Postman is an API platform that allows users to send requests, inspect responses, and automate API testing. It supports REST, GraphQL, SOAP, and gRPC APIs, making it suitable for a wide range of projects.

Postman can be used for simple request testing or for managing complex API workflows across teams.

Key Features of Postman

Postman provides a complete set of tools for working with APIs.

Main features include:

  • Create and send API requests using multiple methods

  • Support for REST, GraphQL, SOAP, and gRPC

  • Environment variables for dynamic testing

  • Collections for organizing API requests

  • Automated testing with scripts

  • API documentation generation

  • Mock servers for development and testing

  • Collaboration and sharing tools

These features help teams build and test APIs faster.

Supported Platforms

Postman is available on:

  • Windows

  • macOS

  • Linux

  • Web browser version

This cross platform availability makes it easy to use Postman on different systems and environments.

Performance and Reliability

Postman performs well for both small and large API projects. Request execution is fast, and response handling is stable even with complex payloads.

Cloud features improve collaboration, but local testing remains responsive and reliable.

Ease of Use

Postman is beginner friendly while still offering advanced features. The interface is intuitive, and users can start sending requests within minutes. Advanced users benefit from scripting, automation, and workflow management tools.

Extensive documentation and tutorials make learning easier.

Is Postman Safe to Use

Postman is safe to use when downloaded from the official website. It follows industry standard security practices. Users should be mindful when storing sensitive credentials in shared environments or cloud synced workspaces.

Environment variables help reduce exposure of sensitive data.

Pros and Cons of Postman

Pros:

  • Powerful and feature rich API tool

  • Easy to use for beginners

  • Strong collaboration features

  • Supports multiple API types

  • Cross platform availability

Cons:

  • Some advanced features require a paid plan

  • Can feel heavy for simple API testing

  • Requires account sign in for full cloud features

Despite these drawbacks, Postman remains a leading API tool.

Common Use Cases

Postman is commonly used for:

  • API development and debugging

  • Automated API testing

  • Backend and frontend integration testing

  • API documentation and sharing

  • Team collaboration on API projects

It fits well in both small teams and enterprise environments.

Final Verdict

Postman is a powerful and reliable API development platform that simplifies the entire API lifecycle. From testing and automation to documentation and collaboration, it provides everything needed to build modern APIs efficiently.

For developers and teams working heavily with APIs, Postman is an essential tool.

Postman is one of the most popular tools for API development, testing, and collaboration. It is widely used by developers, QA engineers, and product teams to design, test, and document APIs efficiently. With a user friendly interface and powerful features, Postman has become a standard tool in modern software development.

Postman 12.31.3
Free
Software Informations:
Developer:

Operating System:
Windows / macOS / Linux
Date Added:
2026-10-07T21:04:10.089Z

openGym is an open-source, self-hosted fitness and body-weight tracker designed for people who want complete control over their workout data. Instead of storing training history on a third-party service, it runs on your own server and keeps your data in files you control.

The application combines workout planning, guided training, body-weight tracking, statistics, muscle analysis, and cross-device synchronization in a web application that can also be installed as a Progressive Web App.

Features

openGym provides a weekly workout planner with routines organized by day. Users can create and modify training sessions, move workouts between days, and choose from predefined workout plans such as Push/Pull/Legs, Upper/Lower, Full Body, and 5×5.

The exercise library contains more than 1,300 exercises with animated demonstrations. Exercises can be searched, browsed by muscle group, and filtered according to available equipment.

During workouts, the application supports regular sets, supersets, warm-ups, cardio, rest timers, and exercise tracking. It records training history and provides statistics including personal records and progress charts.

Muscle analysis is another notable feature. openGym can show which muscles are being trained, fatigued, or detrained, helping users understand how their training volume is distributed over time.

The application can import workout history from services and applications including FitNotes, Strong, and Hevy. This makes switching to a self-hosted system considerably easier for existing users.

Authentication uses passkeys, while the application can operate offline and synchronize data when connectivity returns. The synchronization system uses revisions to prevent one device from silently overwriting changes made by another device.

Download openGym APK v1.3.10 - Software Mirrors

openGym APK v1.3.10 for Android

openGym-1.3.10.apk | 15.71 MB

openGym APK v1.3.10 Source Code

openGym APK v1.3.10 Source code (zip)

openGym APK v1.3.10 Source code (tar.gz)

openGym APK v1.3.10 Release Notes:

