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🚀 Universal Intel Chipset Device Updater

VersionWindowsPowerShellDotNETDownloadsGitHub Stars
LicensePS Gallery VersionAI_AuditsVirusTotalIssues

🔧 Automate Your Intel Chipset Updates

Universal Intel Chipset Device Updater is an advanced, security-focused tool that automatically detects your Intel hardware and installs the latest official chipset INF files with enterprise-grade safety measures.

This project was built through a pragmatic collaboration between human expertise and AI-assisted tooling.

Why This Tool Exists

Intel's official Chipset Device Software has evolved over 25 years into a complex, bloated package. This tool simplifies the process by automatically detecting and installing only the INF files your system actually needs — nothing more, nothing less.


INF LatestINF DatabaseINF TotalHWID Total

For detailed documentation and guides, see:
The Whole Truth About Intel Chipset Device Software
Behind the Project: Making Of
INF Selection and SetupAPI Driver Ranking Model
Deploying Universal Intel Chipset Device Updater via MDM
How to verify the latest INF files yourself

👉 Share your feedback!


💖 Support This Project

Universal Intel Chipset Device Updater is free and open-source — maintained by a single developer.
The hardware ID database requires constant updates, compatibility testing across hardware generations is ongoing, and new features are always in development.

PatreonGitHub SponsorsPayPalBuy Me a CoffeeKo-fi

If this tool saved you time, improved device identification, or helped keep older hardware running — consider supporting development. 🎯 Follow on Patreon for free — stay updated on new releases and development progress.

🏢 Sponsors

No sponsors yet — be the first and add your company ad!

❤️ Supporters

A huge thank you to all our supporters – your contributions make a real difference.
Your name could be here too. Every bit helps cover development costs and ensures these tools continue to improve.

  • Sqania, jadeanemail, westor7, J. A. Dean, Bartechr, tsantaliki

⭐ Stars

If this project helped you, please click the "Star" button at the top of this page on GitHub.

Star History

🌐 Community & Distribution

💼 Career Opportunity

[!TIP] I specialize in Windows deployment, driver automation, hardware compatibility, Microsoft technologies, infrastructure analysis, and custom IT tooling. If your organization faces automation, deployment, device management, or driver management challenges, let's discuss how I can help.

🔗 Business Contact: firstever.tech/contact 🔗 LinkedIn Profile: linkedin.com/in/marcin-grygiel


📑 1. Table of Contents

  1. Table of Contents
  2. Release Highlights
    2.1 Latest Version
    2.2 Previous Release
    2.3 Older Releases
  3. AI Audit_Reports
  4. Application Overview
  5. Key Features
    5.1 Smart Hardware Detection
    5.2 Multi-Layer Security
    5.3 Seamless Operation
    5.4 Comprehensive Coverage
  6. System Requirements
    6.1 System Requirements Table
    6.2 Windows Version Support
    6.3 Legacy System Notes
  7. Quick Comparison
  8. Quick Start
    8.1 Method 1: One-Click Execution
    8.2 Method 2: PowerShell Direct
    8.3 Method 3: Hardware ID Scanner Only
    8.4 Method 4: PowerShell Gallery
    8.5 Command-Line Options
  9. How It Works
    9.1 Self-Verification & Update Check
    9.2 Hardware Detection
    9.3 Database Query & Matching
    9.4 Security Verification
    9.5 Installation & Cleanup
  10. Security First Approach
    10.1 Verified Security Layers
  11. Usage Scenarios
    11.1 Home Users
    11.2 IT Professionals & Technicians
    11.3 System Builders
  12. Download Options
    12.1 Option 1: SFX Executable (Recommended)
    12.2 Option 2: Script Bundle
    12.3 Option 3: PowerShell Gallery
    12.4 Option 4: Source Code
  13. Project Structure
  14. Release Structure
    14.1 Primary Files
    14.2 Verification Files
    14.3 Documentation
  15. Frequently Asked Questions (FAQ)
    15.1 Is this tool safe to use?
    15.2 Will this update all my Intel drivers?
    15.3 What are the risks?
    15.4 Where are files downloaded?
    15.5 What if something goes wrong?
    15.6 How does the automatic update check work?
    15.7 What does self-hash verification do?
    15.8 How are updates notified?
    15.9 Why is the certificate "not trusted"?
    15.10 Why does VirusTotal show detections for the SFX executable?
  16. Intel Platform Support
  17. Performance Metrics
    17.1 Typical Execution Time Breakdown
    17.2 Disk Space Usage
    17.3 Memory (RAM) Usage
    17.4 Resource Usage Summary
  18. Known Issues
  19. Ready to Update?
    19.1 Quick Start Guide
    19.2 Verification Steps (Optional)
    19.3 Need Help?
  20. Contributing
  21. License
  22. Acknowledgments
  23. Important Links
  24. Author & Contact

