SoundCraft v0.16.0

SoundCraft is a free, open-source digital audio workstation (DAW) designed as an alternative to Avid Pro Tools. Written in Rust, it combines multitrack audio recording, editing, mixing, MIDI production, audio effects, and automation in a cross-platform application.

The software follows a familiar professional studio workflow, with dedicated Edit and Mix windows, track-based editing, audio routing, and extensive keyboard shortcuts. It also supports third-party audio plugins and provides command-line tools and Model Context Protocol (MCP) integration for automated audio production.

SoundCraft stands out because it combines traditional DAW functionality with AI-assisted workflows. However, it is still in pre-alpha development, so users should evaluate its stability and feature compatibility before relying on it for professional recording or mixing projects.

Features

Multitrack Recording and Audio Editing

SoundCraft provides tools for recording and arranging audio across multiple tracks. Its editing workflow includes Shuffle, Slip, Spot, and Grid modes, along with tools for trimming, separating, duplicating, moving, and consolidating clips.

Users can create fades and crossfades, adjust clip gain, manage playlists, and organize multiple takes using comping lanes. The application also includes loop recording, punch recording, input monitoring, and automatic recovery features.

These capabilities make SoundCraft suitable for exploring common recording and editing workflows, from music production to podcast editing.

Professional Mixing Console

The Mix window provides channel faders, pan controls, insert effects, sends, buses, auxiliary inputs, master faders, and VCA masters.

Users can organize complex sessions with routing folders, solo and mute groups, phase inversion, and automatic plugin delay compensation. Metering tools include peak hold, while sends can operate in pre-fader or post-fader configurations.

This layout will be familiar to users of professional recording software and provides the foundation for building multitrack mixes.

Audio Effects and Plugin Support

SoundCraft includes a collection of built-in audio processors covering common mixing and sound-design tasks.

Available effects include:

• Parametric equalization and channel processing.

• Compression, limiting, expansion, and noise gating.

• De-essing and loudness maximization.

• Room and plate reverbs.

• Delay, chorus, flanger, and phaser effects.

• Saturation, distortion, and lo-fi processing.

• Pitch shifting and time shifting.

• Gain adjustment, trimming, and DC removal.

• Signal generation and dithering.

The application also supports CLAP and VST3 plugins, along with Audio Units on compatible platforms. Third-party plugins can use their own editors, and their state can be saved with the session.

SoundCraft also supports offline AudioSuite-style processing and user presets for supported processors.

MIDI Editing and Virtual Instruments

SoundCraft includes MIDI and instrument tracks, a piano-roll editor, velocity editing, step input, quantization, and transposition.

Users can import and export Standard MIDI Files, edit MIDI events, and work with musical timing and tempo changes. The application also includes a score editor and MusicXML export for transferring notation to compatible music notation software.

Built-in synthesizers and a drum synthesizer provide basic sound-generation capabilities without requiring third-party instruments.

Audio-to-MIDI functionality can also convert a sung or played melody into MIDI material, providing another way to develop musical ideas.

Automation and Tempo Controls

SoundCraft supports automation for volume, pan, mute, sends, and plugin parameters.

Automation can be recorded through Write, Touch, and Latch modes, allowing users to capture live adjustments during playback. Additional tools support trimming, smoothing, and consolidating automation data.

The timeline supports musical bars and beats, elapsed time, timecode, feet and frames, and samples. Tempo and meter maps include configurable tempo changes and linear, parabolic, and S-curve ramps.

These features are useful for detailed mixing, synchronization, and projects that require precise timing.

Audio Export and Mastering

SoundCraft can export complete mixes or individual stems to WAV, AIFF, and FLAC formats. Export options include multiple bit depths, floating-point output, dithering, and normalization.

The bounce process reports measurements such as peak level, true peak, and integrated loudness in LUFS.

The application also supports a range of audio import formats, including WAV, AIFF, FLAC, MP3, Ogg Vorbis, AAC, and ALAC. Audio from supported video files can also be imported.

This combination provides a practical foundation for preparing audio for distribution and further processing.

Video and Surround Audio

Beyond conventional stereo production, SoundCraft includes a picture track with video thumbnails and a dedicated Video window synchronized with the playhead.

Its documented video support includes H.264, ProRes, and Motion JPEG decoding, along with timecode burn-in and synchronization offsets.

For immersive audio workflows, the application supports formats ranging from stereo to 9.1.6 surround and Ambisonics. Its routing and panning tools include height controls, divergence, object and bed routing, and a renderer with live speaker-level monitoring.

These are ambitious features for an early-stage open-source DAW, although their suitability for production work should be assessed through practical testing.

Command-Line and AI Automation

One of SoundCraft's most distinctive features is its automation interface.

The application exposes commands through its graphical interface, keyboard shortcuts, CLI, JSON control channel, and MCP server. Scripts and compatible AI agents can create or modify tracks, adjust mixing parameters, add effects, control playback, and export audio.

The command-line workflow can also operate without opening the graphical interface. This enables automated rendering and repeatable processing tasks.

For example, a script can load a demo session, lower a track's volume, insert an equalizer, and export the resulting mix.

This makes SoundCraft particularly interesting for developers, audio engineers, and users experimenting with AI-assisted music production.

