Top picks: LFI-Enum, o365-attack-toolkit, Linux Exploit Suggester — plus 45 more compared.
Vulnerability ManagementLinEnum is a free Penetration Testing tool. Security professionals most commonly compare it with . All 48 alternatives are matched by shared capabilities, tags, and NIST CSF 2.0 coverage.
A closer look at the 8 most relevant alternatives and competitors to LinEnum, including their key features and shared capabilities.
Scripts to automate the process of enumerating a Linux system through a Local File Inclusion (LFI) vulnerability.
A toolkit to attack Office365, including tools for password spraying, password cracking, token manipulation, and exploiting vulnerabilities in Office365 APIs and services.
Linux Exploit Suggester; suggests possible exploits based on the Linux operating system release number.
PowerUp aims to be a clearinghouse of common Windows privilege escalation vectors that rely on misconfigurations.
A script to enumerate Google Storage buckets and determine access and privilege escalation
A tool for privilege escalation within Linux environments by targeting vulnerabilities in SUDO usage.
A next generation version of enum4linux with enhanced features for enumerating information from Windows and Samba systems.
A Linux exploit suggestion tool that identifies potential privilege escalation vulnerabilities by analyzing kernel versions and matching them against a database of known exploits.
Scripts to automate the process of enumerating a Linux system through a Local File Inclusion (LFI) vulnerability.
A toolkit to attack Office365, including tools for password spraying, password cracking, token manipulation, and exploiting vulnerabilities in Office365 APIs and services.
Linux Exploit Suggester; suggests possible exploits based on the Linux operating system release number.
PowerUp aims to be a clearinghouse of common Windows privilege escalation vectors that rely on misconfigurations.
A script to enumerate Google Storage buckets and determine access and privilege escalation
A tool for privilege escalation within Linux environments by targeting vulnerabilities in SUDO usage.
A next generation version of enum4linux with enhanced features for enumerating information from Windows and Samba systems.
A Linux exploit suggestion tool that identifies potential privilege escalation vulnerabilities by analyzing kernel versions and matching them against a database of known exploits.
A Linux privilege escalation auditing tool that identifies potential kernel vulnerabilities and suggests applicable exploits based on system analysis.
A Python script that performs security testing attacks against AWS Cognito services including account creation, user enumeration, and privilege escalation vulnerabilities.
A comprehensive repository of payloads and bypass techniques for web application security testing and penetration testing across multiple platforms and attack vectors.
A security assessment tool that identifies AWS IAM permissions by systematically testing API calls to determine the actual scope of access granted to specific credentials.
GNU/Linux Wireless distribution for security testing with XFCE desktop environment.
A brute force parameter discovery tool for identifying hidden GET and POST parameters in web applications during security assessments.
ESC is an interactive .NET SQL console client with enhanced SQL Server discovery and data exfiltration features designed for penetration testing and red team engagements.
A security tool for discovering and analyzing interesting files in AWS S3 buckets across multiple regions and bucket types.
A web application security testing platform that combines manual and automated testing tools for conducting comprehensive security assessments and penetration testing.
AI-powered autonomous penetration testing platform with multi-agent system
AI-powered automated penetration testing platform for vulnerability discovery
AI-powered automated penetration testing platform for web apps, APIs & GraphQL
Human-guided continuous pentesting platform with attack surface management
AI-powered automated pen testing & continuous red teaming platform
Pentest management platform for reporting, project mgmt & client collaboration
Pentest reporting & exposure mgmt platform for vulnerability remediation
Automated pentesting for web apps & APIs with continuous vulnerability scanning
Penetration testing software for simulating attacks and validating vulnerabilities
Automated internal network penetration testing and security validation platform
Continuous pentesting service monitoring web apps & APIs for code changes
AI-powered automated penetration testing platform for web apps and networks
AI-powered automated penetration testing platform for on-demand security audits
AI-powered autonomous pentesting platform for continuous security validation
Modular offensive security platform for continuous monitoring and testing
AI-native multi-agent pentesting engine for autonomous vulnerability discovery
AI-driven autonomous pentesting platform for continuous vulnerability discovery
Continuous automated pentesting platform for ongoing security assessment
Autonomous AI system for continuous penetration testing and exploit validation
Cloud-based penetration testing platform for threat mgmt & remediation
Managed continuous penetration testing service for internal & external networks
Autonomous penetration testing platform identifying attack paths & vulnerabilities
Automated network penetration testing tool for internal and external attacks
Continuous pentesting platform with autonomous AI agents for web apps and APIs
AI-powered continuous pentesting platform with agentic automation
AI-powered pentest & VMDR platform for vulnerability scanning & management
Common questions security professionals ask when evaluating alternatives and competitors to LinEnum.
The most popular alternatives to LinEnum include LFI-Enum, o365-attack-toolkit, Linux Exploit Suggester, PowerUp, and GCPBucketBrute. These Penetration Testing tools offer similar capabilities and are frequently compared by security professionals evaluating their options.