A new look, a rotation for people who don't train on fixed weekdays, swipe actions, your own accent colour, and a sync that holds on to every rep. Grab the APK below or pull the new images, and then update the app on every device you sync. 🏋️ This one grew. The plan was a queue and a rotation; along the way the whole app got a calmer look, swipe actions arrived, you can pick any accent colour you like, and sync was taken apart and put back together so that no device can quietly lose your training again. Thirty-five community pull requests from twelve contributors, fifteen issues closed, and a long night of testing behind it. Web bundle, APK and API image. Please update the app on every device that syncs (phone, browser tabs, the Android app). An older phone keeps working, but only a fully updated set of devices gets all of the new safety nets. Before you update, open each device once with internet so everything it owes the server has arrived. A new design
  • Settings on one screen, with search at the top, your account on a card, and everything else
on sub-pages: Workout, Reminders, Units & language, Data & backup and friends. Nothing was taken away, it just has a home now. Type "rest", "swipe" or "vibrate" and you are there.
  • Plan is two tabs, Schedule and Routines. One switch between a fixed week and a rotation, a
menu for export, print, import and starter plans, and the weekly muscle volume moved to Stats.
  • A workout screen that gets out of your way. The tab bar steps aside while you train, a
labelled Finish, grouped ⋯ menus, a small thumbnail of the exercise, and the rest timer docked as one row at the bottom. Tap its clock to set the time left.
  • A rest-time wheel, iPhone style, for anything from 0:00 to 15:00, in Settings, in the new
in-workout settings sheet and per exercise. Done without scrolling leaves your rest alone.
  • The in-workout settings sheet: rest timer, sound, vibrate, flash, screen awake, layout and
effort without leaving the session.
  • Finish opens a small sheet: finish and save, or discard. And any set's menu can turn it into
a warm-up set on the spot (or back).
  • One icon per idea. The shuffle icon used to mean twelve different things. Not any more.
  • New profiles start with smaller exercise animations and "weigh in before workouts" off. Your
existing profile keeps whatever you had. Rotation and the session queue
  • A rotation beside the fixed week (#158, #69; kurktchiev's #167 and giulioleuci's kurktchiev/openGym#1).
A, B, C, A, ...: the next session is the next one you haven't done, whatever the weekday, so a missed Tuesday no longer shoves the plan around. Build the loop in Plan, reorder it, start a new pass whenever you like. Switching back to a fixed week asks first and leaves your weekdays as they were.
  • Home shows what is next, how much of the pass is done, and when the next one starts. A coach
app that writes your week through the API is marked "Externally managed".
  • Planned vs completed weekly volume per muscle (EmilZapata, #333, #327), now on Stats, with
each queue or rotation session counted once. Swipe actions
  • Swipe a set left to delete it, with Undo, or right to copy it. In cards, list and compact,
mirrored in Arabic. The last set stays put ("Keep at least one set, champ"). A timed per-side hold slides its left and right rows together.
  • Swipe in Plan: a routine left to delete (with Undo), right to duplicate; an exercise out of
the routine editor or a routine out of the loop, with Undo too.
  • One switch for all of it, "Swipe actions" (Settings → Workout → Fine-tuning, or the in-workout
settings sheet), on by default. Your own colour
  • Any accent colour you like, from the rainbow swatch after the presets. openGym checks it
against light and dark and nudges it until text on it stays readable. It syncs like the presets. Safer sync, and no more lost data This is the part we are proudest of, and the part you will hopefully never notice. Most of these could already happen in v1.3.9:
  • Every change carries its own stamp, down to a single setting, plan day or routine field. Two
devices editing the same routine now merge field by field instead of one copy winning whole.
  • A phone whose clock runs late no longer loses its edits and deletions.
  • A deletion stays deleted, even when another device changes something unrelated afterwards,
and the order of your routines survives a conflict.
  • Two tabs in one browser no longer overwrite each other or the running workout, and signing
out or switching accounts with a second tab open leaves nothing behind.
  • Signing out during a workout no longer deletes it, and signing in with a guest plan asks
first. Anything that does not fit lands under Settings as kept changes, with "Save as a backup file", instead of disappearing.
  • A server that falls back to an older copy (say, from a backup) is merged with, not trusted
blindly. A full disk or a slow answer can no longer hand a device an old state.
  • Importing a backup keeps the workout you are in the middle of, whether it replaces or merges.
  • On the server: every write is flushed to disk before openGym says "saved", a copy of the last
good db.json is kept as db.json.bak, and the server starts from that copy if the main file is damaged. We killed it eighty times mid-write; every confirmed save was on disk. Reminders and alerts
  • The missed-workout nudge (opt-in): one push on the evening of a planned day you skipped, in
the tone you pick: Friendly, Guilt trip or Drill sergeant. It backs off after three missed days in a row and never bothers you on a rest day.
  • Vibrate on silent too (noname-nan, #375), Android: the end of a rest or a hold buzzes like
an alarm even when the phone is on silent. Off by default.
  • The rest alarm on Android rings even when the notification permission dialog is still open, and
a killed app brings its rest bar and countdown back.
  • "Rest over" rings only the device that rested (kurktchiev, #348).
  • Classic beeps (tomlongfield, #372): the quieter three-beep sound from before 1.3.9 is back as
a choice. More in the workout and history
  • Repeat today (Space-Hermes, #58): open a past workout in History and start it again today.
  • Pyramid sets (NtsCiccio, #367, #362): one rep target per set (12 · 8 · 6 · Max), a rest per
set, and a "Max reps" chart in Stats.
  • Per side on timed holds (horusglez, #322): left and right each run the full hold, with a
10-second "switch sides" pause in between.
  • Progress photos (horusglez, #361): every photo kept with a workout on one timeline, with a
before/after slider.
  • Update routine from the session (FranciscoFavela, #336): copy an exercise's warm-ups, rest and
note back into its routine.
  • "Last time" in days, weeks or months (xwr3, #363) instead of a date. Hover for the full one.
  • Pick your own backup folder on Android (#161), for example a sync app's folder.
Community pull requests Thank you, all of you. This release is half yours.
  • @kurktchiev: the session queue (#167), × to clear search (#338), the Coach card in the admin (#341), the workout menu's screen-reader label (#343),
check-in edits on a removed card (#344), the API under BASE_PATH (#346), rating a superset set scrolls to the partner (#347), "rest over" on one device (#348), imported sessions graded on all sets (#349), hardened importers (#350), Coach messages in your language (#351), Coach consent that names notes (#352), the muscle chip keeps the equipment filter (#353), the plate load kind is kept (#354), MCP tools that answer the question asked (#355) and explain a broken data folder (#356), plus tests and tidying (#337, #339, #340, #342).
  • @giulioleuci: rotation mode, on top of the queue (kurktchiev/openGym#1).
  • @EmilZapata: planned vs completed weekly volume (#333) and zero-credit muscle mappings (#359).
  • @horusglez: per side on timed holds (#322) and progress photos (#361).
  • @NtsCiccio: pyramid sets (#367).
  • @FranciscoFavela: update routine from the session (#336).
  • @dima-po: three-form plurals for Russian (#365), and a steadier media test (#366).
  • @nauish: Traditional Chinese, a whole new language (#368).
  • @tomlongfield: the classic timer sound (#372).
  • @alessandromoretti90: a workout finished hours later ends at its last set (#317).
  • @olivierbbommel: Safari no longer turns 62.5 into 6265.5 (#320), and Finish stops a running
plank timer (#321).
  • @tfdmendes: neatly aligned routine cards on desktop (#374).
Bug fixes
  • Custom exercises can be edited and deleted again, including older ones and ones from a shared
or Coach plan (Teo230, #358; svillar, #378).
  • The up and down arrows move an exercise within a superset, and out of it at the edge (svillar,
#377).
  • Strong's current export, the one with semicolons, imports again (davidjorgensen, #394).
  • Pairing the phone app says why it failed: a proxy or CORS rule in the way, a login page answering
in openGym's place, or a server that can't be reached (#329).
  • A cardio block or a long hold at the end no longer shortens the workout's duration.
  • 8.5 in a reps field no longer becomes 85, a running plank survives a reload, and the rest timer
stops when you sign out.
  • Loading the same starter plan twice no longer doubles your routines; a custom exercise can share
a name with a catalogue one; an equipment profile no longer hides imported custom exercises.
  • Plates: a single stack counts each pair properly.
  • Imports refuse impossible dates and numbers (year 9999, negative, 1e308 kg), a Hevy session over
midnight keeps its length, a zip's photos upload straight away, and the summary says how many rows it skipped.
  • Workouts dated later today are no longer in the future, durations and body weight have sane
limits, and the weight axis never says "-0".
  • Passkey, pairing and import errors speak your language instead of developer English.
  • Polish and Ukrainian plurals are right everywhere (#365), "Drop {0}" means a drop set in every
language, and long labels no longer get cut off in Russian, Portuguese, Hungarian or German.
  • Android: status bar icons readable in the light theme, Back works after "All settings" and from
the Start menu, and no tab bar on the very first screen.
  • Without an account, nobody can flood the admin log with junk sign-ins or fill the server with
pairing codes. For self-hosters
  • FIRST_USER_ADMIN=1 (seals187, #328), opt-in: the first profile on an empty instance becomes
its admin. Off by default; if you turn it on, register yourself before you share the address.
  • BASE_PATH (#346): serve openGym under a sub-path such as /gym. The web container checks
the value at start-up. that answer or change the CORS preflight (Traefik headers middleware, a second Access-Control-Allow-Origin, SSO in front of /api/), with a one-line curl check. openGym handles CORS itself, so leave it alone on the openGym route.
  • Show connection status (seals187, #330; xwr3, #369): Settings → Look & Home can hide the
sync line at the top. A dot on Home still warns when sync is stuck.
  • Durable writes: every file the API keeps is flushed before it is renamed into place, and
./data/db.json.bak holds a copy of the last good db.json. Back up ./data as before.
  • If you build your own API image from a copy of the Dockerfile: it now also needs queue.js,
nudge.js, nudge-copy.js, durable.js and sync-stamps.js.
  • PASSWORD_LOGIN is unchanged and still off by default.
  • build-api-docs --check runs in CI (#342).
Known limit while old phones are around The server stamps what a v1.3.9 phone sends, so most things just work. Until every device is updated, though, an old phone can't always say what it has seen: if it sets something back to exactly what it was before, after another device changed it, the other device's change loses. Workouts that v1.3.9 deleted offline and never uploaded may come back once; delete them again and they stay gone. Anything the update had to set aside is under Settings as "This device, before the update". Once everything is on 1.3.10, none of this applies. Languages
  • 🇹🇼 Traditional Chinese (nauish, #368): eighteen languages now. Browsers set to zh-Hant,
zh-HK or zh-MO open in it.
  • Every string reworded to sound more human, with fewer long dashes and a bit more fun.
Credits Code from @kurktchiev, @giulioleuci, @EmilZapata, @horusglez, @NtsCiccio, @FranciscoFavela, @dima-po, @nauish, @tomlongfield, @alessandromoretti90, @olivierbbommel and @tfdmendes. Bug reports and ideas from @Gitoffomalawn, @Space-Hermes, @seals187, @schklom, @LaDaniWapa, @jdpiqueras1979, @Teo230, @xwr3, @noname-nan, @svillar, @davidjorgensen, @EmilZapata and @NtsCiccio, plus everyone on Discord who told us where it hurt. Thank you! Install
  • Android: download openGym-1.3.10.apk below (or update from inside the app).
SHA-256 1527d58866f97a380c555351cbdc0934c341eb4d8fbe034a2ed002f51278cc65, signing certificate 0d22a49e… (unchanged)
  • Docker: git pull && docker compose pull && docker compose up -d
Images 1.3.10, 1.3, latest (amd64 + arm64) on registry.gitlab.com/duartesantos8/opengym: api sha256:bb3af45b…, web sha256:15e7c311… Full history: CHANGELOG.md

Performance and Compatibility

openGym is designed primarily as a self-hosted web application, but it also provides an Android application and can be installed as a PWA. The Docker deployment supports both AMD64 and ARM64, making it suitable for conventional servers as well as ARM-based systems.