Download SoundCraft v0.16.0 - Software Mirrors
SoundCraft v0.16.0 for Windows soundcraft-0.16.0-windows-x86.msi | 13 MB soundcraft-0.16.0-windows-x86-portable.zip | 16.3 MB soundcraft-0.16.0-windows-x64.msi | 13.84 MB soundcraft-0.16.0-windows-x64-portable.zip | 17.87 MB soundcraft-0.16.0-windows-arm64.msi | 12.4 MB soundcraft-0.16.0-windows-arm64-portable.zip | 16.45 MB
SoundCraft v0.16.0 for macOS soundcraft-cli-0.16.0-macos-universal.zip | 7.71 MB soundcraft-0.16.0-macos-universal.dmg | 28.48 MB
SoundCraft v0.16.0 for Linux soundcraft-0.16.0-linux-x86_64.tar.gz | 19.62 MB soundcraft-0.16.0-linux-x86_64.rpm | 19.99 MB soundcraft-0.16.0-linux-x86_64.pkg.tar.zst | 12.53 MB soundcraft-0.16.0-linux-x86_64.flatpak | 13.3 MB soundcraft-0.16.0-linux-x86_64.deb | 20.13 MB soundcraft-0.16.0-linux-x86_64.AppImage.zsync | 65.96 kB soundcraft-0.16.0-linux-x86_64.AppImage | 18.78 MB soundcraft-0.16.0-linux-riscv64.tar.gz | 18.68 MB soundcraft-0.16.0-linux-riscv64.rpm | 19.05 MB soundcraft-0.16.0-linux-riscv64.deb | 19.09 MB soundcraft-0.16.0-linux-aarch64.tar.gz | 18.06 MB soundcraft-0.16.0-linux-aarch64.rpm | 18.73 MB soundcraft-0.16.0-linux-aarch64.pkg.tar.zst | 11.51 MB soundcraft-0.16.0-linux-aarch64.flatpak | 11.6 MB soundcraft-0.16.0-linux-aarch64.deb | 18.93 MB soundcraft-0.16.0-linux-aarch64.AppImage.zsync | 60.73 kB soundcraft-0.16.0-linux-aarch64.AppImage | 17.28 MB
SoundCraft v0.16.0 for BSD soundcraft-0.16.0-freebsd-x86_64.tar.gz | 19.21 MB soundcraft-0.16.0-freebsd-aarch64.tar.gz | 17.31 MB
Others Download related to SoundCraft v0.16.0 soundcraft-web-0.16.0.zip | 6.42 MB
SoundCraft v0.16.0 Source Code SoundCraft v0.16.0 Source code (zip) SoundCraft v0.16.0 Source code (tar.gz)
SoundCraft v0.16.0 Release Notes: What's Changed Updates: shared check-result dialog from craft-update by @aiongg in #1219 docs: tidy agent, contributor and release docs by @aiongg in #1218 Clip menu: act on the whole edit selection when the right-clicked clip is part of it by @ydking0911 in #1196 Zoom Toggle: Alt+Shift+E and Alt-click cancel it and keep the current view by @dotCooCoo in #1101 Mix: clamp clip-FX gain and send-level automation (fixes #884) by @SusieeTheLinuxUser in #1126 Fix integer overflow in AutomationLane::value_at for distant breakpoints by @Silvertree2010 in #1215 Fix overflow in GridValue::step_samples at extreme positions by @Silvertree2010 in #1216 Fix overflow in TempoMap bar math with a meter near i64::MAX by @Silvertree2010 in #1220 Fix remove_dc mean when a channel has non-finite samples by @Silvertree2010 in #1221 Reject oversized CAF cookie lengths by @TheGalitube in #1200 Reject skipped drop-frame timecode labels by @TheGalitube in #1201 Reject overflowing WAV byte rates by @TheGalitube in #1202 Keep RMS finite for large samples by @TheGalitube in #1222 Reject overflowing FLAC vendor string lengths by @kk376 in #1211 fix(engine): bound MIDI import tempo and track floods (#890) by @kk376 in #1212 automation: test that Remote returns app errors unchanged by @Silvertree2010 in #1128 Saturate H.264 POC type 0 bottom field order count by @Silvertree2010 in #1226 Fix H.264 DPB integer overflow on huge pic num differences by @Silvertree2010 in #1229 Default range start to the selection start in range_param by @Silvertree2010 in #1214 Play transport.play {from} at the requested position, not the selection by @Silvertree2010 in #1075 Keep plugin parameter id case in AutoParam::parse by @Silvertree2010 in #1227 packaging(flatpak): add OCI image build and GHCR publishing helper by @dylanmtaylor in #1233 New Contributors @ydking0911 made their first contribution in #1196 @kk376 made their first contribution in #1211 Full Changelog: v0.15.0...v0.16.0

Performance and Compatibility

SoundCraft is written in Rust and uses a modular architecture that separates audio processing, session management, playback, and the graphical interface.

Its mixing engine supports parallel processing, while copy-on-write undo is designed to reduce the overhead of editing large sessions. The project also emphasizes responsive interaction and provides native builds alongside a WebAssembly version.

The application supports Windows, macOS, Linux, FreeBSD, and modern web browsers. Desktop packages include installers and portable formats for supported platforms.

However, SoundCraft is still in pre-alpha development. Its documentation estimates that it covers approximately 94% of Pro Tools' menu items but only around two-thirds of its features in depth. Menu coverage should not be interpreted as complete feature parity.

Professional users should test audio-device compatibility, plugin behavior, session stability, and export results before moving important projects into SoundCraft. Compatibility with third-party plugins and complex sessions may vary by operating system and implementation maturity.

System Requirements

SoundCraft supports the following platforms:

• Windows: x86, x86-64, and ARM64 builds.

• macOS: Universal application for Intel and Apple Silicon computers.

• Linux: x86-64 and ARM64 packages, depending on the distribution format.

• FreeBSD: x86-64 builds.

• Web: Browser-based WebAssembly application.

Building from source requires a recent stable Rust toolchain, Cargo, Git, and the dependencies specified by the project.

Linux users compiling the application need ALSA development headers. On Debian or Ubuntu, the required package is typically libasound2-dev; Fedora users can install alsa-lib-devel.

A compatible audio device is needed for normal recording and playback. Additional hardware and driver considerations depend on the operating system and connected audio equipment.

The project does not establish a universal minimum CPU, RAM, or storage requirement for every supported workload.

Pros and Cons

Pros

• Free and open-source under the MIT or Apache-2.0 license.

• Supports multitrack recording, editing, and mixing.

• Includes a substantial collection of built-in audio effects.

• Supports CLAP, VST3, and Audio Units plugins on compatible platforms.

• Provides MIDI editing, synthesizers, and score export.

• Includes automation, tempo mapping, and timecode support.

• Supports audio export with loudness measurements and normalization.

• Offers video synchronization and immersive audio capabilities.

• Runs on Windows, macOS, Linux, FreeBSD, and the web.

• Provides CLI and MCP integration for AI-assisted workflows.

Cons

• Still in pre-alpha development, with potential stability issues.

• Feature parity with established professional DAWs is incomplete.

• Third-party plugin compatibility requires practical testing.

• Complex recording sessions may expose missing features or unexpected behavior.

• Professional users may encounter limitations in specialized production workflows.

• Building from source requires a Rust development environment and platform dependencies.

How to Install

Option 1: Download a Prebuilt Release

1. Visit the official SoundCraft GitHub repository.

2. Open the Releases section.

3. Download the package for your operating system and processor architecture.

4. Install or extract the package according to its format.

5. Launch SoundCraft and open the included demo session or create a new project.

Available packages include Windows installers and portable archives, a universal macOS application, Linux AppImage, Flatpak, DEB and RPM packages, FreeBSD archives, and a browser-based build.

