winsecaudit 1.1.1

CLI-first Windows security misconfiguration auditor with weighted scoring, threat-intel enrichment, and multi-format reporting.

🛡️ WinSecAudit v2

A CLI-first Windows Security Misconfiguration Auditor

Weighted scoring · Threat intelligence enrichment · Multi-format reporting · Drift detection

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✨ Overview

WinSecAudit v2 audits Windows 10/11 machines for common security misconfigurations, assigns a weighted risk score, enriches every finding with live CVE threat intelligence, and produces boardroom-ready reports in four formats. It's built as a plugin system — every check is a self-contained class auto-discovered at runtime, so extending the suite requires zero wiring.

┌──────────────┐     ┌──────────────┐     ┌──────────────┐     ┌──────────────┐
│  39 CHECKS   │ ──▶ │   SCORING    │ ──▶ │  THREAT INTEL│ ──▶ │   REPORTS    │
│ (PowerShell) │     │  (weighted)  │     │ NVD+EPSS+KEV │     │ PDF/DOCX/CSV │
└──────────────┘     └──────────────┘     └──────────────┘     └──────────────┘

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📚 Table of Contents

• 🚀 Quick Start
• ⚙️ Installation
• 🧰 Commands
• 🔍 Security Checks
• 🎛️ Profiles
• 📊 Scoring & Grading
• 🌐 Threat Intelligence
• 📄 Output Formats
• 🧪 Testing
• ⚠️ Known Limitations
• 📂 Project Structure
• 🤝 Contributing

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🚀 Quick Start

# 1. Clone & install
git clone https://github.com/KavyaJain321/winsecaudit-v2.git
cd winsecaudit-v2
pip install -r requirements.txt

# 2. Run your first audit (open an elevated PowerShell first)
python winsecaudit.py scan

# 3. Export a beautiful PDF report
python winsecaudit.py report --format pdf

💡 Tip: The SQLite database and all caches are created automatically on first run inside data/. No setup scripts, no migrations.

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⚙️ Installation

Requirements

Requirement	Version
Python	3.11 or newer
OS	Windows 10 / 11 (elevated shell for most checks)
Dependencies	See requirements.txt

Setup

git clone https://github.com/KavyaJain321/winsecaudit-v2.git
cd winsecaudit-v2
pip install -r requirements.txt

Optional

# Set your NVD API key to bump rate limit from 5 → 50 req/s
$env:NVD_API_KEY = "your-key-here"     # PowerShell
export NVD_API_KEY="your-key-here"     # Bash

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🧰 Commands

WinSecAudit ships with 6 Typer-powered commands. Run python winsecaudit.py --help to see them all.

scan — Run the full audit

python winsecaudit.py scan [OPTIONS]

Option	Default	Description
--profile	basic	Profile name (basic or hardened)
--output	terminal	Output mode: terminal or json
--no-threat-intel	off	Skip NVD / EPSS / CISA KEV enrichment

report — Generate a formatted report

python winsecaudit.py report [OPTIONS]

Option	Default	Description
--scan-id	latest	Specific scan ID to report on
--format	terminal	terminal, pdf, docx, or csv

list — List saved scans

python winsecaudit.py list [--machine HOSTNAME] [--limit N]

drift — Compare two scans

python winsecaudit.py drift [--scan-a ID] [--scan-b ID]

Defaults to comparing the two most recent scans. Under the hood, drift emulates a FULL OUTER JOIN with two LEFT JOINs + UNION ALL (SQLite doesn't support full outer joins natively).

fix — List or apply remediations

python winsecaudit.py fix --list                      # show all remediable checks
python winsecaudit.py fix --check "Check Name"        # apply the fix

dashboard — Launch the FastAPI read-only dashboard

python winsecaudit.py dashboard
# Opens http://localhost:8080

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🔍 Security Checks

39 checks across 8 categories, all auto-discovered via CheckRegistry.discover():