The deployment architecture is relatively lightweight. The API uses Node.js, while the frontend is served through nginx. User data is stored under the application's data directory, including profiles, workout state, settings, and the session signing key. This makes backups straightforward because backing up the data directory effectively backs up the application data.

Offline functionality is particularly useful for a fitness tracker because workouts can continue even when the phone temporarily loses connectivity. Changes that have not reached the server are retained, and the application indicates when it is operating offline.

There are some important self-hosting considerations. Passkey authentication requires a properly configured HTTPS origin when accessing the application from a phone. The project provides guides for Cloudflare Tunnel, Caddy, Traefik, nginx, LAN HTTPS, and Kubernetes deployments.

The exercise media also deserves attention. The application downloads the exercise images and animations from an upstream dataset rather than redistributing them directly. The repository explicitly notes that the media has separate third-party licensing considerations and should not automatically be treated as covered by openGym's AGPL license.

System Requirements

  • Docker with Docker Compose for the recommended self-hosted deployment

  • AMD64 or ARM64 system for the provided container images

  • Persistent storage for application data and exercise media

  • HTTPS and a suitable domain when using passkeys from external devices

  • Android device for the native Android application

  • Modern web browser for the web/PWA interface

Pros and Cons

Pros

  • Open-source and self-hosted

  • Your workout data stays under your control

  • No subscription

  • No advertising

  • No required third-party account

  • Passkey authentication

  • Offline workout support

  • Cross-device synchronization

  • Progressive Web App support

  • Android application

  • Extensive exercise library

  • Animated exercise demonstrations

  • Workout planning and guided sessions

  • Supersets, warm-ups, and cardio tracking

  • Body-weight tracking

  • Muscle fatigue and detraining analysis

  • Personal records and statistics

  • Imports from FitNotes, Strong, and Hevy

  • Docker deployment

  • AMD64 and ARM64 container images

  • Kubernetes deployment support

Cons

  • Self-hosting requires some technical knowledge

  • HTTPS configuration is necessary for convenient passkey access from phones

  • Users are responsible for server backups and maintenance

  • Exercise media has separate third-party licensing considerations

  • The project is relatively young compared with established commercial fitness platforms

  • Some advanced functionality is still actively evolving

How to Install

The simplest deployment method is Docker Compose.

Clone the repository, create the environment file, pull the prebuilt images, and start the services:

git clone https://github.com/DuarteSantos8/openGym
cd openGym
cp .env.example .env
docker compose pull
docker compose up -d

The application can then be accessed through the configured web port. The first startup downloads the exercise media required by the application.

For access from a phone, configure HTTPS and a domain before relying on passkey authentication. The project documentation provides deployment examples for common reverse proxies and tunnel solutions.

Once installed, create a profile and configure your weekly routine. Existing workout history can also be imported from supported fitness applications.

Final Verdict

openGym is an impressive self-hosted alternative to conventional workout tracking services. Its strongest feature is not simply workout logging, but the combination of data ownership, offline support, passkey authentication, cross-device synchronization, exercise analytics, and a surprisingly complete training workflow.

The Docker-based deployment is particularly attractive for technically inclined users. The application can run on relatively inexpensive hardware, while its data directory makes backup and migration straightforward.

The main drawback is that self-hosting transfers responsibility for availability, HTTPS, backups, and updates to the user. The separate licensing situation surrounding exercise media is another consideration for anyone redistributing an installation.

For users who want a modern fitness tracker without handing their workout history to a third-party service, openGym is an excellent project and one of the more compelling self-hosted fitness applications available.

openGym APK for Android v1.3.10
Free
Software Informations:
Developer:

Operating System:
Android
Date Added:
2026-10-07T18:04:06.591Z

OpenVPN is an open source VPN protocol and software that creates secure tunnels between devices using encryption and authentication. It works across multiple platforms and can be configured for personal, business, or enterprise level use.

Unlike consumer VPN apps that focus on simplicity, OpenVPN emphasizes control, configurability, and security, making it suitable for advanced networking environments.

Key Features

OpenVPN uses strong encryption standards to protect data in transit. It supports modern cryptographic algorithms and secure key exchange mechanisms to prevent unauthorized access.

The software works on multiple operating systems including Windows, Linux, macOS, and mobile platforms. It can operate over both UDP and TCP, allowing flexible deployment in different network conditions.

OpenVPN supports certificate based authentication, user credentials, and multi factor authentication. It can be integrated with firewalls, directory services, and custom network configurations.

Security and Privacy

Security is the core strength of OpenVPN. Its open source nature allows continuous auditing and community review, increasing trust and transparency.

OpenVPN protects against data interception on public networks and is widely used to secure remote connections in corporate environments. Proper configuration is essential to achieve optimal privacy and performance.

Performance and Reliability

OpenVPN delivers stable and reliable connections, though performance depends on server hardware, encryption settings, and network conditions. With proper tuning, it provides consistent speeds suitable for professional use.

While it may not be the fastest VPN protocol in all scenarios, it prioritizes security and reliability over raw performance.

Final Verdict

OpenVPN is a robust and proven VPN solution designed for secure and customizable network connectivity. Its open source foundation, strong encryption, and wide platform support make it a preferred choice for professional and enterprise environments.

For users who prioritize security and control over convenience, OpenVPN remains one of the most reliable VPN solutions available.

OpenVPN is a widely used virtual private network solution designed to provide secure and encrypted internet connections. It is trusted by enterprises, developers, and privacy focused users for its strong security architecture, flexibility, and open source foundation. OpenVPN is commonly deployed for remote access, site to site connections, and secure data transmission.

OpenVPN 2.7.8
Free
Software Informations:
Developer:

Operating System:
Windows
Date Added:
2026-10-07T18:04:05.558Z

As a dedicated gamer, managing a large Steam library can feel overwhelming, especially when you want to earn trading cards, level up your Steam profile and unlock badges without spending countless hours keeping games open. This is where Steam Game Idler becomes an absolute game changer.

It is a lightweight tool that simulates gameplay time and helps you farm Steam trading cards efficiently, making it a favorite among achievement hunters, collectors and players who want to maximize the value of their game library.

What Is Steam Game Idler

Steam Game Idler is a tool that lets gamers idle Steam titles so they can earn trading cards and playtime hours without having to run the game itself. Instead of launching resource heavy games that may slow your system, the idler sends the required signals to Steam, allowing you to collect your card drops in a more efficient way. It is the kind of utility that every serious Steam user eventually appreciates, especially those with large backlogs.

As someone who owns hundreds of Steam titles, I find it incredibly useful for clearing card drops from games I may not be ready to play yet or from titles I only bought for bundles and sales.

Why Gamers Love Steam Game Idler

Saves Time

Many games require several hours of running time before card drops appear. With Steam Game Idler, you can idle multiple titles while using your PC for other tasks, giving you a huge advantage in managing your library.