For Linux users, the AppImage offers a portable installation option, while DEB and RPM packages integrate with compatible distributions.

Option 2: Build from Source

Install Git and a recent stable Rust toolchain before compiling the application.

Clone the repository:

git clone https://github.com/storytold/soundcraft

Enter the project directory:

cd soundcraft

Build and launch SoundCraft with its demo session:

cargo run --release -p soundcraft -- --demo

The initial build may take some time while Cargo downloads dependencies and compiles the application.

On Debian or Ubuntu, install the ALSA development headers if they are missing:

sudo apt install libasound2-dev

Consult the official repository documentation for platform-specific dependencies and troubleshooting instructions.

Option 3: Run the Web Version

SoundCraft also offers a WebAssembly build that runs in a modern browser.

After installing the required Rust and Trunk tooling, enter the web application directory:

cd apps/soundcraft-web

Start the development server:

trunk serve --release

Open the local address displayed by Trunk in your browser.

The browser version provides another way to explore the application, although browser audio permissions and hardware access may differ from those of native desktop builds.

Final Verdict

SoundCraft is an ambitious open-source digital audio workstation that combines professional-style recording and mixing tools with MIDI production, plugin support, automation, video synchronization, and immersive audio capabilities.

Its biggest differentiator is its command-driven architecture. CLI and MCP support allow audio workflows to be automated, making the project especially interesting for developers and users who want to integrate AI agents into music production.

Nevertheless, SoundCraft remains in pre-alpha development. Its broad feature set is promising, but it should not yet be assumed to offer the stability, compatibility, or completeness of established professional DAWs.

SoundCraft is worth trying for experimentation, open-source audio production, and automated mixing workflows. For critical recording sessions or commercial production, test it carefully before making it part of your main workflow.

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Software Informations:
Developer:
ArtCraft
Operating System:
Windows / macOS / Linux / BSD
Date Added:
2026-11-01T20:07:23.155Z

bottom (btm) 0.15.0

Bottom, commonly known as btm, is a modern terminal-based system monitoring tool that serves as an alternative to traditional utilities such as top and htop. Built with Rust, it provides a visually appealing interface, extensive system metrics, and cross-platform support while maintaining excellent performance and low resource usage.

System monitoring tools are essential for developers, system administrators, and power users who need real-time visibility into resource consumption. While tools like top and htop have been industry standards for years, btm offers a more modern approach with improved visualizations and a cleaner user interface.

The application displays CPU, memory, disk, network, process, and temperature information within a customizable terminal dashboard. Despite its feature-rich design, btm remains lightweight and responsive even on systems with large numbers of running processes.

Download bottom (btm) 0.15.0 - Software Mirrors
bottom (btm) 0.15.0 for Windows bottom_aarch64-pc-windows-gnullvm.zip | 1.59 MB bottom_aarch64-pc-windows-msvc.zip | 1.64 MB bottom_aarch64_gnullvm_installer.msi | 1.61 MB bottom_aarch64_installer.msi | 1.66 MB bottom_i686-pc-windows-msvc.zip | 1.7 MB bottom_x86_64-pc-windows-gnu.zip | 1.73 MB bottom_x86_64-pc-windows-msvc.zip | 1.84 MB bottom_x86_64_installer.msi | 1.82 MB
bottom (btm) 0.15.0 for macOS bottom_aarch64-apple-darwin.tar.gz | 1.67 MB bottom_x86_64-apple-darwin.tar.gz | 1.81 MB
bottom (btm) 0.15.0 for Linux bottom-0.15.0-1.x86_64.rpm | 1.58 MB bottom-musl-0.15.0-1.x86_64.rpm | 1.64 MB bottom-musl_0.15.0-1_amd64.deb | 1.5 MB bottom-musl_0.15.0-1_arm64.deb | 1.26 MB bottom-musl_0.15.0-1_armhf.deb | 1.32 MB bottom_0.15.0-1_amd64.deb | 1.45 MB bottom_0.15.0-1_arm64.deb | 1.24 MB bottom_0.15.0-1_armhf.deb | 1.29 MB bottom_aarch64-linux-android.tar.gz | 1.64 MB bottom_aarch64-unknown-linux-gnu.tar.gz | 1.81 MB bottom_aarch64-unknown-linux-musl.tar.gz | 1.83 MB bottom_armv7-unknown-linux-gnueabihf.tar.gz | 1.88 MB bottom_armv7-unknown-linux-musleabihf.tar.gz | 1.91 MB bottom_i686-unknown-linux-gnu.tar.gz | 2 MB bottom_i686-unknown-linux-musl.tar.gz | 1.99 MB bottom_loongarch64-unknown-linux-gnu.tar.gz | 1.87 MB bottom_powerpc64le-unknown-linux-gnu.tar.gz | 2.07 MB bottom_riscv64gc-unknown-linux-gnu.tar.gz | 1.91 MB bottom_x86_64-unknown-linux-gnu-2-17.tar.gz | 1.98 MB bottom_x86_64-unknown-linux-gnu.tar.gz | 1.97 MB bottom_x86_64-unknown-linux-musl.tar.gz | 2.04 MB
bottom (btm) 0.15.0 for BSD bottom_x86_64-unknown-freebsd.tar.gz | 1.92 MB bottom_x86_64-unknown-netbsd.tar.gz | 1.89 MB
Others Download related to bottom (btm) 0.15.0 bottom.desktop | 281 B choco.zip | 2.39 kB completion.tar.gz | 7.83 kB manpage.tar.gz | 3.43 kB
bottom (btm) 0.15.0 Release Notes: Happy Halloween! 🎃 Should be nothing spooky about this release though (hopefully). Mainly releasing this to get some bug fixes out, particularly to address problems running on older versions of Windows. There's still also a bunch of new features though, from solid bar support in styling, initial Intel GPU support in Linux, more configuration for disk widgets, and swap process columns. The Windows MSI has also been improved, and we now build GNU targets for Windows ARM. Thanks to all that contributed to this release! Features #2239: Initial Intel GPU support for Linux to get process GPU usage. #2245: Support solid bars using block and square characters via styles.widgets.bar_type. #2236: Add configurable binary disk capacity units for disk widget usage (thanks @pederbe!). #2251: Add configurable binary disk capacity units for disk widget I/O. #2224: Add swap column for processes for Linux (thanks @abuhurayraniloy!). Changes #2260: Enable scrollbars by default. #2266: Show decimal places for disk usage info. Bug Fixes #2225: Fix waking up NVIDIA GPUs when getting stats on Linux. #2261: Fix scrollbars not drawing when height of bar was 2 or less. #2279: Fix an abort (SIGABRT) if the terminal is gone when exiting (thanks @NavpreetSSidhu!). #2284: Fix bracketed paste not being supported on Windows 7/8 causing btm to panic on startup. #2293: Fix older Windows compatibility by disabling the underline feature in ratatui. Other #2227: Add missing documentation around disk I/O graph (thanks @NavpreetSSidhu!). #2233: Add user-level installation scope for Windows MSI installer. #2237: Use WixUI_Advanced for better installation scope selection in Windows MSI installer. #2290: Add Windows aarch64-gnullvm build target. New Contributors @pederbe made their first contribution in #2236 @abuhurayraniloy made their first contribution in #2224 @NavpreetSSidhu made their first contribution in #2279 Full Changelog: 0.14.9...0.15.0