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🎉 2. Release Highlights

2.1 Latest Version

v2026.08.0017Release Notes

🩹 Bugfix

  • Fixed: FriendlyName keyword filter silently dropped legitimate Intel devicesGet-IntelChipsetHWIDs pre-filtered candidate devices by matching their FriendlyName against a fixed keyword list (Chipset|LPC|PCI Express Root Port|PCI-to-PCI bridge|Motherboard Resources) before checking them against the HWID database. Any live, functioning Intel System-class device whose FriendlyName didn't contain one of those words — e.g. Gaussian Mixture Model, Host Bridge/DRAM Registers, PCIe Controller (x16) — was silently excluded from detection and reporting, even though it was fully present and matched with Status: OK. The filter has been removed; devices are now matched purely by HWID against the full database. On a triple-platform X79 test system, this raised detected device count from 12 to 59. See Issue #26.
  • Improved performanceGet-CurrentINFVersion no longer re-enumerates every PnP device on the system per detected Intel device; it now reuses the device object already obtained during initial detection.
  • Display improvements — HWID lists now wrap at 12 per line for readability on platforms with many detected devices; platform name lines are now yellow; download/parsing status messages merged into a single, more accurate line.

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2.2 Previous Releases

v2026.07.0016Release Notes

🩹 Hotfix

  • Fixed: Legitimate expired-certificate installers rejected — v2026.07.0015 introduced a certificate expiration check (NotAfter -lt Get-Date) in Verify-FileSignature that rejected older Intel installers whose signing certificate has since expired, even when the Authenticode signature itself remains valid via RFC3161 timestamping. Get-AuthenticodeSignature's own Status field already correctly accounts for timestamped signatures, making the extra check both redundant and harmful — it broke installation of older, still-authentic chipset installers that worked fine in v2026.05.0014. The manual expiration check has been removed; signature authenticity is validated via signer identity, timestamp-aware status, and algorithm checks only.

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2.3 Older Releases

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🔍 3. AI Audit Reports

This project has been reviewed by multiple AI systems across three independent cycles using structured security frameworks (OWASP, CWE, CVSS v3.1). These are code and architecture reviews, not formal penetration tests. Average score: 9.6/10 — with Claude (most critical reviewer) scoring 9.1/10 after four cycles starting from 8.3/10.

