WebAssessment

Integrate reconnaissance, threat modeling, and vulnerability testing for web applications.

186|24|Updated Jan 1, 2026
One-click install
npx skills add https://github.com/Steffen025/pai-opencode --skill webassessment
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: WebAssessment
Source: https://github.com/Steffen025/pai-opencode/tree/main/.opencode/skills/WebAssessment
Command: npx skills add https://github.com/Steffen025/pai-opencode --skill webassessment

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This WebAssessment skill consolidates reconnaissance, threat modeling, and vulnerability testing into a cohesive workflow for web security assessments, reducing manual friction and accelerating results.

Core Features & Use Cases

  • Integrated reconnaissance: orchestrates data collection from subdomains, endpoints, technologies, and assets to build a holistic view of the application's attack surface.
  • Threat modeling guidance: generates structured attack models and risk-based testing plans aligned with OWASP CWE mappings.
  • Vulnerability testing orchestration: coordinates common assessment tools (FFUF, nuclei, nmap, Burp/ZAP) and workflows to speed up discovery, verification, and reporting.
  • Use Case: When assessing a complex web application under tight deadlines, this skill coordinates data gathering, threat modeling, and testing to produce actionable findings and artifacts.

Quick Start

To begin, invoke UnderstandApplication to map the app narrative, then create a Threat Model and run the MasterMethodology-guided Pentest workflow to identify and validate high-impact findings.

Frequently Asked Questions about WebAssessment

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I streamline web security assessments and pentests for complex applications?

Streamline web security assessments by consolidating reconnaissance, threat modeling, and vulnerability testing into a cohesive workflow, reducing manual friction and accelerating actionable results. It integrates data collection, structured attack models, and testing coordination.

What is the best way to map a web application's attack surface using OSINT?

Map a web application's attack surface by integrating OSINT-derived insights to orchestrate data collection across subdomains, endpoints, technologies, and assets. This builds a holistic view of the application's security posture for repeatable assessments.

How do I generate a threat model aligned with OWASP CWE mappings for a pentest?

Generate a threat model aligned with OWASP CWE mappings by creating structured attack models and risk-based testing plans from inferred technology stacks. This guides prioritized vulnerability testing and ensures all steps respect authorization boundaries.

Can I coordinate common pentest tools like FFUF, nuclei, and nmap in an automated workflow?

Coordinate common pentest tools like FFUF, nuclei, nmap, and Burp/ZAP through vulnerability testing orchestration. This speeds up the discovery, verification, and reporting of high-impact findings during web application security assessments.

How to start a guided pentest workflow after mapping an application's narrative?

Start a guided pentest workflow by invoking the application narrative mapping first, then creating a threat model and running the master methodology workflow to identify and validate high-impact findings within your defined scope.

Does this web vulnerability testing approach ensure respect for authorization and testing boundaries?

Web vulnerability testing ensures respect for authorization and scope boundaries by applying inferred technology stacks to drive prioritized assessments, generating actionable guidance and artifacts while strictly adhering to defined testing limits.