Key Features of bottom (btm)

Comprehensive Resource Monitoring

Bottom provides real-time monitoring for CPU utilization, memory consumption, disk activity, network traffic, and running processes. Multiple metrics can be viewed simultaneously, reducing the need to switch between separate monitoring tools.

Process Management

The process view includes detailed information such as CPU usage, memory consumption, process identifiers, and execution details. Users can sort and filter processes to quickly identify resource-intensive applications.

Interactive Graphs

One of btm's standout features is its built-in terminal graphs. Historical CPU, memory, network, and disk usage can be visualized directly within the terminal, making performance trends easier to understand than simple numerical displays.

Cross-Platform Support

Unlike some terminal monitoring tools that primarily target Linux, btm supports Linux, macOS, and Windows, making it useful for developers working across multiple operating systems.

Search and Filtering

The application includes powerful search and filtering capabilities for process monitoring. This makes locating specific services or applications significantly faster on busy systems.

Highly Customizable Layout

Users can customize widget placement, displayed metrics, refresh intervals, and appearance settings to create a monitoring dashboard tailored to their workflow.

Performance and User Experience

Bottom delivers an excellent balance between functionality and efficiency. The interface feels modern without sacrificing responsiveness. Navigation is straightforward, and keyboard shortcuts make it easy to move between different views.

Compared to traditional tools such as top, btm provides considerably more visual information. Compared to htop, it offers richer graphs and broader system insights while maintaining similar ease of use.

The Rust-based implementation also contributes to strong performance and reliability across supported platforms.

Pros

• Modern and visually appealing terminal interface.

• Real-time graphs for system metrics.

• Detailed CPU, memory, network, and disk monitoring.

• Powerful process search and filtering.

• Cross-platform support for Linux, macOS, and Windows.

• Lightweight and efficient resource usage.

• Open source and actively maintained.

Cons

• More complex than traditional top for users who only need basic monitoring.

• Terminal-based interface may be unfamiliar to some beginners.

• Extensive customization options can require additional configuration time.

Who Should Use Bottom?

Bottom is ideal for developers, DevOps engineers, system administrators, server operators, and Linux enthusiasts who spend significant time in the terminal. It is particularly valuable for users who want more visual insight than top provides without moving to a full graphical monitoring application.

Power users managing servers, containers, virtual machines, or development environments will likely appreciate its combination of detailed metrics and efficient resource usage.

Final Verdict

Bottom successfully modernizes terminal-based system monitoring. Its combination of real-time graphs, detailed system metrics, process management features, and cross-platform compatibility makes it one of the best command-line monitoring tools available today.

For users seeking a modern replacement for top or an enhanced alternative to htop, btm is an outstanding choice that delivers both functionality and usability.

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Software Informations:
Developer:
Clement Tsang
Operating System:
Windows / macOS / Linux / BSD
Date Added:
2026-11-01T19:07:18.715Z

AB Download Manager v1.11.2

AB Download Manager is a free and open source download manager designed to accelerate downloads, organize files, and provide features commonly associated with premium tools such as Internet Download Manager (IDM). Available for Windows, Linux, macOS, and Android, it has quickly gained attention among users looking for a modern download manager without licensing fees.

AB Download Manager focuses on delivering a clean user experience while retaining the advanced functionality expected from a dedicated download accelerator. The software uses multiple connections per download to improve transfer speeds, supports download resuming, integrates with web browsers, and offers queue management and scheduling features.

Unlike many commercial alternatives, the project is completely free and released as open source software under the Apache 2.0 license.

Download AB Download Manager v1.11.2 - Software Mirrors
AB Download Manager v1.11.2 for Windows ABDownloadManager_1.11.2_windows_x64.zip | 89.53 MB ABDownloadManager_1.11.2_windows_x64.exe | 74.94 MB ABDownloadManager_1.11.2_windows_arm64.zip | 86.72 MB ABDownloadManager_1.11.2_windows_arm64.exe | 72.45 MB
AB Download Manager v1.11.2 for macOS ABDownloadManager_1.11.2_mac_x64.tar.gz | 87.7 MB ABDownloadManager_1.11.2_mac_x64.dmg | 89.1 MB ABDownloadManager_1.11.2_mac_arm64.tar.gz | 86.37 MB ABDownloadManager_1.11.2_mac_arm64.dmg | 87.71 MB
AB Download Manager v1.11.2 for Linux ABDownloadManager_1.11.2_linux_x64.tar.gz | 96.23 MB ABDownloadManager_1.11.2_linux_arm64.tar.gz | 95.13 MB
AB Download Manager v1.11.2 for Android ABDownloadManager_1.11.2_android_universal.apk | 12.6 MB
AB Download Manager v1.11.2 Source Code AB Download Manager v1.11.2 Source code (zip) AB Download Manager v1.11.2 Source code (tar.gz)
AB Download Manager v1.11.2 Release Notes: Added Add download location to the desktop download list table (disabled by default) (#1483) Add an option to disable the Add/Download button while download link information is loading (#1508) Add Start Queue, Stop Queue, and Stop All actions to the system tray Add QR code support for sharing and scanning download links (#1511) Fixed Prevent download progress windows from being brought to the front when retrying a failed download (#1482) Enforce API key authentication for specific routes (#1512) Improved Update translations New Contributors @monurpalan made their first contribution in #1488

Key Features of AB Download Manager

Multi-Threaded Download Acceleration

AB Download Manager can split downloads into multiple connections, helping maximize available bandwidth and potentially achieving significantly faster downloads than standard browser download tools.

Download Queue Management

Users can create download queues and process files sequentially. This feature is particularly useful when downloading multiple large files while maintaining bandwidth control.