Score History at a Glance

Auditor2025-11-212026-02-012026-03-11TrendNotes
ChatGPT9.49.69.7Added self‑hash verification, restore points, and dual sources. Later refined with inbox driver handling and better detection, pushing score to 9.7.
Claude8.38.79.1Initially docked for missing self‑hash and hardcoded paths. By March 2026, those were fixed, path handling switched to environment variables, and PSGallery publication completed. Reliability record (34K downloads, 1 confirmed bug) further justified the increase.
Copilot8.69.49.5The largest jump (+0.8) came from adding multi‑layer verification, parallel scanner, and SFX signing. The March update consolidated with -quiet mode, MDM documentation, and 27K+ downloads with zero open issues.
DeepSeek8.79.29.4Steady improvements in security, UX (dynamic support message, post‑install pause), and the fix for the INF scanner bug. Code quality refinements (bool flags, Clear-Host) pushed the score to 9.4.
Gemini9.09.510.0Already high, Gemini awarded a perfect 10 in March, citing the tool’s “gold standard” maturity, 27K downloads, 13 resolved issues (most user‑environment), and the maintainer’s same‑day bug fixes.
Grok9.79.89.9Grok’s baseline was already near‑perfect. The March update (improved inbox detection, expanded HWID coverage, dedicated uninstaller for error 1603) and zero open issues brought it to 9.9.
Average8.959.379.6The average rose by 0.65 overall, driven by consistent security enhancements, code hygiene, and an exceptional real‑world reliability record (34K downloads, 1 confirmed bug).

For full score history across all audit cycles, methodology, and detailed audits, see AI_AUDITS.md.

Note: Latest audits conducted March 2026 (v2026.03.0011/0012). Core security architecture unchanged since audit.

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🖼️ 4. Application Overview

Phase 1Phase 2Phase 3Phase 4
Hardware DetectionSecurity CheckUpdate ProcessUpdate Process
Security check and update checkHardware detection and version analysisCreating a system restore pointDownload, verify and install

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5. Key Features

🔍 5.1 Smart Hardware Detection

  • Automatically scans for Intel chipset components
  • Identifies specific Hardware IDs (HWIDs)
  • Supports chipsets from Sandy Bridge to latest generations
  • Detects both Consumer and Server platforms

🛡 5.2 Multi-Layer Security

  • SHA-256 Hash Verification for all downloads
  • Digital Signature Validation (Intel Corporation certificates)
  • Automated System Restore Points before installation
  • Dual-Source Download with backup fallback
  • Administrator Privilege Enforcement

⚡ 5.3 Seamless Operation

  • No installation required - fully portable
  • Automatic version checking and updates
  • Clean, intuitive user interface
  • Detailed logging and debug mode
  • Save to Downloads folder option

🔄 5.4 Comprehensive Coverage

  • Mainstream Desktop/Mobile platforms
  • Workstation/Enthusiast systems
  • Xeon/Server platforms
  • Atom/Low-Power devices

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📋 6. System Requirements

6.1 System Requirements Table

ComponentMinimumRecommendedNotes
Windows Version10 1809 (17763)11 22H2+1809 requires .NET 4.7.2+
.NET Framework4.7.24.8+Required for TLS 1.2 support
PowerShell5.15.1+Windows PowerShell 5.1 included
AdministratorRequiredRequiredFor driver installation
InternetRequiredRequiredFor hash verification and updates
RAM2 GB4 GB+For INF extraction/installation
Disk Space500 MB1 GB+Temporary files during installation
System RestoreOptionalEnabledAutomatic restore point creation

6.2 Windows Version Support

VersionBuildStatusNotes
Windows 11All builds✅ FullOptimized support
Windows 1022H2+✅ FullRecommended
Windows 1021H2✅ FullStable
Windows 1021H1 (19043)✅ FullLegacy
Windows 1020H2 (19042)✅ FullLegacy
Windows 102004 (19041)✅ FullLegacy
Windows 101909 (18363)✅ FullLegacy
Windows 101903 (18362)✅ FullLegacy
Windows 101809 (17763)✅ LimitedRequires .NET 4.7.2+ for TLS 1.2 support
Windows 10LTSB 2016 (1607)⚠️ LimitedManual updates required for TLS 1.2
Windows 10LTSB 2015 (1507)⚠️ LimitedManual updates required for TLS 1.2

