⚡ FlashLane

Universal, Ultra-Fast Bootable USB Flasher with Rufus-Grade Partition Control

Burn bootable Windows & Linux ISO/IMG drives on Windows, macOS, and Linux — with zero telemetry, dry-run simulation, and full partition control.

⚡ Quick Start • ⚖️ Why FlashLane vs Rufus vs Etcher • 🌟 Features • 🧪 Safe Simulation Mode • 📦 Download • 📚 Featured on DevShelf

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⚖️ Why FlashLane? (Comparison)

Why settle for Windows-only tools like Rufus or ad-supported, telemetry-heavy apps like BalenaEtcher? FlashLane gives you the best of both worlds:

Feature	⚡ FlashLane	Rufus	BalenaEtcher	Raspberry Pi Imager
Cross-Platform OS Support	✅ Windows, macOS, Linux	❌ Windows Only	✅ Windows, macOS, Linux	✅ Windows, macOS, Linux
Partition Control (GPT vs MBR)	✅ Full Rufus-Grade Control	✅ Full Control	❌ No (Raw DD Only)	❌ No (Raw DD Only)
Target Architecture (UEFI vs BIOS)	✅ Selectable UEFI / Legacy BIOS	✅ Yes	❌ No	❌ No
Filesystems (NTFS, FAT32, exFAT, DD)	✅ All Schemes (Auto Large WIM)	✅ Yes	❌ No (Raw image dump)	⚠️ FAT32/ext4 only
Dry-Run Simulation Mode	✅ Test Full Write with 0 Risk	❌ No	❌ No	❌ No
Telemetry & Privacy	🛡️ 0% Telemetry (100% Private)	⚠️ Update pings	❌ Heavy Google Analytics & Promos	⚠️ Telemetry telemetry
Streaming Speed Pipeline	✅ 4MB Chunked I/O Pipeline	✅ High Speed	⚠️ Medium Speed	⚠️ Medium Speed
Integrity Validation	✅ Real-time Streaming SHA-256	✅ MD5/SHA-256	✅ Verify Pass	✅ Verify Pass
Open Source (MIT)	✅ 100% Free & Open Source	✅ GPLv3	⚠️ Mixed / Proprietary telemetry	✅ Apache 2.0

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⚡ Quick Start in 30 Seconds

Download Precompiled Binaries

Grab the latest release for your operating system from GitHub Releases:

• Windows: FlashLane-Setup.exe (Installer) or FlashLane-Portable.exe
• macOS: FlashLane.dmg (Universal Intel + Apple Silicon)
• Linux: FlashLane.AppImage or FlashLane.deb

Run from Source

# 1. Clone repository
git clone https://github.com/RitualDev-Lab/FlashLane.git
cd FlashLane

# 2. Install dependencies & launch dev server with hot reload
pnpm install
pnpm dev

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🌟 Key Features

• ⚡ Ultra-High Speed Flashing Engine:
  • 4MB chunked streaming I/O pipeline with real-time speed monitoring ($MB/s$) and accurate dynamic ETA calculation.
• 🛡️ Dual-Layer OS Disk Safety Guard:
  • Auto-detects and permanently locks system drives (C:\, root mounts /, primary physical disks) so you can never accidentally wipe your operational operating system.
• 🧪 Built-In Simulation Mode:
  • Dry-run full flashing lifecycles (unmount → format → chunked write → SHA-256 validation → safe ejection) without touching physical drives.
• 🎯 Rufus-Grade Partition & Target System Parity:
  • Partition Schemes: MBR (Legacy BIOS & UEFI-CSM) and GPT (Modern UEFI non-CSM).
  • Target Architectures: BIOS and UEFI.
  • Filesystems: FAT32, NTFS (handles Windows install.wim > 4GB), exFAT, and RAW DD Mode (1:1 bitstream clone for hybrid Linux ISOs like Arch, Tails, Proxmox).
  • Custom cluster sizing (4096B up to 64KB) and volume labeling.
• 🔍 Deep Image Inspection & Multi-Hash Verification:
  • Header inspection for ISO 9660 (CD001), MBR (0x55AA), GPT (EFI PART), and hybrid boot headers.
  • Real-time checksum calculations (SHA-256, SHA-1, MD5) with progress reporting.
• 💻 Skeuomorphic High-Tech Interface:
  • Custom dark desktop aesthetic inspired by hardware flashers, with frameless titlebars, animated striped progress meters, and an integrated real-time execution terminal.
• 🌐 True Cross-Platform:
  • Native USB discovery adapters for Windows (PowerShell CIM/WMI), Linux (lsblk), and macOS (diskutil).