Saves System Resources

Some games take significant CPU and GPU power. Idling them manually means your PC runs hot and noisy. Steam Game Idler avoids this by simulating game running states without the heavy resource load.

Helps Build Steam Level

Steam levels come with benefits such as more friends list slots and increased booster pack chances. Since leveling requires crafting badges, earning cards faster means you progress faster.

Great for Collectors

If you enjoy completing sets, crafting badges and improving your showcase, the idler becomes an essential companion. It helps extract value from every title you own.

Works for Massive Libraries

Gamers with big collections know how long it takes to idle every game manually. This tool reduces that workload and helps you clear your entire card drop list with ease.

Key Features

  1. Idle multiple Steam games at the same time

  2. Earn trading cards without running the actual game

  3. Low resource usage for smooth multitasking

  4. Clear and simple interface for fast use

  5. Helps with badge crafting and Steam leveling

  6. Perfect for gamers with large libraries

My Experience as a Gamer

Using Steam Game Idler has completely changed the way I manage my Steam inventory. Instead of booting large games just to earn a few cards, I let the idler take care of it in the background. This frees my PC for gaming sessions, work or streaming. It also makes badge crafting quicker, especially during major Steam sales and events where level increases provide bonus rewards.

For someone trying to keep their Steam profile growing steadily, this tool fits perfectly into a gamer routine.

Steam Game Idler is a fantastic tool for any serious Steam user. Its ability to streamline trading card farming and reduce manual effort makes it one of the most useful utilities for gamers who love optimizing their profile and collection.

Steam Game Idler 6.2.8
Free
Software Informations:
Developer:

Operating System:
Windows / Linux
Date Added:
2026-10-07T17:04:08.914Z

Opera One is a desktop web browser for Windows, macOS, and Linux that introduces a new modular design system. The browser adapts dynamically based on user activity, showing tools and features only when needed. Opera One also integrates AI powered features, including a built in AI assistant, to help users search, write, and summarize content more efficiently.

It is designed for users who want a smarter and more organized browsing experience without relying on extensions.

Key Features of Opera One

Modular User Interface

Opera One uses a modular design that keeps the interface clean and reduces visual clutter by adapting to user behavior.

Advanced Tab Islands

Tabs are automatically grouped into logical clusters, making it easier to manage multiple tasks and workflows.

Built In AI Assistant

Opera One includes an integrated AI assistant that helps with content creation, research, and quick answers while browsing.

Built In VPN

A free built in VPN helps protect user privacy and secure browsing sessions.

Native Ad Blocker

The browser includes a built in ad blocker that improves page load speed and reduces distractions.

Sidebar Productivity Tools

Quick access to messaging apps, music players, and work tools directly from the sidebar.

Fast and Secure Browsing

Opera One is built on Chromium, offering strong performance, security updates, and compatibility with modern websites.

Customization Options

Users can personalize themes, shortcuts, and layout settings to match their workflow.

Benefits of Using Opera One

Improved Productivity

Tab islands and sidebar tools help users manage multiple tasks efficiently.

Cleaner Browsing Experience

Modular design and ad blocking reduce clutter and distractions.

Enhanced Privacy

Built in VPN and security features protect user data.

Smart Assistance

AI integration helps users work faster and smarter while browsing.

Suitable for Power Users

Advanced features are ideal for users who multitask heavily online.

Conclusion

Opera One represents a fresh approach to web browsing with its modular interface, AI powered features, and productivity focused design. It combines speed, privacy, and smart organization tools into a single browser experience. For users looking for a modern and efficient alternative to traditional browsers, Opera One is a compelling and forward looking choice.

Opera One is the next generation web browser developed by Opera, designed with a modular interface and built in AI features. It focuses on improving productivity, browsing efficiency, and user experience through a clean design, advanced tab management, and integrated tools. Opera One is built for modern internet usage, combining speed, privacy, and smart browsing capabilities.

Opera One 137.0.6036.39 Offline Installer
Free
Software Informations:
Developer:

Operating System:
Windows / macOS / Linux
Date Added:
2026-10-07T16:04:09.264Z

InstallerClean is a small Windows tool that helps detect and remove leftover files, folders, and registry entries created by installed software. It is built for users who want to keep their system clean without manually digging through directories.

InstallerClean is a focused utility designed to clean up files and traces that remain after uninstalling programs. While many uninstallers remove the main application, leftover data often stays behind. InstallerClean aims to fix that with a simple and lightweight approach.

The application is typically portable, meaning it can run without installation and does not add extra load to your system.

Download InstallerClean v3.1.1 - Software Mirrors

InstallerClean v3.1.1 for Windows

installerclean-cli.exe | 36.96 MB

InstallerClean-3.1.1-setup.exe | 92.91 MB

InstallerClean-3.1.1-portable.exe | 64.17 MB

InstallerClean v3.1.1 Source Code

InstallerClean v3.1.1 Source code (zip)

InstallerClean v3.1.1 Source code (tar.gz)

InstallerClean v3.1.1 Release Notes:

InstallerClean 3.1.1

The anonymous report now says more about one of the reasons InstallerClean leaves installation packages alone.

The anonymous report

Before InstallerClean offers an installation package that no record names, it looks at each installation's cached copy of its installer to find out which program that copy belongs to, and so whether one installation is a second copy of another. Where a copy doesn't say and Windows can't confirm from the installation's own record that it's an ordinary installation, or where InstallerClean can't see all the installation packages of a possible second copy, it leaves alone the installation packages that no record names. The report now counts the cached copies it looked for and, for each installation whose copy didn't say and which Windows couldn't confirm, why the copy gave no answer and why Windows couldn't confirm it. Where a possible second copy stopped it instead, the report counts how many it checked and which step stopped it. Like everything else in the report it names no program, file or account, and the privacy policy lists what it holds. The report is only ever sent from a PC's first finished run, and only if the "Send anonymous report" box is ticked on the screen InstallerClean shows when that run finishes. The changelog has the full list.

Downloads

  • installerclean-cli.exe (~37 MB) - The command-line tool as a single executable, for scripting, scheduled tasks and deployment.
The apps are unsigned and freshly downloaded files carry the browser's mark, so on first run Windows SmartScreen will usually warn that the publisher is unknown. Click "More info", then "Run anyway".
Build it yourself Built with .NET SDK 10.0.112 from the v3.1.1 tag. The portable and the command-line tool are single-file builds published with compression on. Release builds are deterministic, so building that tag yourself, on that SDK and with those flags, gives you the same bytes and the same hashes for the portable and the command-line tool; the README's Checking the download itself section has the detail. The installer is a different case: Inno Setup packs it and stamps the build year into it, so don't expect its hash to match.

VirusTotal

  • InstallerClean-3.1.1-portable.exe: 0/68 ✨
  • InstallerClean-3.1.1-setup.exe: 0/64 ✨

Donate

Any small donation is much appreciated. Support me on Ko-fi

Key Features of InstallerClean

  • Leftover File Detection
    InstallerClean scans your system for files and folders that remain after uninstalling applications. This helps free up disk space and reduce clutter.

  • Registry Cleanup
    It can identify unused or orphaned registry entries related to removed programs, helping maintain system organization.

  • Simple Interface
    The tool is designed to be straightforward. Users can scan and clean with minimal steps, making it accessible even for non technical users.

  • Portable Usage
    InstallerClean often runs as a portable application, so you can use it on multiple systems without installation.

  • Fast Scanning
    The scanning process is quick and does not heavily impact system performance.

User Experience

InstallerClean is easy to use, with a minimal interface that focuses on functionality. It does not overwhelm users with advanced settings, which makes it suitable for quick maintenance tasks.

However, advanced users may find it lacks deeper customization compared to more comprehensive system cleanup tools.

Performance and Compatibility

The software performs efficiently and works on most Windows systems. It is lightweight and does not consume significant resources during scanning or cleaning.