6.3 Legacy System Notes

  • Windows 10 1809 (17763) and newer: Full TLS 1.2 support out-of-the-box
  • Windows 10 LTSB 2015/2016: May require manual installation of:
  • The tool automatically:
    • Detects Windows version limitations
    • Warns about potential connectivity issues
    • Provides fallback options for offline operation
  • Basic INF detection and installation works even without internet connectivity

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7. Quick Comparison

FeatureThis ToolIntel DSAManual Installation
Automatic Detection✅ Full✅ Partial❌ Manual
Security Verification✅ Multi-layer✅ Basic❌ None
System Restore Points✅ Automatic❌ None❌ Manual
Update Notifications✅ Built-in✅ Yes❌ None
Self-updating✅ Yes❌ No❌ No
Portable✅ No install❌ Requires install✅/❌ Varies
Free✅ 100%✅ Yes✅ Yes

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🚦 8. Quick Start

8.1 Method 1: One-Click Execution

# Download and run executable file as Administrator:
ChipsetUpdater-2026.03.0012-Win10-Win11.exe (or later version)

8.2 Method 2: PowerShell Direct

# Run PowerShell as Administrator, then:
.\universal-intel-chipset-device-updater.ps1

8.3 Method 3: Hardware ID Scanner Only

# For diagnostic purposes:
.\Intel-Platform-Scanner.ps1

8.4 Method 4: PowerShell Gallery

Install from PowerShell Gallery (Run PowerShell as Administrator):

Install-Script universal-intel-chipset-device-updater

Manual update from PowerShell Gallery for v2026.03.0012 or older (Run PowerShell as Administrator):

Update-Script -Name universal-intel-chipset-device-updater

Run from PowerShell Gallery (Run PowerShell as Administrator):

universal-intel-chipset-device-updater

8.5 Command-Line Options

OptionDescription
-help, -?Display help and exit.
-version, -vDisplay the tool version and exit.
-auto, -aAutomatically answer all prompts with Yes — no user interaction required.
-quiet, -qRun in completely silent mode (no console window). Implies -auto and hides the PowerShell window.
-betaUse beta database for new hardware testing (available from version 2026.03.0013).
-debug, -dEnable debug output.
-skipverify, -sSkip the script self-hash verification. Use only for testing!

Notes:

  • These options work when the script is executed directly via PowerShell or via the SFX package.
  • For fully unattended deployments (e.g., Intune, SCCM), combine -quiet with administrator privileges.

Examples:

.\universal-intel-chipset-device-updater.ps1 -auto
.\universal-intel-chipset-device-updater.ps1 -quiet
.\universal-intel-chipset-device-updater.ps1 -debug -skipverify

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🔧 9. How It Works

🔒 9.1 Self-Verification & Update Check

  • Integrity Verification - Validates script hash against GitHub release
  • Update Detection - Compares current version with latest available
  • Security First - Ensures tool hasn't been modified or corrupted

🔍 9.2 Hardware Detection

  • Scans PCI devices for Intel Vendor ID (8086)
  • Identifies chipset-related components
  • Extracts Hardware IDs and current driver versions

📊 9.3 Database Query & Matching

  • Downloads latest INF database from GitHub
  • Matches detected HWIDs with compatible packages
  • Compares current vs latest versions

🛡 9.4 Security Verification

  • Creates system restore point automatically
  • Downloads from primary/backup sources
  • Verifies SHA-256 hashes
  • Validates Intel digital signatures

⚡ 9.5 Installation & Cleanup

  • Executes official Intel setup with safe parameters
  • Provides real-time progress feedback
  • Automatic cleanup of temporary files

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🛡 10. Security First Approach

🔒 10.1 Verified Security Layers

1. Self-Integrity → Script Hash Verification
2. File Integrity → SHA-256 Hash Verification  
3. Authenticity → Intel Digital Signatures
4. Project Origin → SFX signed with self-signed certificate (commercial Code Signing cert planned — community funding welcome)
5. System Safety → Automated Restore Points
6. Source Reliability → Dual Download Sources
7. Privilege Control → Admin Rights Enforcement
8. Update Safety → Version Verification