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🧪 How to Test FlashLane

1. Interactive Development & UI Testing

Launch the desktop application with live reload:

pnpm dev

2. Testing with Built-In Simulation Mode (No USB Required!)

1. Open FlashLane in dev mode or as a built app.
2. In the top bar, ensure the mode badge says SIMULATION (amber badge).
3. If no physical USB is plugged in, the Target Drive dropdown will automatically offer SanDisk Ultra USB 3.0 [VIRTUAL SIMULATOR] 32GB.
4. Click Select and pick any .iso or .img file (e.g. Ubuntu, Windows, Arch, or even a test file).
5. Review the auto-detected OS label and boot scheme. Click Verify Hash to calculate streaming SHA-256.
6. Click Start Flashing [Simulation Mode].
7. Confirm the Safety Modal.
8. Watch real-time 4MB streaming chunks, live write speed ($MB/s$), ETA, and the SHA-256 post-write verification pass with live logs.

3. Testing Physical Hardware Flashing

1. Insert a spare USB drive (e.g. 8GB - 64GB).
2. Click Scan in FlashLane to refresh connected drives.
3. Toggle the top bar switch to PHYSICAL WRITE (emerald badge).
4. Select your USB drive and ISO image.
5. Click Start Writing Bootable USB. FlashLane will show an explicit confirmation warning showing the target drive letter, capacity, and path before writing.

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📦 Multi-Platform Releases (GitHub Actions)

FlashLane includes an automated CI/CD pipeline (.github/workflows/release.yml) that builds native binaries for all 3 major operating systems:

• Windows: NSIS Setup (.exe) + Standalone Portable (.exe)
• Linux: Universal AppImage (.AppImage) + Debian Package (.deb)
• macOS: Apple Disk Image (.dmg) + Compressed Archive (.zip)

How to Trigger a Release:

Whenever you want to publish a new release:

# 1. Tag your commit
git tag v1.0.0

# 2. Push the tag to GitHub
git push origin v1.0.0

GitHub Actions will automatically run matrix jobs on Windows, Ubuntu, and macOS runners, compile the code, and publish all release assets directly to GitHub Releases.

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🏬 Releasing on Microsoft Store

FlashLane supports building official Microsoft Store .appx / .msix packages:

Step 1: Register on Microsoft Partner Center

1. Create a developer account at partner.microsoft.com.
2. Reserve your app name (e.g. FlashLane).
3. Under Product management → Product Identity, copy:
   • Package/Identity Name
   • Publisher ID (e.g. CN=XXXXXXXX-XXXX-...)
   • Publisher display name

Step 2: Configure electron-builder.json

Update the appx section in electron-builder.json with your credentials:

"appx": {
  "identityName": "RitualDevLab.FlashLane",
  "publisher": "CN=YOUR-PUBLISHER-ID-FROM-PARTNER-CENTER",
  "publisherDisplayName": "RitualDev Lab",
  "applicationId": "RitualDevLab.FlashLane"
}

Step 3: Build the Store Package

Run the following command:

npx electron-builder --win appx

This generates release/FlashLane 1.0.0.appx ready for upload.

Step 4: Validate & Submit

1. Test your package locally using the Windows App Certification Kit (WACK):

   appcert test -apptype desktop -packagepath "release\FlashLane 1.0.0.appx"

2. Upload the .appx file into your Microsoft Partner Center submission dashboard.
3. Fill in screenshots, description, and privacy policy, then click Submit to the Store.

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🌐 RitualDev Ecosystem

FlashLane is part of the RitualDev Lab open-source developer tooling suite:

• DevShelf — Curated crowdsourced developer directory of free APIs, dev tools, and AI agents.
• GitWhisper — Zero-config AI Git commit generator running directly in your CLI.
• AutoHeal-QA — Self-healing automated test runner powered by LLM root cause analysis.
• LocalRAG-Kit — Embedded offline RAG toolkit with zero cloud dependencies.

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🏷️ Search Keywords & Tags

bootable-usb • rufus-alternative • etcher-alternative • iso-to-usb • usb-flasher • cross-platform • windows-11-usb • linux-live-usb • gpt-mbr-partition • electron • react • typescript

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📄 License

Released under the MIT License. Built with pride by RitualDev Lab.