Because it targets leftover files specifically, it complements rather than replaces full system maintenance tools.

Pros

  • Lightweight and fast

  • Simple and easy to use

  • Helps remove leftover files and registry entries

  • Portable and convenient

Cons

  • Limited advanced features

  • Not as comprehensive as full system cleaners

  • Requires careful review before deleting files

InstallerClean is ideal for users who frequently install and uninstall software and want to keep their system tidy. It is also useful for those who prefer simple tools over complex system utilities.

InstallerClean delivers a focused solution for removing leftover files after uninstallations. While it is not a full system optimizer, its simplicity and efficiency make it a valuable addition to basic PC maintenance tools.

InstallerClean v3.1.1
Free
Software Informations:
Developer:

Operating System:
Windows
Date Added:
2026-10-07T16:04:08.219Z

Google AI Edge Gallery is an experimental app developed by Google that allows users to download and run generative AI models locally on their smartphones.

Unlike traditional AI tools that rely on cloud servers, this app processes everything directly on your device. That means:

  • No internet required after setup

  • Faster response times

  • Better privacy since data stays local

It is currently focused on Android, with iOS support gradually expanding.

Download Google AI Edge Gallery 1.0.20 Android APK - Software Mirrors

Download Google AI Edge Gallery 1.0.20 Android APK
ai-edge-gallery-sm8550.apk | 72.13 MB

Download Google AI Edge Gallery 1.0.20 Android APK
ai-edge-gallery-sm8650.apk | 72.16 MB

Download Google AI Edge Gallery 1.0.20 Android APK
ai-edge-gallery-sm8750.apk | 72.24 MB

Download Google AI Edge Gallery 1.0.20 Android APK
ai-edge-gallery-sm8850.apk | 72.97 MB

Download Google AI Edge Gallery 1.0.20 Android APK
ai-edge-gallery-tensor-g5.apk | 58.06 MB

Download Google AI Edge Gallery 1.0.20 Android APK
ai-edge-gallery-tensor-g6.apk | 58.06 MB

Download Google AI Edge Gallery 1.0.20 Android APK
ai-edge-gallery.apk | 57.62 MB

Google AI Edge Gallery 1.0.20 Android APK Release Notes:

Now Featuring: EmbeddingGemma 2 This update brings official support for the newly released EmbeddingGemma 2 model. With this release, we bring cutting edge, multimodal semantic search running 100% on your device. Try out these new capabilities in our new features Instant Media Search and Video Moment Finder.
  • Instant Media Search: Explore your photo library (or built-in sample media) with fast, search-as-you-type natural language queries and image-to-image similarity matching—with zero cloud roundtrips.
  • Video Moment Finder: Pinpoint exact moments inside videos using natural language descriptions. Jump straight to highlighted timestamps on an interactive timeline, trim clips, and save or export your favorite moments


Key Features of Google AI Edge Gallery

1. Fully Offline AI

Once models are downloaded, everything runs locally on your phone. This eliminates latency and keeps your data private.


2. AI Chat and Prompt Lab

You can interact with AI models through:

  • Chat conversations

  • Prompt-based tasks like summarizing, rewriting, or coding

This makes it similar to ChatGPT but without cloud dependency.


3. Ask Image and Multimodal AI

Upload images and ask questions about them. The AI can:

  • Describe objects

  • Analyze content

  • Answer visual queries


4. Model Marketplace Integration

The app connects to platforms like Hugging Face, letting you:

  • Download different AI models

  • Compare performance

  • Switch between models easily


5. Developer-Friendly Playground

It is designed not just for users but also developers:

  • Test AI models without coding

  • Benchmark performance

  • Experiment with custom models


Performance and Real-World Use

Performance depends heavily on your device hardware. High-end phones handle models smoothly, while lower-end devices may struggle.

Common use cases:

  • Offline AI assistant

  • On-device coding help

  • Image analysis without internet

  • Private AI experimentation

Because everything runs locally, it avoids cloud costs and works even in limited connectivity environments.


User Experience

The interface is simple and experimental, more like a testing lab than a polished consumer app.

You get:

  • Model selection interface

  • Chat-style interaction

  • Basic tools like Prompt Lab and Ask Image

However, setup may require sideloading or manual installation in some cases, which can be challenging for non-technical users.


Pros and Cons

Pros

  • Fully offline AI capability

  • Strong privacy with local processing

  • Open source and developer-friendly

  • Supports multiple AI models

  • No subscription or API cost

Cons

  • Still experimental and evolving

  • Requires relatively powerful hardware

  • Setup can be complex

  • Limited polish compared to mainstream AI apps


Who Should Use Google AI Edge Gallery

This tool is best suited for:

  • Developers experimenting with AI models

  • Privacy-focused users

  • Tech enthusiasts exploring edge AI

  • Users needing offline AI functionality

It is less suitable for casual users who want a simple plug-and-play AI app.


Final Verdict

Google AI Edge Gallery is not just another AI app. It represents the future direction of AI, where models run directly on your device instead of the cloud.

If you value privacy, control, and cutting-edge experimentation, Google AI Edge Gallery is a powerful tool worth exploring.

If you are interested in running AI directly on your device without relying on cloud services, Google AI Edge Gallery is one of the most innovative tools emerging in this space. It represents a major shift toward private, fast, and offline artificial intelligence.

Google AI Edge Gallery 1.0.20 Android APK
Free
Software Informations:
Developer:

Operating System:
Android
Date Added:
2026-10-07T13:04:10.470Z

VectorCraft is an open-source vector illustration application designed as a clean-room reimplementation of the Adobe Illustrator workflow. Built entirely in Rust, it provides a native desktop application for Windows, macOS and Linux, along with a WebAssembly version that runs in the browser.

The project goes beyond basic vector drawing. It aims to reproduce a professional Illustrator-style workflow with Bézier editing, Pathfinder operations, multiple artboards, typography, gradients, live effects, PDF and SVG workflows, and extensive automation capabilities.

Features

VectorCraft provides a substantial collection of professional vector-illustration tools:

  • Pen and Direct Selection tools

  • Bézier anchors and handles

  • Pathfinder and exact Boolean operations

  • Multiple artboards

  • Layers and groups

  • Smart Guides

  • Rulers, grids and alignment tools

  • Live corners

  • Gradient and mesh tools

  • Gradient fills and strokes

  • Pattern and appearance controls

  • Blend tool

  • Radial Repeat

  • Envelope Distort

  • Puppet Warp

  • Liquify

  • Width tool

  • Perspective Grid

  • Freeform gradient editing

  • Recolor Artwork and Color Themes

  • Editable text and type-on-path

  • Variable and transformed vector content

  • Symbols

  • Clipping and masking

  • SVG import and export

  • PDF import and export

  • EPS export

  • DXF import

  • PNG, JPEG and WebP raster export

  • Export for Screens

  • Native .vectorcraft document format

  • Print engine

  • PDF layers and overprint support

The application also includes a command API that exposes its tools and interface to external automation. A JSON control channel and MCP server allow AI agents and scripts to manipulate documents, operate tools and export artwork.

This is one of VectorCraft's most distinctive features. It is not simply an image editor with an AI assistant added on top. The editing engine itself is designed to be programmatically controllable.