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🎯 11. Usage Scenarios

🏠 11.1 Home Users

  • Keep system updated without technical knowledge
  • Automatic safety checks prevent installation issues
  • One-click operation with clear prompts

💼 11.2 IT Professionals & Technicians

  • Batch deployment across multiple systems
  • Comprehensive logging for troubleshooting
  • Security verification for corporate environments

🛠 11.3 System Builders

  • Pre-installation preparation for new builds
  • Driver consistency across multiple systems
  • Time-saving automation vs manual updates

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📥 12. Download Options

12.1 Option 1: SFX Executable (Recommended)

  • File: ChipsetUpdater-202x.xx.xxxx-Win10-Win11.exe
  • Features: One-click execution, automatic extraction
  • Security: Self-verifying SHA-256 hash check on every run, Authenticode signature verification of downloaded Intel installer packages
  • For: Most users, easiest method

12.2 Option 2: Script Bundle

12.3 Option 3: PowerShell Gallery

  • Method: Install-Script universal-intel-chipset-device-updater - PowerShell command
  • Features: Versioned distribution via PSGallery, one-line install/update (Update-Script), no manual download or extraction, runs directly as an installed command
  • Security: Self-verifying SHA-256 hash check on every run, Authenticode signature verification of downloaded Intel installer packages
  • For: Advanced users, administrators

12.4 Option 4: Source Code

  • Method: git clone the repository
  • Features: Latest development version, full customization
  • For: Developers, contributors

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📁 13. Project Structure

Key Files and Directories:

src/ - Main scripts directory

data/ - Data files

docs/ - Documentation

docs/audit-reports-2025-11-21/ - AI audit reports (archive)

docs/audit-reports-2026-02-01/ - AI audit reports (archive)

docs/audit-reports-2026-03/ - AI audit reports

assets/ - Screenshots

ISSUE_TEMPLATE/ - Issue templates

/ - Root directory files

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📦 14. Release Structure

Each version (v202x.xx.xxxx) includes:

14.1 Primary Files

  • ChipsetUpdater-202x.xx.xxxx-Win10-Win11.exe - Main executable (digitally signed)
  • universal-intel-chipset-device-updater.ps1 - PowerShell script

14.2 Verification Files

  • ChipsetUpdater-202x.xx.xxxx-Win10-Win11.sha256 - EXE hash
  • universal-intel-chipset-device-updater-202x.xx.xxxx-ps1.sha256 - PS1 script hash
  • FirstEver.tech.cer - Digital certificate

14.3 Documentation

  • CHANGELOG.md - Version history
  • AI_AUDITS.md - AI audit reports

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15. Frequently Asked Questions (FAQ)

🤔 15.1 Is this tool safe to use?

Yes! This tool has undergone comprehensive audits by multiple AI models with an average score of 9.5/10. Audits consistently confirm it is safe, stable, and suitable for daily use, corporate deployment, and technician toolkits.

Security measures include:

  • Hash verification of all downloads
  • Automatic system restore points before installation
  • Official Intel drivers only from trusted sources
  • Comprehensive pre-installation checks

🔄 15.2 Will this update all my Intel drivers?

This tool specifically updates chipset INF files. It does not update GPU, network, or other device drivers.

⚠️ 15.3 What are the risks?

As with any system modification, there's a small risk of temporary system instability. The automated restore point minimizes this risk significantly.

💾 15.4 Where are files downloaded?

Files are temporarily stored in %SystemRoot%\Temp\IntelChipset\ and automatically cleaned up after installation.

🔧 15.5 What if something goes wrong?

The tool creates a system restore point before making changes. You can also check detailed logs in the temp directory.

🔄 15.6 How does the automatic update check work?

The tool compares your current version with the latest version on GitHub. If a newer version is available, it offers to download it directly to your Downloads folder with full verification.

