securevibes-scanner

name	securevibes-scanner
description	Run AI-powered application security scans on codebases. Use when asked to scan code for security vulnerabilities, generate threat models, review code for security issues, run incremental security scans, or set up continuous security monitoring via cron. Supports full scans (one-shot) and incremental scans (cron-driven, only new commits).

SecureVibes Scanner

AI-native security platform that detects vulnerabilities using Claude AI. Multi-subagent pipeline: assessment → threat modeling → code review → report generation → optional DAST. Supports incremental scanning for continuous monitoring.

Prerequisites

1. Install the CLI: pip install securevibes
2. Authenticate with Anthropic (one of):
   • Max/Pro subscription (recommended): If you're authenticated via Claude Code or Claude CLI OAuth, no API key is needed. The Claude Agent SDK picks up your OAuth session automatically. When running inside OpenClaw, leave ANTHROPIC_API_KEY unset or blank — the SDK handles auth.
   • API key: export ANTHROPIC_API_KEY=your-key-here (from console.anthropic.com)

Security Notes

• Always use the scripts/scan.sh wrapper for full scans — it validates paths and rejects shell metacharacters before invoking securevibes.
• Never interpolate unsanitized user input into shell commands.
• The wrapper uses realpath to resolve paths safely and rejects any path containing ;, |, &, $, backticks, or other metacharacters.
• Scan targets must be local directories. Clone remote repos to a known safe location first, then pass the resolved path to the wrapper.
• DAST scans make network requests to the --target-url you provide. Only use against apps you own or have permission to test.

Execution Model

Full scans take 10-30 minutes across 4 phases. Run them as background jobs (cron or subagent), not inline.

Incremental scans take 2-10 minutes — they only scan commits since the last run.

Full Scan (One-Shot)

Running a Scan

1. Clone the target repo to a local directory
2. Run the wrapper script: bash scripts/scan.sh /path/to/repo --force --debug
3. Results appear in /path/to/repo/.securevibes/

Background Execution (Recommended)

For OpenClaw users, schedule scans as cron jobs:

• Use sessionTarget: "isolated" with payload.kind: "agentTurn"
• Set payload.timeoutSeconds: 2700 (45 minutes) to allow all phases to complete
• Use delivery.mode: "announce" to get notified when done

The agentTurn message should instruct the subagent to:

1. cd into the repo and git pull for latest code
2. Clean previous .securevibes/ artifacts
3. Run securevibes scan . --force via the wrapper script
4. Read and summarize the results from .securevibes/scan_report.md

Incremental Scan (Continuous Monitoring)

The incremental scanner (ops/incremental_scan.py) tracks the last-scanned commit and only scans new commits. Designed for cron-driven continuous security monitoring.

How It Works

1. Tracks an anchor commit in .securevibes/incremental_state.json
2. On each run: fetches remote, compares HEAD to anchor
3. If new commits exist: runs securevibes pr-review on the diff
4. Updates anchor to new HEAD after successful scan
5. If no new commits: exits cleanly (no scan, no cost)

Setup

Step 1: Run an initial full scan (if not already done)

The incremental scanner requires .securevibes/SECURITY.md and .securevibes/THREAT_MODEL.json to exist. These come from an initial full scan:

securevibes scan <repo-path> --model sonnet

Skip this step if the repo already has a .securevibes/ directory with these files.

Step 2: Bootstrap incremental state

Run the wrapper once to seed the anchor commit (no scan runs, just records current HEAD):

python3 ops/incremental_scan.py --repo <repo-path> --remote origin --branch main

This creates .securevibes/incremental_state.json with status: "bootstrap".

Step 3: Configure the cron

For OpenClaw users, create a cron job:

openclaw cron create \
  --name "securevibes-incremental" \
  --cron "*/30 * * * *" \
  --tz "America/Los_Angeles" \
  --agent main \
  --session isolated \
  --timeout-seconds 900 \
  --announce \
  --message "Run incremental security scan: python3 <skill-path>/ops/incremental_scan.py --repo <repo-path> --remote origin --branch main --model sonnet --severity medium --scan-timeout-seconds 600. Read .securevibes/incremental_scan.log for results. If new findings, summarize them."