Download VectorCraft v0.4.0 - Software Mirrors

VectorCraft v0.4.0 for Windows

vectorcraft-0.4.0-windows-x86.msi | 54.76 MB

vectorcraft-0.4.0-windows-x86-portable.zip | 68.72 MB

vectorcraft-0.4.0-windows-x64.msi | 56.46 MB

vectorcraft-0.4.0-windows-x64-portable.zip | 71.77 MB

vectorcraft-0.4.0-windows-arm64.msi | 52.17 MB

vectorcraft-0.4.0-windows-arm64-portable.zip | 67.78 MB

VectorCraft v0.4.0 for macOS

vectorcraft-cli-0.4.0-macos-universal.zip | 60.09 MB

vectorcraft-0.4.0-macos-universal.dmg | 77.59 MB

VectorCraft v0.4.0 for Linux

vectorcraft-0.4.0-linux-x86_64.tar.gz | 70.86 MB

vectorcraft-0.4.0-linux-x86_64.rpm | 71.51 MB

vectorcraft-0.4.0-linux-x86_64.deb | 71.95 MB

vectorcraft-0.4.0-linux-x86_64.AppImage | 66.83 MB

vectorcraft-0.4.0-linux-aarch64.tar.gz | 67.32 MB

vectorcraft-0.4.0-linux-aarch64.rpm | 68.64 MB

vectorcraft-0.4.0-linux-aarch64.deb | 69.21 MB

vectorcraft-0.4.0-linux-aarch64.AppImage | 63.61 MB

VectorCraft v0.4.0 for BSD

vectorcraft-0.4.0-freebsd-x86_64.tar.gz | 70.78 MB

Others Download related to VectorCraft v0.4.0

vectorcraft-web-0.4.0.zip | 17.45 MB

VectorCraft v0.4.0 Source Code

VectorCraft v0.4.0 Source code (zip)

VectorCraft v0.4.0 Source code (tar.gz)

VectorCraft v0.4.0 Release Notes:

What's Changed

  • Windows on ARM64: release builds, PE header check, install test on ARM64 hardware by @echelon in #215
  • Fonts: use craft-fonts as an optional build input; move the Japanese fonts out by @echelon in #220
  • Fix #206: Live Paint treats every path as an edge, open lines included by @bflatastic in #223
  • Fix #177: DXF Fit and Aligned text span their two points by @bflatastic in #226
  • Fix #221: Effect > Pathfinder works on several selected objects by @bflatastic in #227
  • CLI: a closed stdout ends vectorcraft-cli quietly by @japbcoelho in #181
  • PDF/.ai import: fonts are found by their PostScript name, whatever hyphens the family holds by @p0lyg0n in #214
  • Selection tool: Shift+drag on a selected object moves it, constrained by @theironchef in #225
  • Fix #219: right-click on the canvas opens a context menu by @bflatastic in #229
  • Type: find fonts by any of their names; say how each one resolved by @imachus in #209
  • Type: input method composition (Japanese IME) in the Type tool by @imachus in #207
  • Type: kinsoku, tate-chu-yoko and upright placement for vertical type by @imachus in #208
  • i18n: Czech interface language by @petrleocompel in #213
  • Fonts: the font menus leave out macOS's hidden "." families by @EthanSuquet in #228
  • FreeBSD: release package and a packaging check in CI by @echelon in #128
  • README: FreeBSD in the platform line and badge by @echelon in #235
  • Tests: the font resolution test no longer depends on the installed fonts by @bflatastic in #240
  • Dialogs: the button row is as wide as the fields, not the window by @theironchef in #239
  • Panels: a flyout wider than 256 points grows towards the canvas by @theironchef in #237
  • Canvas: a click just outside the canvas doesn't reach the tools by @theironchef in #233
  • MCP: prompts, resource templates, completions and logging by @fahrim in #216
  • i18n: UI localisation framework and a Traditional Chinese (zh-hant) catalog by @WildfootW in #205
  • i18n: names are never translated; palette cache; locale probe off the UI thread by @bflatastic in #243
  • Fix #231: docs/releasing.md describes the release pipeline by @bflatastic in #244
  • Fix #234: EPS files from the reference app open by @bflatastic in #249
  • ROADMAP: the DXF Fit/Aligned text, Effect > Pathfinder and translation fixes by @bflatastic in #251
  • Control: close the connection on input that isn't a request by @Luskish in #254
  • Type tool: a drag across text that isn't being edited selects it by @theironchef in #246
  • Type tools: a dragged area-type frame is the dragged rectangle by @theironchef in #253
  • Palette: entries rebuild when keyboard shortcuts change by @bflatastic in #261
  • Canvas: a drag from a ruler onto the canvas makes a guide by @theironchef in #263
  • i18n: Japanese translates every menu label by @p0lyg0n in #262
  • Fix #255: selection exports report the encoder's warnings by @bflatastic in #271
  • Fix #256: inspect_document reports the paint type's characters show by @bflatastic in #272
  • Fix #259: the docs say document.inspect reports paint as a label by @bflatastic in #273
  • Fix #258: the save_file tool says what it saves by @bflatastic in #274
  • Fix #257: format lists name every format the engine reads and writes by @bflatastic in #275
  • Toolbar: double-clicking Hand, Zoom and the transform tools works by @theironchef in #265
  • Status bar: the artboard navigator works, and fitting shows its artboard by @theironchef in #267
  • Free Transform: a handle drag follows the modifiers held during the drag by @theironchef in #269
  • Fix #260: tate-chu-yoko numbers and upright glyphs keep their own cell in vertical text by @bflatastic in #281
  • Fix #252: area type resizes its frame with the mouse by @bflatastic in #289
  • Canvas: Ctrl with another tool drags with the selection tool used last by @theironchef in #276
  • Canvas: Ctrl+Space zooms (Ctrl+Alt+Space out), Space alone pans by @theironchef in #279
  • PDF/.ai import: type set on a path comes back as type on a path by @p0lyg0n in #278
  • Shortcuts: chords with Shift and a punctuation key fire as typed by @theironchef in #282
  • Canvas: double-clicking type with a selection tool puts the caret there by @theironchef in #284
  • Symbols panel: drag art in to make a symbol, drag a symbol out to place it by @theironchef in #288
  • PDF/.ai import: art of a neighbouring artboard stays on its own page by @p0lyg0n in #286
  • Tests: Japanese file and folder names save, open, export and title documents by @p0lyg0n in #287
  • Release: VectorCraft v0.4.0 by @bflatastic in #294

New Contributors

  • @japbcoelho made their first contribution in #181
  • @p0lyg0n made their first contribution in #214
  • @imachus made their first contribution in #209
  • @petrleocompel made their first contribution in #213
  • @EthanSuquet made their first contribution in #228
  • @fahrim made their first contribution in #216
  • @WildfootW made their first contribution in #205
  • @Luskish made their first contribution in #254
Full Changelog: v0.3.1...v0.4.0

Performance and Compatibility

VectorCraft is implemented in Rust and uses a multithreaded rendering architecture. The project reports that 20,000 shapes can be rendered in approximately 27 milliseconds at full Retina resolution while maintaining a responsive interface.

Its geometry engine is designed around exact curve operations, while structural sharing provides effectively unlimited undo without requiring every operation to duplicate the entire document.

The project also places considerable emphasis on automated testing. Property-based tests are used for document round trips, while rendering and geometry have dedicated test infrastructure.

File compatibility is another strength. SVG is a first-class format, while PDF import/export and PDF-compatible AI files provide useful interoperability with established design workflows. DXF import and EPS export further extend its usefulness for technical and print-oriented work.

However, compatibility should not be confused with complete Illustrator parity. VectorCraft is still under active development, and the project roadmap indicates that some areas remain under construction.

System Requirements

VectorCraft supports:

  • Windows

  • macOS

  • Linux

  • FreeBSD

  • WebAssembly/browser

Prebuilt Linux packages are available in several formats, including:

  • AppImage

  • DEB

  • RPM

  • Tarball

Both x86_64 and ARM64 Linux builds are provided.

macOS has a universal build supporting Intel and Apple Silicon, while Windows is distributed as a native desktop application.

Developers can also build the application directly from source using Rust.