🔒 15.7 What does self-hash verification do?

Before execution, the tool calculates its own SHA-256 hash and compares it with the official hash from GitHub. This ensures the file hasn't been modified, corrupted, or tampered with.

📧 15.8 How are updates notified?

The tool automatically checks for updates on each run and clearly notifies you if a newer version is available, with options to continue or update.

🏷️ 15.9 Why is the certificate "not trusted"?

The FirstEver.tech certificate is self-signed. A commercial Code Signing certificate would eliminate the SmartScreen warning, but it isn't necessary here — the PowerShell script (universal-intel-chipset-device-updater.ps1) is the authoritative source of the tool. Its SHA-256 hash is published on GitHub and verified automatically on every run, providing the same level of integrity assurance as a paid certificate. The SFX executable is a convenience wrapper for end users; its contents are the same verified PS1 script.

🛡️ 15.10 Why does VirusTotal show detections for the SFX executable?

The SFX package (ChipsetUpdater-*.exe) may show a small number of detections on VirusTotal — currently 3 out of 71 engines. These are known false positives caused by the combination of a self-extracting archive and PowerShell execution, which some generic heuristic engines flag without analyzing the actual content.

The three flagging engines are:

  • Bkav Pro — flags virtually all SFX packages that launch PowerShell; known for high false positive rate
  • CrowdStrike Falcon — reports malicious_confidence_60%, which is below their own threshold for a confirmed detection
  • Rising — uses a generic Trojan.PSRunner/SFX signature that triggers on any SFX+PS1 combination regardless of content

All major security vendors including Microsoft, Kaspersky, ESET, Bitdefender, Sophos, Malwarebytes, Avast, Symantec and 60+ others report clean.

The PowerShell script itself scores 0/56 on VirusTotal. You can verify both independently:

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💻 16. Intel Platform Support

Generation / SeriesCode NameStatusNotes
17th Gen Core / Core Ultra 300Panther Lake (Mobile)✅ FullH & U variants share a single INF (same HWID block)
15th Gen Core / Core Ultra 200Arrow Lake (Desktop/Mobile)✅ FullIncludes Arrow Lake-S (desktop) and Arrow Lake-H (mobile)
14th Gen Core / Core Ultra 100Meteor Lake (Tile-based)✅ FullPCH (N/H/S) moved to PCH Family category
Core Ultra 200VLunar Lake (Low Power)✅ FullClassified under ATOM / LOW POWER / EMBEDDED – uses Windows inbox drivers
12th–14th Gen CoreAlder Lake / Raptor Lake✅ FullDesktop, mobile, and PCH fully supported
10th–11th GenComet Lake / Tiger Lake✅ FullComplete support (including PCH and DmaSec extensions)
8th–9th GenCoffee Lake / Whiskey Lake✅ FullStable support
6th–7th GenSkylake / Kaby Lake✅ FullMature support
4th–5th GenHaswell / Broadwell✅ FullLegacy support
2nd–3rd GenSandy Bridge / Ivy Bridge✅ FullExtended support (including IvyTown Xeon E5/E7 v2)

ℹ️ Notes

  • Platforms marked with * in the database (e.g., Emerald Rapids, Ice Lake‑SP) have no dedicated INF – their HWIDs are either covered by an adjacent generation’s INF or handled by Windows inbox drivers.
  • The 16th generation (as a “Client Core” family) does not exist – Lunar Lake (Core Ultra 200V) is classified as low power.
  • Wildcat Lake shares HWIDs with Panther Lake and does not have its own section.

