PowerSploit vs Nessus vs Yersinia: Which Image Forensics Tool tool is Best in 2025?

PowerSploit is an open-source collection of Microsoft PowerShell scripts designed for post-exploitation tasks during authorized penetration testing. Pre-installed on Kali Linux under /usr/share/windows-resources/powersploit, this framework empowers ethical hackers, red teamers, and security researchers to perform advanced network enumeration, privilege escalation, and persistence on Windows systems. With modules like PowerView, Invoke-Mimikatz, and Invoke-Portscan, PowerSploit facilitates reconnaissance, code execution, and data exfiltration in compromised environments.

Nessus is a leading vulnerability assessment tool developed by Tenable, Inc., widely recognized as the industry’s most trusted scanner for identifying security weaknesses across networks, devices, applications, and cloud environments. Launched in 1998 as an open-source project by Renaud Deraison, it transitioned to a proprietary model in 2005 and now offers two enterprise versions: Nessus Professional and Nessus Expert. With over 252,000 plugins and 100,000 plus CVEs, Nessus delivers high-accuracy scans to detect vulnerabilities, misconfigurations, and compliance issues. It supports unlimited IT assessments, customizable templates (450+), and vulnerability prioritization using CVSS v4, EPSS, and Tenable’s VPR. Nessus Expert extends capabilities to web application scanning, external attack surface monitoring, and cloud infrastructure audits.

Yersinia is an open-source, robust framework for executing layer 2 (Data Link Layer) network attacks, designed to exploit vulnerabilities in various network protocols. Integrated into Kali Linux, Yersinia empowers cybersecurity professionals, penetration testers, and network administrators to analyze and test the security of deployed networks. Named after the plague-causing bacterium Yersinia pestis, it targets protocols like STP, DHCP, CDP, and VLAN, enabling users to simulate attacks such as DHCP starvation, VLAN hopping, and spanning tree manipulation.