Category	#	Sample Checks
🔐 Authentication	6	Password complexity, min length, account lockout, guest account, admin rename
🚪 Access Control	5	UAC level, admin shares, AutoRun, WSH, PowerShell execution policy
🌐 Network	6	SMBv1 disabled, LLMNR, NetBIOS, WPAD, RDP NLA, NTLMv1
⚙️ Services	5	Print Spooler, Telnet, SNMP, FTP, WinRM
🧬 Kernel	4	Secure Boot, DEP, ASLR, Kernel DMA Protection, VBS/HVCI
🖥️ System	5	BitLocker, Defender, Firewall, Windows Update, Secure Boot
📝 Logging	4	Audit policy, PowerShell module logging, script-block logging, Sysmon
🔑 Credentials	4	Credential Guard, LAPS, WDigest disabled, cached logons

Each check emits an immutable CheckResult with CVE IDs, MITRE ATT&CK technique, CIS benchmark ID, severity, weight, and a ready-to-run remediation command.

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🎛️ Profiles

Profiles live in profiles/*.yaml and control three levers:

Key	Effect
relaxed_checks	Named checks whose FAIL is flipped to PASS (with a note). Use for controls intentionally disabled on a machine class.
weight_overrides	Override the default weight of any check by name.
required_checks	(Reserved) Checks that must pass for the scan to succeed.

Bundled Profiles

Profile	Target	Relaxations
basic	Workstations, developer machines	BitLocker, Secure Boot, NTLMv1, PS exec policy, Kernel DMA
hardened	Servers, high-security workstations	None — all checks enforced with higher weights on crypto/creds

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📊 Scoring & Grading

score = (earned_weight / max_possible_weight) × 100

Status	Contribution
✅ PASS	earns full check weight
❌ FAIL / ERROR	earns 0
⏭️ SKIPPED	excluded from numerator and denominator

Edge case: if every check is skipped → score = 100.0

Grade Bands

Grade	Score Range	Meaning
🟢 A	≥ 90	Excellent — hardened baseline met
🟢 B	≥ 75	Good — minor gaps
🟡 C	≥ 60	Acceptable — remediation recommended
🟠 D	≥ 40	Poor — significant exposure
🔴 F	< 40	Critical — immediate action required

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🌐 Threat Intelligence

Every CVE associated with a failed check is enriched from three sources:

Source	Data	Rate Limit	Cache TTL
NIST NVD	CVSS score, severity, description	5/s anon · 50/s with key	7 days
FIRST EPSS	Exploitation probability (0.0–1.0)	None documented	7 days
CISA KEV	Known-exploited flag + ransomware use	Bulk download	24 hours

Caches live in data/cve_map.json and data/cisa_kev_cache.json. Enrichment degrades gracefully — a 429 from NVD does not crash the scan; affected CVEs simply ship without TI metadata.

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📄 Output Formats

Format	File	Highlights
🖥️ Terminal	(stdout)	Rich-rendered tables · ANSI colour · live progress
📕 PDF	output/<scan_id>.pdf	Cover page · executive summary · category breakdown · failure deep-dive · "Page N of M" footer
📘 DOCX	output/<scan_id>.docx	Word-native styles · FAIL rows bold + italic
📗 CSV	output/<scan_id>.csv	UTF-8 BOM · scan metadata denormalised per row (SIEM-friendly)

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🧪 Testing

python tests/smoke_test.py

10 standalone tests cover: imports, check discovery, profile loading, scoring math, grade thresholds, DB round-trip, profile relaxation, TI offline cache, CLI entry point, and the full pipeline. No pytest required — exits 0 on success.