Download Scheduler

The built-in scheduler allows downloads to start and stop automatically at specified times. This is useful for overnight downloads or managing bandwidth usage during peak hours.

Browser Integration

Browser extensions are available to automatically capture download links from supported web browsers, making the download process seamless and similar to commercial download managers.

Speed Limiting

The application includes bandwidth controls that allow users to limit download speeds and prevent downloads from consuming the entire internet connection.

Checksum Verification

AB Download Manager supports checksum verification, helping users confirm file integrity after downloads complete. This feature is especially useful when downloading operating system images, software packages, and large archives.

Performance and User Experience

One of the most impressive aspects of AB Download Manager is its modern interface. The design feels significantly more contemporary than many long-established download managers while remaining easy to navigate. Dark mode support is included by default, and the application remains lightweight even during large download sessions.

For direct file downloads, performance is excellent. Resume functionality, queue management, and browser integration work reliably for most everyday use cases. Community feedback frequently compares the software favorably to IDM, particularly considering its free and open source nature.

Pros

• Completely free and open source.

• Modern and intuitive interface.

• Multi-threaded download acceleration.

• Download scheduling and queue management.

• Browser extension integration.

• Cross-platform availability.

• Checksum verification support.

• Active development and frequent updates.

Cons

• Some advanced download handling features are still less mature than IDM.

• Browser integration may not be as polished as long-established commercial competitors.

• Certain platform builds receive more attention than others.

• Video downloading capabilities are more limited than specialized tools.

Who Should Use AB Download Manager?

AB Download Manager is ideal for users who regularly download large files, software installers, ISO images, archives, and development resources. It is particularly attractive for users seeking a free alternative to IDM without sacrificing essential functionality.

Linux users, open source enthusiasts, and anyone avoiding subscription or license fees will find it especially appealing.

Final Verdict

AB Download Manager is one of the most promising open source download managers available today. It combines a modern interface, strong download acceleration, queue management, scheduling, and browser integration into a polished package that costs nothing to use.

While it does not yet surpass every advanced capability of IDM, it delivers exceptional value and is already more than sufficient for most users' downloading needs.

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Software Informations:
Developer:
AB Download Manager App
Operating System:
Windows / macOS / Linux / Android
Date Added:
2026-11-01T18:07:19.534Z

OpenLogi v0.8.20

OpenLogi is an open source alternative to Logitech Options+ that gives you much more control over compatible Logitech mouse, keyboards, and webcams without requiring the official Logitech software.

Built with Rust, OpenLogi takes a local first approach. There is no Logitech account requirement, no telemetry, and configuration is stored as plain TOML that you can move between computers. It supports Windows, macOS, and Linux.

For Linux users in particular, OpenLogi is interesting because Logitech's official software does not provide the same level of native support.

What Is OpenLogi?

OpenLogi is a native desktop application for managing Logitech peripherals.

It communicates with supported Logitech devices through HID++ and UVC rather than depending on Logitech Options+. Compatible devices can connect through Logitech Bolt receivers, Unifying receivers, Bluetooth, or USB.

The project is designed to provide many of the features normally associated with Logitech's configuration software while keeping everything local.

You can use it to remap buttons, configure DPI, control SmartShift, create application-specific profiles, configure Logitech webcams, and manage supported lighting features.

Logitech Options+ Alternative

The biggest reason to try OpenLogi is that it provides a genuine alternative to Logitech Options+.

You don't need to keep Logitech Options+ running alongside it. In fact, the project specifically recommends quitting Options+ because both applications can compete for access to the same HID++ receiver.

This makes OpenLogi particularly attractive if you don't want Logitech's official software constantly running in the background.

Download OpenLogi v0.8.20 - Software Mirrors
OpenLogi v0.8.20 for Windows OpenLogi-v0.8.20-windows-x86_64.zip | 30.56 MB OpenLogi-v0.8.20-windows-x86_64.msi | 23.89 MB OpenLogi-v0.8.20-windows-arm64.zip | 28.65 MB OpenLogi-v0.8.20-windows-arm64.msi | 21.68 MB
OpenLogi v0.8.20 for macOS OpenLogi-v0.8.20-macos-x86_64.dmg | 25.21 MB OpenLogi-v0.8.20-macos-arm64.dmg | 21.77 MB openlogi-v0.8.20-linux-arm64.pkg.tar.zst | 37.68 MB openlogi-v0.8.20-linux-amd64.pkg.tar.zst | 40.34 MB
OpenLogi v0.8.20 for Linux openlogi-v0.8.20-linux-arm64.rpm | 39.51 MB openlogi-v0.8.20-linux-arm64.flatpak | 23.84 MB openlogi-v0.8.20-linux-arm64.deb | 39.91 MB openlogi-v0.8.20-linux-amd64.rpm | 41.86 MB openlogi-v0.8.20-linux-amd64.flatpak | 26.44 MB openlogi-v0.8.20-linux-amd64.deb | 42.14 MB
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OpenLogi v0.8.20 Source Code OpenLogi v0.8.20 Source code (zip) OpenLogi v0.8.20 Source code (tar.gz)
OpenLogi v0.8.20 Release Notes: What's Changed fix(overlay): keep the macos actions ring from taking key focus by @AprilNEA in #2152 fix(windows): mark extended virtual keys with KEYEVENTF_EXTENDEDKEY by @Kissshot-2003 in #1958 feat(hid): identify HID++ 1.0 devices behind a Unifying receiver by @akreager in #1750 fix(device,agent): drop the linux kernel's echo of a diverted button by @AprilNEA in #2160 fix: various fixes and usability improvements by @i0ntempest in #1228 fix(device): deliver the click of a gesture source without raw xy by @AprilNEA in #2168 fix(hid): name Karabiner-Elements when a granted device open fails by @AprilNEA in #2173 fix(gui): fit new windows to the display work area by @AprilNEA in #2172 test(windows): pin the scan code of navigation keys in shortcuts by @AprilNEA in #2174 feat: add G502 LIGHTSPEED support (by @RisenID) by @Fede2782 in #1729 fix(gui): name Karabiner-Elements in the stalled Input Monitoring note by @AprilNEA in #2175 fix(windows): offer to launch openlogi when the msi finishes by @AprilNEA in #2176 fix(desktop): refuse shift with a symbol key when recording a shortcut by @AprilNEA in #2181 fix(device): keep a direct channel that answers its refresh ping by @AprilNEA in #2193 feat(cli): add diag mouse-buttons to read 0x8110 slots by @AprilNEA in #2179 fix(hidpp): decode unifying device kinds with the hid++ 1.0 type table by @AprilNEA in #2203 fix(device): skip a refused root row in the feature dump by @AprilNEA in #2206 feat: MX Creative Keypad support — LCD keys, binding pages, app profiles by @AlexanderYW in #1873 fix(macos): press shortcut modifiers as keys on the CGEvent fallback by @AprilNEA in #2205 fix(desktop): place callouts where their controls are so leaders never cross by @semmelrinde in #2145 perf(agent): log hook-captured actions from the workers, not the tap callback by @semmelrinde in #2116 feat(camera): pick the preview's resolution and frame rate on all platforms by @rubnogueira in #2185 docs(agents): keep app-wide settings in Settings and overrides on device pages by @AprilNEA in #2211 fix(device): keep the linux kernel's m650 side-button diversion on teardown by @4ni1ak in #2164 test(cli): add mx keys s bluetooth fixture by @thekyashan in #2183 refactor(core): move G-series stock actions into GamingLayout by @AprilNEA in #2201 fix(desktop): show only host-side tabs for a hid++ 1.0 device by @AprilNEA in #2209 chore: release v0.8.20 by @aprilnea[bot] in #2153 New Contributors @Kissshot-2003 made their first contribution in #1958 @akreager made their first contribution in #1750 @AlexanderYW made their first contribution in #1873 @rubnogueira made their first contribution in #2185 @thekyashan made their first contribution in #2183 Full Changelog: v0.8.19...v0.8.20

