ContextCleaner: see every entry in the Windows 11 right-click menu, and which app added it — on the Microsoft Store.

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Guided workflow variation

ShellExView still works.It just cannot see everything.

It was built for the classic registration model, which it handles thoroughly. Windows 11 added a menu surface that model does not cover — so packaged app entries are invisible to it.

ShellExView enumerates classic COM shell extensions well. ContextCleaner adds the surfaces it predates — packaged modern-menu commands and the New submenu — plus snapshots, on-disk undo, and provenance.

Pay once. Own it forever.

One-time purchase on the Microsoft Store · No subscription · Instant install

Buy through the Microsoft Store—instant install, automatic updates, and a Microsoft receipt for easy expensing. No account needed on our site, and no subscription on Store purchases.

Full ContextCleaner overview
One-time purchase No telemetry Local-first

windows 11 & 10 · no regedit · snapshot before every apply · no network requests

If this sounds like your week

A tool from before the platform changed.

ShellExView has been the standard answer for shell extension management for a long time, and deservedly — it is free, focused, and thorough at what it does. What it does is enumerate classic COM registrations. Windows 11 introduced a menu surface built from application package manifests, and no amount of registry enumeration reaches it.

Where tooling usually breaks

Which produces a confusing result rather than an error.

You use ShellExView to hunt an entry, work carefully through the list, and the entry is not in it. Nothing indicates why. The tool is functioning correctly and the entry is genuinely visible in your menu. The gap is architectural, and there is no message telling you so — which is worse than a clear limitation, because you assume you are looking in the wrong place.

Where ContextCleaner lands

Cover the newer surfaces, and add a way back.

ContextCleaner enumerates classic COM handlers as ShellExView does, and adds the surfaces it predates: packaged and MSIX modern-menu commands read from installed manifests, and the New submenu as its own view. It also adds what a free enumeration tool has never claimed to offer — a snapshot before each apply, on-disk undo and redo for up to 25 steps each, staged pending changes, and backend refusal of Explorer-critical removals.

Pay once. Own it forever.

One-time purchase on the Microsoft Store · No subscription · Instant install

Buy through the Microsoft Store—instant install, automatic updates, and a Microsoft receipt for easy expensing. No account needed on our site, and no subscription on Store purchases.

Learn more about ContextCleaner

windows 11 & 10 · no regedit · snapshot before every apply · no network requests

What you get

Feature highlights

Sees all four menu surfaces

Classic commands, the COM add-ons installed apps register, Windows 11 modern and packaged items, and the New submenu—together in one searchable list.

Shows where every entry came from

Each row names the app, DLL, or package behind it, where it was discovered, and which file types it applies to.

Remove one or clear the whole view

Flip a single toggle, multi-select a batch, or remove every third-party entry in the current view with one button.

A dedicated New menu cleanup

Turn off the document types you never create. The file type keeps working—only the New-menu shortcut goes away, and it is a reversible rename.

Review before anything is written

Changes stage as pending until you press Apply, and machine-wide edits are batched into a single administrator prompt per apply.

Undo that survives restarts

Undo and redo are stored on disk rather than in memory—up to 25 steps each—alongside one-click snapshot restore.

A verifiable record of every change

A hash-chained (SHA-256) local audit log with a one-tap integrity check that reports the exact entry where the chain broke.

Private by default

No network requests at all, no account, no ads, no third-party analytics. Diagnostics exports replace personal folder names first.

Especially when

  • Remove entries from the Windows 11 right-click menu without opening Registry Editor yourself
  • Find out which app added a right-click entry, and why deleting a registry key did not remove it
  • Clean up the right-click New submenu without breaking the underlying file types

Who benefits

Real-world scenarios

The entry ShellExView cannot find

You have worked through the whole ShellExView list and the entry you are chasing is not in it.

It is almost certainly a packaged app command. ContextCleaner reads package manifests, so it appears there with its owning package.

The identifier without a name

You are looking at a registration and cannot tell which application it belongs to.

ContextCleaner resolves the backing library and publisher, and where a handler registers no usable name it asks the handler what it would draw, out of process.

The reversal you did not plan for

You disabled a batch, something you needed is gone, and you cannot recall exactly what you turned off.

The batch is one undo step on disk, and a snapshot from before the apply is available. Both survive restarting the app.

Deep dive

Where the two tools genuinely differ

This is worth setting out fairly, because ShellExView is a good tool and the honest comparison is about coverage and workflow rather than quality.

Coverage. ShellExView enumerates classic COM shell extensions from registry registrations, and does it well — including the kinds of registration that are easy to miss. What it does not reach is the Windows 11 modern menu. Those commands are declared in application package manifests and registered into a packaged-COM catalogue, so they are not present as ordinary class registrations. The New submenu is likewise a separate surface with its own registration mechanism. ContextCleaner enumerates all four: classic verbs, COM handlers, packaged commands, and New-menu registrations, presented as one list.

Provenance. Both resolve a handler to a backing file. ContextCleaner additionally records where each entry was discovered, which file types and click contexts it applies to, whether it is built-in or third-party, and — for handlers that register no usable friendly name — the label the handler itself reports, obtained out of process so a faulty handler cannot bring the app down.

Write model. ShellExView applies changes as you make them. ContextCleaner stages changes as pending and writes nothing until you press Apply, which means a review step and a single elevation prompt for a batch rather than repeated prompts.