WinSecAudit v2 — Smoke Tests
========================================
  PASS  01 Import health
  PASS  02 Check discovery
  PASS  03 Profile loading
  PASS  04 Scoring correctness
  PASS  05 Grade thresholds
  PASS  06 DB round-trip
  PASS  07 Profile relaxation
  PASS  08 TI cache offline-safe
  PASS  09 CLI entry point
  PASS  10 Full pipeline
========================================
Results: 10/10 passed

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⚠️ Known Limitations

• 🔒 Elevation required — Most PowerShell checks call secedit, auditpol, or protected registry paths. Run from an elevated terminal.
• 🪟 Windows-only checks — All checks are PowerShell/Windows-specific. The DB, scoring engine, and exporters are cross-platform.
• 📉 NVD rate limit — Without an API key, NVD allows 5 req/s. Set NVD_API_KEY to raise this to 50 req/s.
• 📥 CISA KEV download — First scan of the day downloads ~5 MB from cisa.gov. Subsequent scans within 24 h use the cache.

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📂 Project Structure

winsecaudit-v2/
├── winsecaudit.py          # Entry point — forces UTF-8 stdout/stderr on Windows
├── requirements.txt
│
├── checks/                 # 🔍 Security check plugins (auto-discovered)
│   ├── base.py             #    BaseCheck, CheckResult, CheckRegistry
│   ├── auth/               #    Authentication (6)
│   ├── access/             #    Access control (5)
│   ├── network/            #    Network (6)
│   ├── services/           #    Services (5)
│   ├── kernel/             #    Kernel/hardware (4)
│   ├── system/             #    System config (5)
│   ├── logging/            #    Audit & logging (4)
│   └── credentials/        #    Credential protection (4)
│
├── engine/                 # ⚙️ Core orchestration
│   ├── runner.py           #    Parallel check execution
│   ├── scorer.py           #    Weighted scoring
│   ├── comparator.py       #    Profile loading & adjustment
│   ├── risk.py             #    Grade assignment & priority
│   └── threat_intel.py     #    NVD / EPSS / CISA KEV pipeline
│
├── db/                     # 💾 Persistence
│   ├── database.py         #    SQLAlchemy Core layer
│   └── schema.sql          #    Reference DDL
│
├── cli/                    # 🧰 CLI surface
│   ├── main.py             #    Typer commands
│   └── output.py           #    Rich rendering
│
├── dashboard/              # 🌐 FastAPI read-only dashboard
│   ├── app.py
│   ├── models.py
│   └── static/index.html
│
├── exporters/              # 📄 Report generators
│   ├── pdf.py              #    reportlab Platypus
│   ├── docx_export.py      #    python-docx
│   └── csv_export.py       #    csv module
│
├── profiles/               # 🎛️ YAML profiles
│   ├── basic.yaml
│   └── hardened.yaml
│
├── data/                   # 🗃️ Runtime data (gitignored)
└── tests/
    └── smoke_test.py       # ✅ 10 standalone smoke tests

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🤝 Contributing

Adding a new check is a three-step affair:

1. Create a file under the appropriate checks/<category>/ directory.
2. Subclass BaseCheck and set the class attributes (name, category, weight, severity, cve_ids, mitre_technique, cis_id, remediation_cmd, remediation_supported).
3. Implement run() -> CheckResult. That's it — CheckRegistry.discover() picks it up on the next scan.

from checks.base import BaseCheck, CheckResult, CheckStatus, Severity, run_powershell

class MyNewCheck(BaseCheck):
    name = "My New Check"
    category = "System"
    weight = 5
    severity = Severity.HIGH
    remediation_cmd = "Set-ItemProperty ..."
    remediation_supported = True

    def run(self) -> CheckResult:
        value = run_powershell("Get-Something")
        return CheckResult(
            check_name=self.name,
            category=self.category,
            status=CheckStatus.PASS if value == "expected" else CheckStatus.FAIL,
            system_value=value,
            expected_value="expected",
            severity=self.severity,
            weight=self.weight,
            cve_ids=(),
            mitre_technique="",
            cis_id="",
            remediation_cmd=self.remediation_cmd,
            remediation_supported=self.remediation_supported,
        )

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