Button Remapping

OpenLogi provides button remapping through its operating system input hook.

You can assign supported buttons to predefined actions or create custom keyboard shortcuts through the TOML configuration.

This is useful for turning additional mouse buttons into shortcuts for applications, media controls, productivity actions, or custom workflows.

The project also supports gestures on capable buttons, allowing a button to perform different actions depending on the direction of the gesture.

DPI Control

Mouse DPI can be controlled directly through OpenLogi.

You can configure DPI presets and use actions to cycle between or switch to specific presets.

This is particularly useful for users who regularly switch between different sensitivity settings, such as when moving between general desktop work and gaming or graphics applications.

SmartShift Support

For Logitech mouse that support SmartShift, OpenLogi can control the wheel behavior.

You can configure SmartShift mode, sensitivity, and permanent ratchet behavior.

This is one of the features that makes OpenLogi particularly interesting for MX-series mouse owners. Instead of relying on Logitech's software to configure the wheel, the settings can be managed through OpenLogi.

Per Application Profiles

OpenLogi supports application-specific profile overlays.

This allows different applications to use different button configurations automatically when you switch between them.

For example, you could configure your mouse differently for a browser, code editor, image editor, or game.

The feature currently has platform-specific limitations. It works on macOS and Windows, while Linux support is available on X11 and XWayland.

Keyboard Support

OpenLogi isn't limited to Logitech mouse.

Supported keyboards can use global F-key remapping, including custom keyboard shortcuts and more advanced actions such as typed text and multi-step workflows on macOS and Windows.

It also supports static RGB lighting on compatible Logitech keyboards.

This makes OpenLogi more useful as a general Logitech peripheral manager rather than simply a mouse configuration utility.

Logitech Webcam Support

One of OpenLogi's more interesting features is Logitech webcam support.

Compatible UVC webcams such as Brio, StreamCam, and C920-series models can be used directly.

OpenLogi provides controls for:

• Zoom

• Focus

• Exposure

• Brightness

• Contrast

• Saturation

• Sharpness

• White balance

• Tint

• Anti-flicker

• Low-light compensation

It also supports automatic modes for focus, exposure, and white balance.

The settings are written directly to the webcam hardware, meaning the configuration can apply to applications such as Meet, Zoom, and OBS rather than being limited to OpenLogi itself.

Camera Profiles

OpenLogi provides built-in camera profiles including Default, Streaming, and Video Call.

You can also create custom snapshots.

The application saves camera settings and can write them back to the hardware when the camera is used again.

This is convenient if you frequently switch between different webcam setups.

Actions Ring

OpenLogi includes an Actions Ring feature.

It provides an eight-slot cursor-centered overlay that can contain different actions. Profiles can also have different Actions Ring layouts.

This is a useful feature for power users because it turns a mouse button into a small command launcher rather than simply assigning one action to one button.

Local Configuration

One of the things I particularly like about OpenLogi is its configuration approach.

Instead of hiding everything behind a proprietary settings database, configuration is stored in a plain TOML file.

That makes it easy to:

• Back up your configuration

• Version it with Git

• Synchronize it between computers

• Edit advanced settings manually

• Inspect exactly what has been configured

For technical users, this is considerably more appealing than clicking through a graphical configuration interface every time you want to reproduce a setup.

Command Line Interface

OpenLogi also includes a real CLI.

You can list connected devices, inspect HID++ capabilities, diagnose controls, test DPI functionality, test SmartShift, and perform other device operations from the command line.

This is especially useful for Linux users and anyone who wants to automate peripheral configuration.

For example, the CLI can list paired devices and show their connection state and battery information.

That makes OpenLogi much more interesting for scripting and system administration than a typical graphical peripheral manager.

Linux Support

Linux support is one of OpenLogi's biggest advantages.

The project treats Linux as a first-class platform rather than an afterthought.

Packages are available for Debian and Ubuntu, Fedora and RHEL, and Arch Linux. Both x86_64 and ARM64 packages are provided.

NixOS users also have a dedicated module.

There are some limitations, particularly around application profiles and platform-specific actions, but the overall Linux support is considerably more ambitious than what Logitech itself provides.

Windows and macOS

OpenLogi also supports Windows and macOS.

macOS 13 or newer is required, and the project provides signed and notarized application packages.

Windows users can use OpenLogi as an alternative to keeping Logitech Options+ installed.

This makes it possible to maintain a similar configuration workflow across different operating systems.

Privacy

Privacy is another major selling point.

OpenLogi does not require a Logitech account and does not use telemetry as part of its design. The project describes itself as local first.

By default, device image fetching is the main automatic network activity. Update checks and downloads are performed when requested or explicitly enabled.

For users who prefer applications that don't require cloud accounts simply to configure a mouse, this is a major advantage.

Performance

Because OpenLogi is written in Rust and uses a native desktop architecture with GPUI, the project aims to stay lightweight compared with larger proprietary peripheral-management suites.

This is particularly appealing for users who only want a small utility controlling their hardware rather than a large application suite running continuously.