Reversal. This is the largest practical difference. ShellExView is an enumeration and toggle tool; it does not take snapshots or maintain a change history, which is entirely reasonable for what it is. ContextCleaner writes a `.reg` snapshot before each apply and aborts the apply if the snapshot fails, keeps undo and redo on disk for up to 25 records each so they survive restarts, and records every action in a hash-chained local log.

Guardrails. ContextCleaner refuses removal of the entries File Explorer needs to open folders, drives, and network locations, enforced in the write layer rather than the interface, so a bulk action cannot route around it. Re-enabling is always allowed.

Where ShellExView remains the sensible choice. It is free, it is a single small executable with nothing to install, and if your task is inspecting or toggling classic COM handlers on a machine you are not managing long-term, it does that directly. If you need the modern menu or the New submenu, want a review step before writes, or want changes to be reversible days later, that is where the difference matters.

One claim neither tool makes honestly: neither measures how long handlers take to load. ContextCleaner reports no timings and makes no performance claim.

Trusted by pragmatic desktop users

Built for people who prefer tools that stay local.

Real workflows: focus timers that stay visible, batches that never leave the disk, and renames you can rewind.

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Our Core Moat

Engineered to respect your system boundaries.

System Resource Monitor (Idle State Comparison)
Automata Labs low idle memory footprint compared to generic Electron applications

Lightweight Native Stack

Compiled Rust core wrapped inside an optimized Tauri shell. No heavy background node loops or duplicate Chromium engines cooking your memory footprint (<25MB idle RAM).

100% Local-First Privacy

Executes entirely on-device with full offline isolation. Absolute zero background telemetry policies, no metrics aggregation, and zero mandatory cloud-sync accounts.

Perpetual Fallback Licenses

Pay a single, clear one-time purchase price. Own your specific native software utility execution tier permanently without artificial subscription paywalls or ongoing usage tax.

FAQ

Straight answers—no glossary dump

What can ShellExView not see?

The Windows 11 modern menu and the New submenu. Packaged and MSIX apps declare menu commands in their application manifests, registered into a separate catalogue rather than as classic registry registrations, so registry enumeration does not reach them.

Is ShellExView still worth using?

Yes, for what it covers. It is free, needs no installation, and enumerates classic COM shell extensions thoroughly. The differences that matter are coverage of the newer surfaces, a review step before writes, and reversibility after the fact.

What does ContextCleaner add on safety?

A .reg snapshot before each apply that aborts the apply if it cannot be written, on-disk undo and redo up to 25 steps each surviving restarts, staged pending changes, backend refusal of Explorer-critical removals, and a hash-chained local audit log.

Does either tool tell me which extension is slowing Explorer?

Neither measures load time. ContextCleaner reports no timings and makes no performance claim; what it offers is complete enumeration and reversible toggles so you can isolate a suspect by elimination.

What does it need to run?

Windows 11 or Windows 10, and the Microsoft Edge WebView2 runtime, which is already present on virtually all Windows 11 PCs. ContextCleaner does not install WebView2 for you. It runs as a standard user; only machine-wide entries need administrator approval, requested once per apply.

Is it private, and how do I get it?

ContextCleaner makes no network requests at all — it requests no networking permission from Windows, so there is no telemetry, no analytics, no ads, and no account. Snapshots and change history stay on your PC. It is a one-time purchase on the Microsoft Store; use the Microsoft Store button on this page for the current listing and price.

Every right-click entry,
and the app that put it there.

ContextCleaner scans all four surfaces Windows builds the right-click menu from—classic commands, app add-ons, Windows 11 modern and packaged items, and the New submenu—names the app behind each entry, and lets you remove what you never use without opening Registry Editor. A snapshot is written before each apply, and undo survives restarts.

Pay once. Own it forever.

One-time purchase on the Microsoft Store · No subscription · Instant install

Buy through the Microsoft Store—instant install, automatic updates, and a Microsoft receipt for easy expensing. No account needed on our site, and no subscription on Store purchases.

Open full product page

Technical specifications

Technical specifications for procurement

Spec Implementation
Data Sovereignty Menu edits, snapshots, and the full change history stay on your PC; diagnostics exports replace personal folder names first
Telemetry Status None; no account, no ads, no third-party analytics
Core Runtime Tauri 2 + Rust native Windows app; requires the Microsoft Edge WebView2 runtime, which it does not install for you
Network Requirements Makes no network requests at all and requests no networking permission from Windows
Deployment Compatibility Windows 11 and Windows 10; no version gating, so Windows 10 simply shows fewer modern and packaged entries. Microsoft Store
Scope All four menu surfaces: classic commands, COM app add-ons, Windows 11 modern and packaged items, and the New submenu
Provenance Each entry names the app, DLL, or package behind it, where it was discovered, and the file types it applies to
Reversibility Snapshot written before each apply (the apply stops if it cannot be saved), one-click restore, and disk-persisted undo and redo up to 25 steps each
Guardrails Entries File Explorer depends on are protected from removal even by bulk actions; machine-wide edits use one administrator prompt per apply
Accountability Tamper-evident, hash-chained (SHA-256) audit log with one-tap integrity verification, stored only on your PC
Access System tray presence with a customizable hotkey and Ctrl+K quick actions across 14 rebindable shortcuts
Approximate size 30 MB installed or less