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Vigolium Workbench showing scan overview with severity breakdown and individual finding details

Vigolium Workbench, scan overview with severity breakdown and finding details

Vigolium is a high-fidelity web vulnerability scanner that fuses agentic AI with native speed, modularity, and precision. It combines deterministic multi-phase scanning with AI-driven autonomous analysis to deliver comprehensive security coverage, from injection flaws and access control issues to framework-specific vulnerabilities and blind out-of-band attacks. The platform is built around three key components that work together to provide a complete vulnerability scanning solution.

Key Components

Vigolium CLI

The core scanning engine. Handles all scanning logic, module execution, and heavy lifting, from content discovery and browser-based spidering to active fuzzing and agentic AI scanning.

Vigolium Workbench

A self-hosted dashboard for visualizing scan results, managing projects, and tracking findings across your infrastructure. Deploy it on your own servers for full control over your data.

Gimorra

The autonomous offensive-security agent. Pointed at an authorized target with a goal and a scope, it runs recon → scan → propose PoC → deterministically prove → report, with Vigolium as its scan engine.

Installation

For a guided walkthrough including validation and your first scan, see the Quickstart.

Scanning Mode

Agentic Scan

Agentic scanning uses AI agents to drive or augment the scanning process. Invoked via vigolium agent <mode>. All AI dispatch is routed through the in-process olium engine, which supports eleven providers: openai-codex-oauth, anthropic-api-key, anthropic-oauth, openai-api-key, openai-responses, anthropic-cli, anthropic-claude-sdk-bridge, anthropic-compatible, anthropic-vertex, google-vertex, and openai-compatible (Ollama / OpenRouter / LM Studio / vLLM). All scan-oriented modes support --source for source-aware analysis and store session artifacts (plans, extensions, output) under ~/.vigolium/agent-sessions/.

Native Scan

Deterministic, multi-phase vulnerability scanning via vigolium scan. Fast, modular, and repeatable, runs content discovery, browser spidering, SPA crawling, and active/passive dynamic-assessment phases with 334 scanner modules (215 active, 119 passive).

Vigolium CLI

The CLI is the heart of Vigolium, powering all scanning operations with two complementary modes:

CLI Highlights

  • Value-aware mutation: classify parameter values by semantic type and generate intelligent mutations
  • Multi-phase pipeline: external harvesting, content discovery, SPA crawling, and audit controlled by strategy presets
  • Scanning profiles: bundle strategy, pace, scope, and module config into a single YAML file
  • Multiple input formats: URLs, OpenAPI/Swagger, WSDL/SOAP, Postman, Burp Suite, cURL, Nuclei JSONL
  • Browser-based spider: Chromium-driven crawler with SPA support, form filling, and JS analysis
  • Host facts: fingerprint stores per-origin tech, favicon mmh3/MD5, TLS and a not-found baseline; hosts and dns read them back without sending a request
  • HTTP/3 multiplexing: fuzz and content discovery negotiate HTTP/3 → HTTP/2 → HTTP/1.1 and pin the choice per origin
  • Multi-session authentication: inline sessions, session files, or full auth configs with login flows and token extraction
  • JavaScript extensions: custom modules and hooks via embedded JS engine
  • Source-aware agentic scan: pair --source with swarm, autopilot, or audit for code-context-aware AI scanning and audit
  • Concurrent architecture: configurable worker pool with per-host rate limiting and hybrid queue
  • HTML reports: self-contained HTML reports with sortable/filterable tables
  • API server mode: REST API with Swagger UI, multi-format ingestion, transparent HTTP proxy

Vigolium Workbench

A self-hosted web dashboard that provides a visual interface for managing and analyzing your scan data. Deploy Workbench on your own infrastructure to maintain complete control over your vulnerability data while giving your team an intuitive way to:
  • Browse and filter scan findings with severity breakdown per project
  • Track vulnerability trends across repositories and scan history
  • Manage multiple projects with multi-tenancy support
  • View detailed request/response evidence for each finding
Workbench project overview showing scan summary and severity counts

Project overview with scan summary

Workbench findings list with severity filters and search

Findings list with filtering options

Workbench detailed finding view showing HTTP request and response evidence

Detailed finding view with request/response evidence

Workbench scan history view with vulnerability trend tracking

Scan history and trend tracking

CLI Native Scan

CLI Native Scan

CLI Native Scan 2

CLI Native Scan 2

Self-contained HTML report showing vulnerability summary with severity chart

HTML report, summary with severity chart

Self-contained HTML report with sortable and filterable findings table

HTML report, sortable findings table


Gimorra — An Autonomous Offensive-Security Agent

Gimorra is the autonomous offensive-security platform within Vigolium — hunts while you sleep. Point it at an authorized target with a goal and a scope, and it runs the whole engagement: recon → scan → propose a PoC → deterministically prove it → report, with a human in the loop only where blast radius actually requires one. Vigolium is the scan engine underneath it. Gimorra is the operator above it.
Walkthrough of a gimorra scan: brief, recon, proposed candidates, deterministic confirmation

A gimorra scan start to finish: a brief resolves into a plan, recon maps the target, the agent proposes candidates, and the deterministic validator confirms the real ones

Autonomy is bought with deterministic guardrails rather than a human gating every action: ordinary code re-proves every finding (the agent proposes, code disposes), auto-cleanup and a kill switch bound what a run can leave behind, and a deny-wins scope guard is evaluated on every tool call. None of the three depends on the model, so a prompt-injected agent does not get past them.
Read the full introduction on the Gimorra page, or Request a Demo to see it against your own target.

Where to Go Next


For any inquiries, feel free to contact us at contact@vigolium.com.