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📊 17. Performance Metrics

17.1 Typical Execution Time Breakdown

PhaseTimeDescription
Compatibility Pre-Check5–10 secondsOS build, .NET Framework, TLS 1.2 availability, administrator privileges and GitHub connectivity verification
Verification & Update Check5–10 secondsSelf-integrity hash verification and updater version check
Hardware Detection10–25 secondsFull system scan and Intel chipset device identification (HWID enumeration)
System Restore Point Creation30–60 secondsAutomatic creation of a Windows System Restore Point before applying any changes
Package Download & Verification5–10 secondsDownload and integrity verification of required Intel INF metadata packages
Installation60–120 secondsINF file installation, registry updates and device reconfiguration

Note: Times above are measured on typical SSD-equipped systems with a standard broadband connection. On slower HDD systems or limited internet connections, individual phases (especially System Restore Point creation and package download) may take significantly longer.

17.2 Disk Space Usage

StageEstimated UsageNotes
SFX archive (download)~0.7 MBSelf-extracting EXE
Extracted script (PS1)~90 KBTemporary working file
System Restore Point100–300 MBManaged by Windows (shadow copy storage)
Downloaded Intel package2–10 MBEXE or MSI, platform-dependent
Extracted package contents10–30 MBTemporary extraction of INF files
Peak temporary disk usage~150–350 MBDuring restore point creation and extraction
Persistent disk usage after completion< 5 MBScripts and logs only

Important notes:

  • System Restore Point size is the dominant factor and depends on Windows configuration.
  • All extracted installer files are automatically removed after completion.
  • No drivers or binaries remain installed — only INF metadata.

17.3 Memory (RAM) Usage

ComponentEstimated UsageNotes
PowerShell runtime40–80 MBScript execution, parsing and hashing
INF parsing & HWID scan20–40 MBTemporary in-memory data structures
Installer extraction (EXE/MSI)30–100 MBShort peak during unpacking
Peak RAM usage~100–200 MBWorst-case during package extraction

Memory characteristics:

  • RAM usage is short-lived and released immediately after each phase.
  • No background services or resident processes.
  • Safe even for systems with 2 GB RAM.

17.4 Resource Usage Summary

  • Required free disk space: ~350 MB (safe upper bound)
  • Typical disk usage: ~150–250 MB
  • Peak RAM usage: ~100–200 MB
  • Persistent footprint after exit: negligible

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🐛 18. Known Issues

For current limitations and workarounds, please see: KNOWN_ISSUES.md

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🚀 19. Ready to Update?

19.1 Quick Start Guide

  1. Download latest release from Releases page
  2. Verify digital signature and hashes (optional but recommended)
  3. Run as Administrator for full system access
  4. Follow prompts - tool handles everything automatically
  5. Restart if prompted to complete installation

19.2 Verification Steps (Optional)

  • Check file hashes match published SHA256 files
  • Verify digital signature with included certificate
  • Review AI audit reports for confidence

19.3 Need Help?

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🤝 20. Contributing

We welcome contributions! Please feel free to submit pull requests, report bugs, or suggest new features.

Areas for Contribution:

  • Additional hardware platform support
  • Translation improvements
  • Documentation enhancements
  • Testing on various Windows versions

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📄 21. License

This project is licensed under the MIT License - see the LICENSE file for details.

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🙏 22. Acknowledgments

  • Intel Corporation for providing official driver packages
  • AI audits
  • Open source community for continuous improvement
  • Beta testers for real-world validation

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🔗 23. Important Links

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🧑‍💻 24. Author & Contact

Author Photo

Marcin Grygiel aka FirstEver


Note: This tool is provided as-is for educational and convenience purposes. While we strive for accuracy, always verify critical INF updates through official channels. The complete HWID database is available for transparency and community contributions.

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关于 About

Security-focused tool for automatic Intel chipset INF detection and installation. SHA-256 verified, Intel Authenticode validated, System Restore Point protected. Reviewed across 3 audit cycles by 6 AI systems.
automaticautomationchipsetdriver-updaterhardwareinfinf-installerintelintel-chipsetintel-infintel-platformmotherboardpc-maintenancepowershellsystem-utilityuniversalupdaterutilitywindowswindows-utility

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Batchfile4.6%

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