forensics
        • Callback Phishing
        • Business Email Compromise Investigations
          • Investigating using Hawk
          • Microsoft Defender Explorer
      • 💸Ransomware Forensics
        • Decrypting Intermittent Encryption
      • 💱Blockchain Forensics
        • 🍾Frontrunning/Sandwich Bot Finder
      • 📝Memory Forensics
        • Process
        • Memory Analysis - Volatility3
      • ☄️Network Forensics
        • Pcap Analysis
      • 🪟Windows Forensics
        • NTDS Secret Extraction
        • Detecting Hidden Processes
        • Analyzing Prefetch Files
        • Windows MFT Parsing
        • USN Journal Forensics
      • 📼Media Forensics
        • Rubber Ducky Analysis
        • RDP Bitmap Cache
        • USB Event Tracking
      • 🧙Forensic Imaging
        • Image Analysis: Autopsy
      • 🪅Data Collection
        • 🪟Windows
        • 🐧Unix/Linux
      • 🔏Privacy Research
        • Deanonymization - TOR Hidden Services
        • Deanonymization - Flash Code
        • Dark Web - OSINT
        • Dark Web Investigation
      • 🕸️Web Investigations
        • Investigating Favicon Hashes
      • 🏴‍☠️Threat Detection
        • Reading Clipboard Data via Powershell
        • Detection of Windows Defender Tampering via Powershell
        • Detection of Remote Template Injection
    • 🦋Cisco Attacks
      • Decrypting Type 5 Cisco Passwords
    • 🐼CVE's
      • libssh 0.8.1 - CVE 2018-10933
      • proftpd-1.3.3c-backdoor
      • zerologon - CVE-2020-1472
      • Apache Ghostcat - CVE 2020-1938
      • Spring Authorization Bypass - CVE 2024-38821
      • Apache Solr - CVE-2024-45216
      • Bypassing Mark of the Web with 7zip CVE-2025-0411
      • CVE-2025-24054, NTLM Exploit in the Wild
    • 🐛OWASP TOP 10
      • LLM
        • OWASP Top 10 for LLM Applications
      • Machine Learning
        • OWASP Machine Learning Security Top Ten
      • 🕸️WEB
        • 1️⃣A01:2021 – Broken Access Control
        • 2️⃣A02:2021 – Cryptographic Failures
        • 3️⃣A03:2021 – Injection
        • 4️⃣A04:2021 – Insecure Design
        • 5️⃣A05:2021 – Security Misconfiguration
        • 6️⃣A06:2021 – Vulnerable and Outdated Components
        • 7️⃣A07:2021 – Identification and Authentication Failures
        • 8️⃣A08:2021 – Software and Data Integrity Failures
        • 9️⃣A09:2021 – Security Logging and Monitoring Failures
        • 🔟A10:2021 – Server-Side Request Forgery (SSRF)
      • 🦄API
      • 🌆IoT
      • 📱MOBILE
    • 🛼Web 3 Vulnerabilities
      • Fuzzing Ethereum Smart Contract
      • Static Analysis using Slither
      • Solidity Audit using Mythril
      • 🎆Reentrancy Vulnerabilities
      • 🥪Sandwich Attacks
      • 🌇Integer Attacks
      • 🚂Authorization Issues
      • 🌉Bad Randomness
    • 🛩️Web 3 Smart Contract
      • ⛎Blockchain Hacking (Python)
        • 🌆Smart Contract Template
        • 🎆Interact with ERC20 Tokens
        • 📲Interact with Wallets
        • 🍷Reverse Engineering Bytecode
        • ✒️Sign Transactions
        • 🪢Smart Contract Interactions
        • 🧜‍♀️Subscribing to Events
        • 🟤Brownie Interactions
        • 👾Exploit PoC
    • 🌃Smart Contract Audits
      • 🐸Thunder Loan Audit
        • 1️⃣Initial Review
    • 👩‍💼GRC Frameworks
      • NIST 800-39
      • SOC 2
      • HIPAA
      • PCI-DSS
      • NIST CSF
      • FedRAMP
      • CSA STAR
      • SOX
      • GDPR
      • ISO 27001
  • 🦹REAL WORLD && CTF
    • ⚛️Scripts and Systems
      • R: Code Execution
      • Python2 Input Vulnerability
  • 🦸MISCELLANEOUS
    • Decrypt SSL Traffic
    • 🏦OpenSSL Commands
    • 🔒GPG
    • 🔐SSH Commands
    • OWASP BWAPP Setup
    • Commando VM Setup
    • Living Off The Land Applications
    • 🐧Develop Your Own Linux Distro
    • 🐱GitHub Commands
      • 📔Cheatsheet
  • 🧛‍♂️ADVANCED PERSISTENT THREATS - RESEARCH
    • Reconnaissance
    • Resource Development
    • Initial Compromise
    • Execution
    • Establish persistence
    • Escalate privileges
    • Defense Evasion
    • Credential Access
    • Discovery
    • Lateral movement
    • Collection
    • Command and Control
    • Data exfiltration
    • Impact
  • 👾THREAT HUNTING - RESEARCH
    • MacOS
    • Azure Sentinel
    • Network Data
      • Network Data Sources
      • Network Threat Hunting Too
      • Hunting the Undetected
      • Protocols
      • Network Threat Hunts
    • Active Directory
      • Introduction
      • Threat Hunting
      • Threat Hunting in Active Directory
    • Data Collection
      • Internal Data
      • External Data
        • Private Data Sources
        • Community Data Sources
        • Public Data Sources
      • OSINT
    • Data Management and Processing
      • Data Processing
      • Common CTI Standards
      • Storage and Integration
      • Threat Intelligence Platforms
    • Analysis
      • Introduction
      • Analysis of Competing Hypothesis
      • Cyber Kill Chain and Diamond Model
      • Cyber Kill Chain and Courses of Action
    • Campaign Analysis
      • Introduction
      • Heatmap Analysis
      • Visual Analysis
      • MITRE Threat Group Tracker
      • Threat Intelligence Naming Conventions
    • Attribution
      • Introduction
      • Cognitive Biases
      • Logical Fallacies
      • Manage Biases
      • Nation-State Attribution
    • Dissemination and Sharing
      • Introduction
      • Tactical Intelligence
      • Operational Intelligence
      • Strategic Intelligence
  • 🦅CISA - INCIDENT RESPONSE PLAYBOOK
    • Overview
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On this page
  • Security Logging and Monitoring Failures
  • Characteristics of Security Logging and Monitoring Failures
  • Prevention
  • References
  • Mapped CWEs