Replace <skill-path> with the installed skill path and <repo-path> with the target repo.

Step 4: Verify

# Check state
cat <repo-path>/.securevibes/incremental_state.json

# After first scheduled run, check logs
tail -10 <repo-path>/.securevibes/incremental_scan.log

# Check findings
cat <repo-path>/.securevibes/PR_VULNERABILITIES.json

Incremental Scanner Options

python3 ops/incremental_scan.py [options]

Option	Description
--repo	Repository path (default: .)
--branch	Branch to track (default: main)
--remote	Git remote (default: origin)
--model	Claude model: sonnet, haiku (default: sonnet)
--severity	Minimum severity: critical, high, medium, low
--scan-timeout-seconds	Timeout per scan command (default: 900)
--git-timeout-seconds	Timeout for git operations (default: 60)
--rewrite-policy	History rewrite handling: reset_warn, strict_fail, since_date
--since	Override: scan commits since this date (ISO or YYYY-MM-DD)

Operational Guarantees

• File lock at .securevibes/.incremental_scan.lock prevents overlapping runs
• Atomic state writes (fsync + os.replace) prevent corruption
• Structured logging at .securevibes/incremental_scan.log
• Run records saved to .securevibes/incremental_runs/ (one JSON per run)

Rewrite Policy

When last_seen_sha is not an ancestor of the new remote HEAD (e.g., force push):

Policy	Behavior
reset_warn	Reset anchor to new HEAD, continue
strict_fail	Fail and keep current anchor
since_date	Run a --since <today> scan for visibility, keep previous anchor

Full Scan Commands Reference

Scan

securevibes scan <path> [options]

Option	Description
-f, --format	markdown (default), json, text, table
-o, --output	Custom output path
-s, --severity	Filter: critical, high, medium, low
-m, --model	Claude model (e.g., sonnet, haiku)
--subagent	Run one phase: assessment, threat-modeling, code-review, report-generator, dast
--resume-from	Resume from a specific phase onwards
--dast	Enable dynamic testing (requires --target-url)
--target-url	URL for DAST (e.g., http://localhost:3000)
--force	Skip prompts, overwrite existing artifacts
--quiet	Minimal output
--debug	Verbose diagnostics

Report

securevibes report <path> — Display a previously saved scan report.

Mapping Requests to Actions

User Says	Action
"Scan this for security issues"	Full scan: bash scripts/scan.sh <path> --force
"Quick security check"	Full scan: bash scripts/scan.sh <path> -m haiku --force
"Threat model this project"	bash scripts/scan.sh <path> --subagent threat-modeling --force
"Just review the code"	bash scripts/scan.sh <path> --subagent code-review --force
"Show only critical/high findings"	bash scripts/scan.sh <path> -s high --force
"Full audit with DAST"	bash scripts/scan.sh <path> --dast --target-url <url> --force
"Set up continuous scanning"	Incremental setup: Steps 1-4 above
"Monitor this repo for security issues"	Incremental setup: Steps 1-4 above
"Show last scan results"	securevibes report <path>

Subagent Pipeline

Runs sequentially. Each phase builds on the previous:

1. assessment → Architecture & attack surface → .securevibes/SECURITY.md
2. threat-modeling → STRIDE-based analysis → .securevibes/THREAT_MODEL.json
3. code-review → Vulnerability detection → .securevibes/VULNERABILITIES.json
4. report-generator → Consolidated report → .securevibes/scan_report.md
5. dast (optional) → Dynamic validation against running app

Presenting Results

After a scan completes:

1. Read .securevibes/scan_report.md (or .securevibes/scan_results.json for structured data)
2. Summarize: total findings by severity (Critical > High > Medium > Low)
3. Highlight top 3 most critical with file locations and remediation
4. Offer next steps: run DAST, fix specific issues, re-scan after changes

Links

• Website: https://securevibes.ai
• PyPI: https://pypi.org/project/securevibes/
• GitHub: https://github.com/anshumanbh/securevibes