Pros and Cons

Pros

  • Open-source

  • MIT or Apache-2.0 licensing

  • Native Rust application

  • Windows, macOS and Linux support

  • Browser/WebAssembly version

  • Strong Bézier and vector-editing tools

  • Exact Pathfinder Boolean operations

  • Multiple artboards

  • Advanced gradients and appearance controls

  • Envelope Distort, Puppet Warp and Liquify

  • SVG and PDF support

  • EPS export

  • DXF import

  • Native document format

  • Excellent automation potential

  • JSON control interface

  • MCP support for AI agents

  • Multithreaded rendering

  • Extensive automated testing

Cons

  • Still under active development

  • Not yet a complete Illustrator replacement

  • Some workflows will still lack the maturity of established commercial software

  • Font availability and typography coverage are still developing

  • Professional production workflows should be tested before full migration

  • The large feature set can make the application more complex for beginners

How to Install

The easiest method is to download the appropriate prebuilt package from the project's GitHub releases.

Linux users can choose between AppImage, DEB, RPM and tarball packages. macOS users can install the universal application, while Windows users can use the provided Windows package.

Developers can build the desktop application from source:

git clone https://github.com/storytold/vectorcraft
cd vectorcraft
cargo run --release -p vectorcraft

A VectorCraft document can also be opened directly:

cargo run --release -p vectorcraft -- examples/dusk-poster.vectorcraft

For headless processing and automation, the project provides a CLI:

cargo run --release -p vectorcraft-cli -- run \
  --in examples/ribbons.vectorcraft \
  --export out.pdf

The MCP server can be launched with:

cargo run --release -p vectorcraft-cli -- mcp

This makes VectorCraft particularly interesting for automated graphics generation and AI-assisted design workflows.

Final Verdict

VectorCraft is an unusually ambitious open-source Illustrator alternative. It is not merely a basic SVG editor with a familiar interface. The project is attempting to recreate a substantial portion of the professional Illustrator workflow while building its own modern Rust-based rendering and document architecture.

Its strongest areas are vector geometry, Pathfinder operations, Bézier editing, advanced effects, SVG/PDF interoperability and automation. The MCP and JSON control interfaces are especially interesting because they allow the same editing engine to be operated by scripts and AI agents.

Performance is another major strength. The native Rust architecture and multithreaded rendering approach give VectorCraft a solid technical foundation for handling complex vector documents.

The biggest limitation is maturity. Established applications such as Illustrator have decades of compatibility work, plugins, fonts, production workflows and ecosystem support behind them. VectorCraft is still developing and should not yet be treated as a drop-in replacement for every professional Illustrator workflow.

For designers, developers and open-source users looking for a modern vector graphics application, however, VectorCraft is one of the most interesting projects in this category. Its combination of native performance, open licensing and agent-native automation makes it particularly worth watching.

VectorCraft v0.4.0
Free
Software Informations:
Developer:

Operating System:
Windows / macOS / linux
Date Added:
2026-10-07T11:23:46.458Z

VectorCraft is an open-source vector illustration application designed as a clean-room reimplementation of the Adobe Illustrator workflow. Built entirely in Rust, it provides a native desktop application for Windows, macOS and Linux, along with a WebAssembly version that runs in the browser.

The project goes beyond basic vector drawing. It aims to reproduce a professional Illustrator-style workflow with Bézier editing, Pathfinder operations, multiple artboards, typography, gradients, live effects, PDF and SVG workflows, and extensive automation capabilities.

Features

VectorCraft provides a substantial collection of professional vector-illustration tools:

  • Pen and Direct Selection tools

  • Bézier anchors and handles

  • Pathfinder and exact Boolean operations

  • Multiple artboards

  • Layers and groups

  • Smart Guides

  • Rulers, grids and alignment tools

  • Live corners

  • Gradient and mesh tools

  • Gradient fills and strokes

  • Pattern and appearance controls

  • Blend tool

  • Radial Repeat

  • Envelope Distort

  • Puppet Warp

  • Liquify

  • Width tool

  • Perspective Grid

  • Freeform gradient editing

  • Recolor Artwork and Color Themes

  • Editable text and type-on-path

  • Variable and transformed vector content

  • Symbols

  • Clipping and masking

  • SVG import and export

  • PDF import and export

  • EPS export

  • DXF import

  • PNG, JPEG and WebP raster export

  • Export for Screens

  • Native .vectorcraft document format

  • Print engine

  • PDF layers and overprint support

The application also includes a command API that exposes its tools and interface to external automation. A JSON control channel and MCP server allow AI agents and scripts to manipulate documents, operate tools and export artwork.

This is one of VectorCraft's most distinctive features. It is not simply an image editor with an AI assistant added on top. The editing engine itself is designed to be programmatically controllable.

Download VectorCraft v0.4.0 - Software Mirrors

VectorCraft v0.4.0 for Windows

vectorcraft-0.4.0-windows-x86.msi | 54.76 MB

vectorcraft-0.4.0-windows-x86-portable.zip | 68.72 MB

vectorcraft-0.4.0-windows-x64.msi | 56.46 MB

vectorcraft-0.4.0-windows-x64-portable.zip | 71.77 MB

vectorcraft-0.4.0-windows-arm64.msi | 52.17 MB

vectorcraft-0.4.0-windows-arm64-portable.zip | 67.78 MB

VectorCraft v0.4.0 for macOS

vectorcraft-cli-0.4.0-macos-universal.zip | 60.09 MB

vectorcraft-0.4.0-macos-universal.dmg | 77.59 MB

VectorCraft v0.4.0 for Linux

vectorcraft-0.4.0-linux-x86_64.tar.gz | 70.86 MB

vectorcraft-0.4.0-linux-x86_64.rpm | 71.51 MB

vectorcraft-0.4.0-linux-x86_64.deb | 71.95 MB

vectorcraft-0.4.0-linux-x86_64.AppImage | 66.83 MB

vectorcraft-0.4.0-linux-aarch64.tar.gz | 67.32 MB

vectorcraft-0.4.0-linux-aarch64.rpm | 68.64 MB

vectorcraft-0.4.0-linux-aarch64.deb | 69.21 MB

vectorcraft-0.4.0-linux-aarch64.AppImage | 63.61 MB

VectorCraft v0.4.0 for BSD

vectorcraft-0.4.0-freebsd-x86_64.tar.gz | 70.78 MB

Others Download related to VectorCraft v0.4.0

vectorcraft-web-0.4.0.zip | 17.45 MB

VectorCraft v0.4.0 Source Code

VectorCraft v0.4.0 Source code (zip)

VectorCraft v0.4.0 Source code (tar.gz)

VectorCraft v0.4.0 Release Notes:

What's Changed

  • Windows on ARM64: release builds, PE header check, install test on ARM64 hardware by @echelon in #215
  • Fonts: use craft-fonts as an optional build input; move the Japanese fonts out by @echelon in #220
  • Fix #206: Live Paint treats every path as an edge, open lines included by @bflatastic in #223
  • Fix #177: DXF Fit and Aligned text span their two points by @bflatastic in #226
  • Fix #221: Effect > Pathfinder works on several selected objects by @bflatastic in #227
  • CLI: a closed stdout ends vectorcraft-cli quietly by @japbcoelho in #181
  • PDF/.ai import: fonts are found by their PostScript name, whatever hyphens the family holds by @p0lyg0n in #214
  • Selection tool: Shift+drag on a selected object moves it, constrained by @theironchef in #225
  • Fix #219: right-click on the canvas opens a context menu by @bflatastic in #229
  • Type: find fonts by any of their names; say how each one resolved by @imachus in #209
  • Type: input method composition (Japanese IME) in the Type tool by @imachus in #207
  • Type: kinsoku, tate-chu-yoko and upright placement for vertical type by @imachus in #208
  • i18n: Czech interface language by @petrleocompel in #213
  • Fonts: the font menus leave out macOS's hidden "." families by @EthanSuquet in #228
  • FreeBSD: release package and a packaging check in CI by @echelon in #128
  • README: FreeBSD in the platform line and badge by @echelon in #235
  • Tests: the font resolution test no longer depends on the installed fonts by @bflatastic in #240
  • Dialogs: the button row is as wide as the fields, not the window by @theironchef in #239
  • Panels: a flyout wider than 256 points grows towards the canvas by @theironchef in #237
  • Canvas: a click just outside the canvas doesn't reach the tools by @theironchef in #233
  • MCP: prompts, resource templates, completions and logging by @fahrim in #216
  • i18n: UI localisation framework and a Traditional Chinese (zh-hant) catalog by @WildfootW in #205
  • i18n: names are never translated; palette cache; locale probe off the UI thread by @bflatastic in #243
  • Fix #231: docs/releasing.md describes the release pipeline by @bflatastic in #244
  • Fix #234: EPS files from the reference app open by @bflatastic in #249
  • ROADMAP: the DXF Fit/Aligned text, Effect > Pathfinder and translation fixes by @bflatastic in #251
  • Control: close the connection on input that isn't a request by @Luskish in #254
  • Type tool: a drag across text that isn't being edited selects it by @theironchef in #246
  • Type tools: a dragged area-type frame is the dragged rectangle by @theironchef in #253
  • Palette: entries rebuild when keyboard shortcuts change by @bflatastic in #261
  • Canvas: a drag from a ruler onto the canvas makes a guide by @theironchef in #263
  • i18n: Japanese translates every menu label by @p0lyg0n in #262
  • Fix #255: selection exports report the encoder's warnings by @bflatastic in #271
  • Fix #256: inspect_document reports the paint type's characters show by @bflatastic in #272
  • Fix #259: the docs say document.inspect reports paint as a label by @bflatastic in #273
  • Fix #258: the save_file tool says what it saves by @bflatastic in #274
  • Fix #257: format lists name every format the engine reads and writes by @bflatastic in #275
  • Toolbar: double-clicking Hand, Zoom and the transform tools works by @theironchef in #265
  • Status bar: the artboard navigator works, and fitting shows its artboard by @theironchef in #267
  • Free Transform: a handle drag follows the modifiers held during the drag by @theironchef in #269
  • Fix #260: tate-chu-yoko numbers and upright glyphs keep their own cell in vertical text by @bflatastic in #281
  • Fix #252: area type resizes its frame with the mouse by @bflatastic in #289
  • Canvas: Ctrl with another tool drags with the selection tool used last by @theironchef in #276
  • Canvas: Ctrl+Space zooms (Ctrl+Alt+Space out), Space alone pans by @theironchef in #279
  • PDF/.ai import: type set on a path comes back as type on a path by @p0lyg0n in #278
  • Shortcuts: chords with Shift and a punctuation key fire as typed by @theironchef in #282
  • Canvas: double-clicking type with a selection tool puts the caret there by @theironchef in #284
  • Symbols panel: drag art in to make a symbol, drag a symbol out to place it by @theironchef in #288
  • PDF/.ai import: art of a neighbouring artboard stays on its own page by @p0lyg0n in #286
  • Tests: Japanese file and folder names save, open, export and title documents by @p0lyg0n in #287
  • Release: VectorCraft v0.4.0 by @bflatastic in #294

New Contributors

  • @japbcoelho made their first contribution in #181
  • @p0lyg0n made their first contribution in #214
  • @imachus made their first contribution in #209
  • @petrleocompel made their first contribution in #213
  • @EthanSuquet made their first contribution in #228
  • @fahrim made their first contribution in #216
  • @WildfootW made their first contribution in #205
  • @Luskish made their first contribution in #254
Full Changelog: v0.3.1...v0.4.0

Performance and Compatibility

VectorCraft is implemented in Rust and uses a multithreaded rendering architecture. The project reports that 20,000 shapes can be rendered in approximately 27 milliseconds at full Retina resolution while maintaining a responsive interface.

Its geometry engine is designed around exact curve operations, while structural sharing provides effectively unlimited undo without requiring every operation to duplicate the entire document.

The project also places considerable emphasis on automated testing. Property-based tests are used for document round trips, while rendering and geometry have dedicated test infrastructure.

File compatibility is another strength. SVG is a first-class format, while PDF import/export and PDF-compatible AI files provide useful interoperability with established design workflows. DXF import and EPS export further extend its usefulness for technical and print-oriented work.

However, compatibility should not be confused with complete Illustrator parity. VectorCraft is still under active development, and the project roadmap indicates that some areas remain under construction.

System Requirements

VectorCraft supports:

  • Windows

  • macOS

  • Linux

  • FreeBSD

  • WebAssembly/browser

Prebuilt Linux packages are available in several formats, including:

  • AppImage

  • DEB

  • RPM

  • Tarball

Both x86_64 and ARM64 Linux builds are provided.

macOS has a universal build supporting Intel and Apple Silicon, while Windows is distributed as a native desktop application.

Developers can also build the application directly from source using Rust.

Pros and Cons

Pros

  • Open-source

  • MIT or Apache-2.0 licensing

  • Native Rust application

  • Windows, macOS and Linux support

  • Browser/WebAssembly version

  • Strong Bézier and vector-editing tools

  • Exact Pathfinder Boolean operations

  • Multiple artboards

  • Advanced gradients and appearance controls

  • Envelope Distort, Puppet Warp and Liquify

  • SVG and PDF support

  • EPS export

  • DXF import

  • Native document format

  • Excellent automation potential

  • JSON control interface

  • MCP support for AI agents

  • Multithreaded rendering

  • Extensive automated testing

Cons

  • Still under active development

  • Not yet a complete Illustrator replacement

  • Some workflows will still lack the maturity of established commercial software

  • Font availability and typography coverage are still developing

  • Professional production workflows should be tested before full migration

  • The large feature set can make the application more complex for beginners

How to Install

The easiest method is to download the appropriate prebuilt package from the project's GitHub releases.

Linux users can choose between AppImage, DEB, RPM and tarball packages. macOS users can install the universal application, while Windows users can use the provided Windows package.

Developers can build the desktop application from source:

git clone https://github.com/storytold/vectorcraft
cd vectorcraft
cargo run --release -p vectorcraft

A VectorCraft document can also be opened directly:

cargo run --release -p vectorcraft -- examples/dusk-poster.vectorcraft

For headless processing and automation, the project provides a CLI:

cargo run --release -p vectorcraft-cli -- run \
  --in examples/ribbons.vectorcraft \
  --export out.pdf

The MCP server can be launched with:

cargo run --release -p vectorcraft-cli -- mcp

This makes VectorCraft particularly interesting for automated graphics generation and AI-assisted design workflows.

Final Verdict

VectorCraft is an unusually ambitious open-source Illustrator alternative. It is not merely a basic SVG editor with a familiar interface. The project is attempting to recreate a substantial portion of the professional Illustrator workflow while building its own modern Rust-based rendering and document architecture.

Its strongest areas are vector geometry, Pathfinder operations, Bézier editing, advanced effects, SVG/PDF interoperability and automation. The MCP and JSON control interfaces are especially interesting because they allow the same editing engine to be operated by scripts and AI agents.

Performance is another major strength. The native Rust architecture and multithreaded rendering approach give VectorCraft a solid technical foundation for handling complex vector documents.

The biggest limitation is maturity. Established applications such as Illustrator have decades of compatibility work, plugins, fonts, production workflows and ecosystem support behind them. VectorCraft is still developing and should not yet be treated as a drop-in replacement for every professional Illustrator workflow.

For designers, developers and open-source users looking for a modern vector graphics application, however, VectorCraft is one of the most interesting projects in this category. Its combination of native performance, open licensing and agent-native automation makes it particularly worth watching.

VectorCraft v0.4.0
Free
Software Informations:
Developer:

Operating System:
Windows / macOS / linux
Date Added:
2026-10-07T11:23:46.458Z