Tommy
McLoughlin.

A full mIRC scripting IDE — editor, error checker, addon customizer, and a sandboxed IRC client for actually testing what you write, all in one shell. Built so you never have to risk breaking a script on a live network again.

• Syntax-aware editor with color highlighting for fast, readable mIRC scripting.
• One-click error checking with line/column lookup and warning breakdowns.
• Pre-built addon library — clone scanners, flash-nick, IRCop scan, and more.
• No-scripting customization wizard that edits addons through plain-language fields.
• Advanced field-level editing for every detected string, with a live code preview.
• Built-in sandboxed IRC client to connect and test scripts on a real network safely.

Main.mrc — Obsidian IRC Studio

The editor on launch: syntax-colored mIRC scripting with a live output console reporting the IDE, editor, and syntax highlighter coming online.

Tools → Pre-Built Addons

A ready-to-go addon library baked right into the Tools menu — Clone Scanner, Flash-Nick, IRCop Scan, Mass Operations and more, one click from being dropped into your script.

Script Error Checker

Run a full check on the current script and get a clean warnings/errors breakdown with exact line and column numbers — here, 13 warnings and zero errors on the Clone Scanner addon.

Customize Addon wizard

You don't need to know mIRC scripting to make an addon your own. Obsidian reads the user-facing values out of the script and lets you edit them through a form, with a live preview of the real code on the right.

Advanced customization

For anyone who does want to get hands-on, the Advanced tab exposes every detected string — dialog titles, sizes, labels — as editable fields, still tied to the same live preview.

IRC Test Console

The built-in sandboxed IRC client — connect straight to a real network (here, irc.libera.chat), watch joins, modes and the names list come in, and test a script live before it ever ships.

A wireless auditing and pentest toolkit for Windows — adapter detection, an Npcap-backed capture engine, and a live packet grid, all aimed at giving Windows the monitor-mode workflow it normally refuses to offer.

• Adapter detection across every wireless NIC on the system, including virtual Wi-Fi Direct interfaces.
• Npcap-backed capture for genuine monitor mode support on Windows.
• Built-in Npcap diagnostics to confirm driver version, install path, and available capture interfaces.
• Live packet capture with a real-time grid of number, time, length, protocol, and addressing.
• Session stats — packet count, bytes, and elapsed time tracked as you capture.
• Packet injection support for real-world wireless testing (in progress).

Adapter selection

On launch, Obsidian detects every wireless adapter on the machine and lets you pick the one to work with — here, a Realtek RTL8811AU set as the active WiFi (Alpha) adapter, alongside the built-in Intel AX201.

Npcap Test

A built-in Npcap diagnostic confirms the driver is installed, reports its version and install path, and lists every capture interface it can see — the piece that makes real monitor-mode capture possible on Windows.

Live packet capture

Start Capture streams live packets straight into the grid — number, time, length, protocol, source/destination, and EtherType — while the panel below tracks adapter, capture status, packet count, and elapsed time in real time.

A small, sharp command-line tool: it exports every installed Windows driver package straight from the Driver Store via pnputil.exe, then hands you a self-running restore script so putting them all back — after a reinstall, a new drive, whatever — is a single right-click.

• Full driver export using Windows' own pnputil.exe — no third-party extraction.
• Administrator-aware — detects elevated privileges before starting the export.
• Timestamped backup folder so you always know when a backup was taken.
• Auto-generated RestoreDrivers.cmd that reinstalls every exported package with one click.
• Driver + system inventory files alongside the backup for reference.
• Built for clean reinstalls — copy the folder, run the script, done.

DriverBackup.exe — start

Run as administrator, the tool exports every Windows driver package straight from the Driver Store using Microsoft's own pnputil.exe — no third-party dumping, just the official export path.

Exporting driver packages

Every third-party driver package gets pulled out one by one — network adapters, GPU drivers, capture drivers, all logged live as OEM .inf files export successfully.

Backup completed

68 INF files exported, a RestoreDrivers.cmd and README generated alongside them, and clear instructions for what to do after a clean Windows 11 install: copy the folder back, right-click the restore script, run as administrator.

The backup folder

What you're left with: a Drivers folder plus DriverInventory.txt, SystemInformation.txt, a README, and the one-click RestoreDrivers.cmd — everything needed to put a system back exactly how it was.

A Windows utility for analyzing and preparing bootable ISO images without needing a USB drive or optical disc. It reads an ISO's UEFI, BIOS/MBR, and El Torito boot information, hashes it for verification, checks your machine's boot environment and Secure Boot status, and gives you direct tools for mounting the ISO or dropping straight into UEFI firmware or Advanced Startup.

Analyze it. Verify it. Understand it. Boot smarter.

• Full boot analysis — UEFI signature, El Torito structure, and MBR boot signature detection.
• SHA-256 hashing to verify an ISO's integrity before you trust it.
• Live machine read-out of firmware mode, Secure Boot status, admin state, and Windows version.
• One-click ISO mounting — no USB stick or optical drive required.
• Direct shortcuts into UEFI firmware settings and Windows Advanced Startup.
• Built-in documentation explaining boot technologies and how to work with ISO images.

Idle state

Before an ISO is selected, the analysis panels sit at WAITING while the tool already reports what it knows about the machine: Legacy/CSM firmware, Secure Boot disabled/unavailable, no admin rights, and the running Windows version — all timestamped in the activity log.

ISO analyzed

After Browse → Analyze ISO: El Torito, UEFI, and MBR boot signatures all come back detected, ISO size and a full SHA-256 hash are calculated, and every step of the check is logged with a caveat that this is a conservative signature check, not a compatibility guarantee.

A fast, asynchronous Windows network discovery and visualization tool built to map and inventory IPv4 networks. It scans local network ranges, identifies active hosts, gathers ARP information, performs DNS lookups, and lays the discovered devices out as an organized network inventory — built for speed and practical visibility into what's actually on a network.

• Asynchronous IPv4 discovery across a full subnet, fast enough to matter.
• Dual discovery methods — ICMP ping and ARP — tracked separately per device.
• DNS lookups to resolve hostnames alongside raw IP addresses.
• Live network context — interface, adapter, local address, gateway, and network range.
• Per-device inventory — type, MAC address, discovery method, and ping latency.
• Auto-generated HTML and JSON reports written to disk for every completed scan.

NT Hammer-Hawk — client view

Network context up top — interface, adapter, local address, gateway, network range, and scan time — with summary tiles for devices found and discovery method, then a card per discovered device showing type, MAC, discovery method, and ping.

Scan in progress

The console build mid-scan: discovery settings (ICMP ping + ARP, 700ms timeout, 64 concurrent) followed by devices streaming in live as they're found, each tagged with the method that found them.

Scan complete

24 devices found — 8 by ping, 16 by ARP — with an HTML and JSON report written straight to disk for the session, ready to open or parse.