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  1. CS && PEN-TESTING BOOK
  2. OWASP TOP 10
  3. WEB

A09:2021 – Security Logging and Monitoring Failures

Security Logging and Monitoring Failures

Security logging and monitoring are crucial for detecting, escalating, and responding to active breaches. Without adequate logging and monitoring, security incidents may go undetected, leading to prolonged breaches and more significant damage.

Characteristics of Security Logging and Monitoring Failures

  • Insufficient Logging of Auditable Events

    • Description: Failure to log important events like logins, failed logins, and high-value transactions.

    • Example: An application that does not log user login attempts.

    • Impact: Critical activities may go unnoticed, preventing timely detection of malicious actions.

    • CWE-778: Insufficient Logging: https://cwe.mitre.org/data/definitions/778.html

  • Inadequate Log Messages for Warnings and Errors

    • Description: Warnings and errors generate no, inadequate, or unclear log messages.

    • Example: A system that fails to log detailed error messages for failed login attempts.

    • Impact: Important warning signs of potential issues may be missed.

    • CWE-223: Omission of Security-relevant Information: https://cwe.mitre.org/data/definitions/223.html

  • Unmonitored Application and API Logs

    • Description: Logs of applications and APIs are not monitored for suspicious activity.

    • Example: API logs that are collected but never reviewed for anomalies.

    • Impact: Suspicious activities are not detected promptly, allowing attackers to exploit vulnerabilities longer.