Pros

• Open source

• Free to use

• No Logitech account

• No telemetry

• Windows support

• macOS support

• Linux support

• Rust based

• Native desktop application

• Logi Bolt support

• Unifying receiver support

• Bluetooth support

• USB support

• Button remapping

• DPI control

• SmartShift configuration

• Application profiles

• Keyboard remapping

• RGB lighting

• Logitech webcam support

• Camera controls

• Camera profiles

• Actions Ring

• Plain TOML configuration

• Command line interface

• Scriptable

• Good Linux support

Cons

• Still under active development

• Not yet considered stable by the developers

• Device compatibility can vary

• Some features have platform-specific limitations

• Linux application profiles currently require X11 or XWayland

• Some Logitech features may still require the official software

• Options+ and OpenLogi cannot comfortably manage the same receiver simultaneously

• Manual TOML configuration may be intimidating for casual users

Who Should Use OpenLogi?

OpenLogi is especially attractive to Logitech hardware owners who are tired of relying on Logitech Options+.

It is an excellent option for Linux users who want proper Logitech peripheral configuration without having to depend on unofficial workarounds.

It is also worth considering on Windows and macOS if you prefer open source software, local configuration, and minimal background services.

Power users will probably get the most out of it because of the CLI, TOML configuration, scripting capabilities, application profiles, and advanced device controls.

Final Verdict

OpenLogi is one of the more interesting open source alternatives to proprietary hardware configuration software.

Its biggest strength is that it doesn't simply copy the basic functionality of Logitech Options+. It provides a local first architecture, plain text configuration, a CLI, Linux support, application profiles, advanced mouse controls, keyboard configuration, and Logitech webcam management.

The project is still young and the developers openly warn that it is not yet stable. That is the main reason I would not give it a perfect score. Hardware compatibility is also something you should verify before completely replacing Logitech's official software.

For Logitech users, especially Linux users and technically inclined power users, however, OpenLogi is an excellent project to watch.

If your main goal is to replace Logitech Options+ with a lightweight, open source, local first alternative, OpenLogi is already a very compelling choice.

Free

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Software Informations:
Developer:
Xuan Zhang (AprilNEA)
Operating System:
Windows / macOS / Linux
Date Added:
2026-11-01T16:07:20.822Z

Handy v0.9.8

Handy is a free, open-source desktop application for speech-to-text conversion that transforms spoken words into written text, inserting them directly into whatever application you happen to be using. Instead of recording audio and manually transcribing the content via other services, Handy allows you to dictate triggered by a simple keyboard shortcut directly into web browsers, text editors, messaging apps, and any other text input fields.

The application prioritizes simplicity and privacy. Speech recognition is performed locally using artificial intelligence models such as Whisper and Parakeet, this means that, for standard transcription, there is no need to upload your microphone recordings to any cloud-based service.

Developed using Rust and Tauri, Handy is available for Windows, macOS, and Linux. It is highly useful for writers, software developers, students, and anyone who prefers speaking over typing.

Features

Speech-to-Text Anywhere

Handy's primary function is inserting transcribed speech into the currently active text field.

Users can press a configurable keyboard shortcut, speak naturally, and release the key or press the shortcut again to finish recording. Handy processes the audio and types the resulting transcript into the active application.

This makes it convenient for:

• Writing emails and documents.

• Composing messages and replies.

• Entering text into web forms.

• Dictating notes and technical documentation.

• Writing content in code editors and other desktop applications.

Unlike conventional transcription applications, Handy does not require users to work inside a dedicated editor.

Multiple Speech Recognition Models

Handy supports different speech recognition models to accommodate different languages, hardware configurations, and transcription requirements.

Whisper is suitable for multilingual transcription and supports more than 99 languages. Users can choose different model sizes depending on their hardware and preferred balance between speed and accuracy.

Parakeet V3 is optimized for CPU-based processing and offers automatic language detection. It is particularly useful for users who want relatively fast transcription without relying on a dedicated GPU.

Cohere Transcribe is another available option, designed for high-quality English transcription. It is larger and more demanding, making it better suited to computers with capable graphics hardware.

Model selection is important because transcription speed, accuracy, language support, and resource consumption vary considerably.

Completely Offline Processing

One of Handy's strongest advantages is local speech recognition. Once the required model has been downloaded, ordinary transcription can run without sending microphone audio or transcript content to an external transcription service.

This is useful for people who regularly dictate private messages, business documents, personal notes, or other sensitive content.

Handy does not require an account or cloud subscription for its basic transcription functionality. Network access is used for activities such as downloading models and application updates, along with optional services that users choose to configure.

Voice Activity Detection

Handy uses Silero Voice Activity Detection to identify speech and filter silence from recordings.

This helps reduce unnecessary audio processing and improves the transcription workflow, particularly when users pause naturally while speaking.

Removing silence can also make the application more convenient for longer dictation sessions.

Push-to-Talk and Toggle Modes

The application provides different recording controls.

In push-to-talk mode, users hold the configured shortcut while speaking and release it when finished. Toggle mode starts recording with one shortcut press and stops it with another.

Keyboard shortcuts can be customized to suit individual workflows and avoid conflicts with existing application shortcuts.

AI Post-Processing

Handy also provides an optional post-processing workflow for cleaning up transcribed text.

This can help improve punctuation, formatting, and readability after speech recognition. Depending on the configuration, post-processing can use an external AI provider, so it should not be confused with the fully local transcription workflow.

Users who prioritize privacy can use ordinary local transcription without enabling an external post-processing service.

Custom Dictionary and Transcription Settings

Handy provides settings for controlling transcription behavior, including model selection, language configuration, keyboard shortcuts, and custom vocabulary.

A custom dictionary is particularly useful when dictating technical terms, product names, abbreviations, or words that speech recognition models might otherwise misinterpret.

These options make the application more adaptable to specialized writing and professional workflows.

Cross-Platform Support

Handy supports Windows, macOS, and Linux.

It integrates with the desktop environment through global keyboard shortcuts and system-level text input. Depending on the operating system, it may require microphone and accessibility permissions.

Linux users may need additional utilities for reliable text insertion, depending on whether they use X11 or Wayland.