    • CWE-778: Insufficient Logging: https://cwe.mitre.org/data/definitions/778.html

  • Local-only Log Storage

    • Description: Logs are only stored locally without centralized logging or off-site backups.

    • Example: Storing logs on the same server as the application, risking loss if the server is compromised.

    • Impact: Log data can be easily tampered with or lost, impeding forensic investigations.

    • CWE-257: Storing Passwords in a Recoverable Format: https://cwe.mitre.org/data/definitions/257.html

  • Lack of Alerting and Escalation Processes

    • Description: Inadequate alerting thresholds and response escalation processes.

    • Example: No alerts set up for multiple failed login attempts, missing potential brute force attacks.

    • Impact: Delays in responding to active attacks, increasing potential damage.

    • CWE-1009: Failure to Enable Notification Mechanism: https://cwe.mitre.org/data/definitions/1009.html

  • Penetration Testing and DAST Scans Not Triggering Alerts

    • Description: Penetration testing and scans by DAST tools do not trigger alerts.

    • Example: DAST scans conducted without triggering any alerts or notifications to the security team.

    • Impact: Security testing activities go unnoticed, potentially missing opportunities for improvement.

    • CWE-778: Insufficient Logging: https://cwe.mitre.org/data/definitions/778.html

  • Inability to Detect or Escalate Active Attacks

    • Description: The application cannot detect, escalate, or alert for active attacks in real-time or near real-time.

    • Example: Real-time monitoring systems are not in place, missing ongoing attacks.

    • Impact: Active attacks remain undetected, leading to prolonged breaches.

    • CWE-1008: Sensitive Data Exposure Through Discrepancy: https://cwe.mitre.org/data/definitions/1008.html

  • Information Leakage in Logs

    • Description: Logging and alerting events visible to users or attackers.

    • Example: Error messages with sensitive information shown to users.

    • Impact: Attackers gain insight into system internals, aiding further attacks.

    • CWE-532: Information Exposure Through Log Files: https://cwe.mitre.org/data/definitions/532.html

Prevention

  • Log Critical Events:

    • Log all login attempts, access control failures, and server-side input validation failures with sufficient user context for forensic analysis.

  • Format Logs for Compatibility:

    • Generate logs in a format that can be easily consumed by log management solutions.

  • Secure Log Data:

    • Encode log data correctly to prevent injection attacks on logging or monitoring systems.

  • Audit Trails for High-Value Transactions:

    • Maintain an audit trail for high-value transactions with integrity controls to prevent tampering or deletion.

  • Implement Effective Monitoring and Alerting:

    • Establish monitoring and alerting systems to detect and respond to suspicious activities promptly.

  • Incident Response and Recovery Plan:

    • Develop and adopt an incident response and recovery plan, such as NIST 800-61r2 or later.

  • Use Protection Frameworks and Tools:

    • Utilize application protection frameworks (e.g., OWASP ModSecurity Core Rule Set) and log correlation software (e.g., ELK stack) for custom dashboards and alerting.


References

Mapped CWEs

PreviousA08:2021 – Software and Data Integrity FailuresNextA10:2021 – Server-Side Request Forgery (SSRF)

Last updated 12 months ago

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OWASP Proactive Controls: Implement Logging and Monitoring
OWASP Application Security Verification Standard: V7 Logging and Monitoring
OWASP Testing Guide: Testing for Detailed Error Code
OWASP Cheat Sheet: Application Logging Vocabulary
OWASP Cheat Sheet: Logging
Data Integrity: Recovering from Ransomware and Other Destructive Events
Data Integrity: Identifying and Protecting Assets Against Ransomware and Other Destructive Events
Data Integrity: Detecting and Responding to Ransomware and Other Destructive Events
https://owasp.org/Top10/A09_2021-Security_Logging_and_Monitoring_Failures/
CWE-117 Improper Output Neutralization for Logs
CWE-223 Omission of Security-relevant Information
CWE-532 Insertion of Sensitive Information into Log File
CWE-778 Insufficient Logging