Download Handy v0.9.8 - Software Mirrors
Handy v0.9.8 for Windows Handy_0.9.8_x64_en-US.msi | 35.1 MB Handy_0.9.8_x64-setup.exe | 18.71 MB Handy_0.9.8_arm64_en-US.msi | 28.46 MB Handy_0.9.8_arm64-setup.exe | 12.78 MB
Handy v0.9.8 for macOS Handy_0.9.8_x64.dmg | 21.21 MB Handy_0.9.8_aarch64.dmg | 18.65 MB
Handy v0.9.8 for Linux Handy_0.9.8_arm64.deb | 35.11 MB Handy_0.9.8_amd64.deb | 40 MB Handy_0.9.8_amd64.AppImage | 122.72 MB Handy_0.9.8_aarch64.AppImage | 116.27 MB Handy-0.9.8-1.x86_64.rpm | 99.93 MB Handy-0.9.8-1.aarch64.rpm | 90.95 MB
Others Download related to Handy v0.9.8 Handy_x64.app.tar.gz | 21.37 MB Handy_aarch64.app.tar.gz | 19.03 MB
Handy v0.9.8 Source Code Handy v0.9.8 Source code (zip) Handy v0.9.8 Source code (tar.gz)
Handy v0.9.8 Release Notes: bug fixes What's Changed fix: unload model after recordings with no audio by @rajin-khan in #2106 fix: reset settings scroll position when switching sections by @wesleymatosdev in #2082 fix(shortcut): reject unknown reset binding IDs by @nkootstra in #2033 fix(history): show copy success only after clipboard write by @nkootstra in #2011 fix: emit parseable names for compound shortcut keys by @BrianMcBrayer in #1862 docs: restore the recording indicator on Omarchy with native Wayland by @mdcnick in #2040 fix: stop removing "Ha" as an English filler word by @aktanazat in #2156 bump to transcribe-cpp-0.2.4 by @cjpais in #2147 fix: keep the sentence capital after removing a leading filler by @aktanazat in #2157 fix: don't start recording when no model can transcribe it by @aktanazat in #2161 fix: reject shortcuts the Tauri backend cannot parse by @aktanazat in #2158 fix: list compute devices off the startup path by @aktanazat in #2160 add chinese script selector + simplify internals by @cjpais in #2186 fix: keep the cancel shortcut from staying registered after a short recording by @ShivankK26 in #2190 New Contributors @rajin-khan made their first contribution in #2106 @wesleymatosdev made their first contribution in #2082 @nkootstra made their first contribution in #2033 @BrianMcBrayer made their first contribution in #1862 @mdcnick made their first contribution in #2040 @aktanazat made their first contribution in #2156 @ShivankK26 made their first contribution in #2190 Full Changelog: v0.9.7...v0.9.8

Performance and Compatibility

Handy is built using Rust and Tauri, with a React and TypeScript interface. Audio processing and speech recognition are handled locally through its underlying transcription libraries.

Performance depends primarily on the selected model and available hardware.

Whisper can use GPU acceleration when supported, while Parakeet V3 is designed to work efficiently on CPUs. This makes Handy accessible to users without dedicated graphics cards, although larger models generally require more processing resources.

The application is lightweight compared with full-featured voice assistants because it concentrates on one main task: converting speech into text.

There are some platform-specific limitations worth considering:

• Windows: Supports x64 and ARM64 releases, with microphone access and global shortcut support.

• macOS: Supports Intel and Apple silicon Macs. Microphone and Accessibility permissions are required for normal operation.

• Linux: Supports x64 and ARM64 distributions, but text insertion may require additional utilities such as xdotool, wtype, or dotool, depending on the desktop environment.

Handy is not intended to replace professional audio transcription suites with advanced speaker identification, subtitle editing, or transcription management. Its strength is quick, direct dictation into existing applications.

System Requirements

Handy's requirements depend on the selected speech recognition model.

• Windows: Compatible with supported 64-bit Windows systems, including x64 and ARM64 builds.

• macOS: Supports Intel and Apple silicon Macs.

• Linux: Supports x64 and ARM64 environments.

• Whisper: Can use compatible Intel, AMD, or NVIDIA hardware, with GPU acceleration when available.

• Parakeet V3: CPU-only operation is supported, with Intel Skylake or equivalent AMD processors recommended.

• Storage: Additional space is required for downloaded speech recognition models.

• Permissions: Microphone access is required, along with appropriate permissions or system utilities for text insertion.

For users with limited hardware, Parakeet V3 or a smaller Whisper model is a reasonable starting point.

Pros and Cons

Pros

• Completely free and open-source under the MIT License.

• Runs speech recognition locally without requiring cloud transcription.

• Inserts transcribed text directly into almost any active text field.

• Supports Whisper and Parakeet speech recognition models.

• Supports multilingual transcription through Whisper.

• Parakeet V3 provides CPU-based processing and automatic language detection.

• Configurable keyboard shortcuts and push-to-talk controls.

• Uses Silero for voice activity detection.

• Optional AI post-processing for improving transcripts.

• Available for Windows, macOS, and Linux.

• Does not require an account or subscription for basic functionality.

Cons

• Transcription speed depends on hardware and model selection.

• Larger Whisper models require more processing resources.

• Linux users may need additional packages for reliable text insertion.

• Some optional post-processing features require external AI services.

• Does not provide a full transcription editor or advanced audio-management tools.

• Requires manual model downloads before offline transcription can begin.

How to Install

1. Visit the official Handy website.

2. Download the installer for Windows, macOS, or Linux.

3. Install the application using the downloaded package.

4. Launch Handy and grant microphone permissions.

5. Grant Accessibility permissions on macOS when requested.

6. Select a speech recognition model, such as Whisper or Parakeet V3.

7. Wait for the model download to finish.

8. Configure your preferred keyboard shortcut and recording mode.

9. Open any application with a text field.

10. Press the shortcut, speak, and finish recording to insert the transcription.

Linux users should check the installation documentation for additional text-input dependencies and display-server compatibility.

Final Verdict

Handy is an excellent lightweight speech-to-text application for users who want convenient voice typing without depending on cloud transcription services. Its ability to insert text directly into existing applications makes it more practical than traditional transcription tools for everyday writing.

Support for Whisper and Parakeet provides flexibility across different languages and hardware configurations. The local processing approach is another major advantage for privacy-conscious users, while its open-source MIT license makes the project accessible to developers who want to inspect, modify, or extend the software.

Its main limitations are the lack of advanced transcription management features and some platform-specific setup requirements, particularly on Linux. Optional AI post-processing also requires additional configuration and may involve external services.

Handy is highly recommended for anyone looking for free, private, and convenient offline voice typing. Its focused design, cross-platform support, and local AI transcription make it a useful everyday productivity tool.

Free

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Software Informations:
Developer:
CJ Pais
Operating System:
Windows / Linux / macOS
Date Added:
2026-11-01T14:55:32.000Z