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OpenShot 4.0: Built-In Recording, Color Grading, and Local AI
Released August 30, OpenShot 4.0 turns the free editor into a broader capture and editing workspace: it can record screen, webcam, microphone, and system audio, while adding color grading and local AI masking. The biggest technical change is the move from Qt 5 to Qt 6 and the replacement of the web based timeline wi...
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Key takeaways
- Released August 30, OpenShot 4.0 turns the free editor into a broader capture and editing workspace: it can record screen, webcam, microphone, and system audio, while adding color grading and local AI masking.
- The biggest technical change is the move from Qt 5 to Qt 6 and the replacement of the web based timeline with a native Qt timeline, alongside refreshed Linux, Windows, and macOS improvements.
- OpenShot 4.0.0 binaries and source code are available through the project’s GitHub releases and repositories.
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openai.comCreate a landscape editorial hero image for this Studio Global article: What are the main features, technical changes, platform improvements, and availability details of OpenShot 4.0, the free and open-source vid. Article summary: OpenShot 4.0, released August 30, is a major free and open-source update focused on integrated capture, color work, local AI masking, and a modernized Qt-based interface. It is available for Linux, Windows, and macOS; An. Topic tags: general, general web. Style: premium digital editorial illustration, source-backed research mood, clean composition, high detail, modern web publication hero. Use reference image context only for broad subject, composition, and topical grounding; do not copy the exact image. Avoid: logos, brand marks, copyrighted characters, real person likenesses, fake screenshots, UI text, readable text, watermarks, charts with fake numbers, clic
OpenShot 4.0 is a substantial workflow update for the free, open-source video editor. Released on August 30, it combines recording, editing, color correction, effects, and locally run machine-learning tools in one desktop application. The release is centered on four changes: a new multi-source Recording View, a dedicated Color View, local object masking, and a native Qt 6 timeline. 2
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The headline feature: recording directly into a project
OpenShot’s new Recording View can capture a screen, webcam, microphone, and system audio without requiring a separate capture-to-import workflow. Each enabled source remains separate and editable, so a creator can adjust screen footage, webcam video, voice, and computer audio independently after recording. 1
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The recording workflow also includes live input monitoring and timeline previews while recording. On Linux, screen and webcam capture supports both X11 and Wayland workflows; Wayland support uses desktop portals and PipeWire. 1
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That makes OpenShot 4.0 particularly relevant for tutorials, software demos, presentations, reaction videos, and other projects that combine desktop footage with a camera and narration.
A dedicated workspace for color correction and grading
The new Color View adds a more focused environment for adjusting footage. It includes color wheels, editable curves, LUT support, exposure and contrast controls, live video scopes, and adjustable presets. 2
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The combination is designed to serve both quick corrections and more deliberate grading. Presets can provide a starting point, while wheels, curves, LUTs, and scopes offer more precise control when footage needs consistent treatment across a project.
Local AI masking keeps subject isolation on the computer
OpenShot 4.0 adds an Object Mask effect that uses downloadable ONNX models running locally on the user’s machine. The official release materials describe the feature as working without a cloud service or subscription. 2
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A generated mask can isolate and track a subject, then drive selective effects such as blur, pixelation, or color grading. That supports tasks such as highlighting a person, hiding sensitive details, or changing the appearance of part of a frame without applying the effect to the entire image. 3
Object detection has also been expanded with downloadable YOLOv5 ONNX models, validation, segmentation masks, and controls for how detected objects, labels, and transformations are displayed. 3
Because the models run locally, results will depend on the computer and the selected model. The local design avoids sending footage to a cloud service, but it does not remove the need to download models or provide the processing hardware required to run them.
Ten new effects expand creative and utility workflows
OpenShot 4.0 introduces these ten effects: 3
- Color Grade
- Object Mask
- Audio Visualization
- Beat Sync
- Film Grain
- Denoise Image
- Shadow
- Glow
- Displacement Map
- Timer
Together, they cover several use cases: audio-reactive graphics, beat-driven edits, image cleanup, cinematic styling, compositing, subject isolation, and countdown or count-up overlays. The Color Grade and Object Mask effects also connect directly to the release’s larger color and local-AI workflow improvements.
Qt 6 and a rebuilt native timeline
OpenShot has migrated from Qt 5 to Qt 6. Its former web-based timeline components have also been rebuilt as a native Qt timeline, a structural change intended to improve the editing experience and fit the application more closely into modern desktop environments. 3
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The updated timeline includes smoother zooming, clearer thumbnails, waveforms, and keyframes, effect icons that remain visible at smaller zoom levels, and editable ruler timecode. The release also emphasizes better responsiveness when working with larger projects. 3
This is more than a cosmetic interface refresh: the timeline rebuild is the technical foundation behind many of the usability changes users will notice while arranging, inspecting, and navigating edits.
Presets, menus, and export workflows are refreshed
OpenShot 4.0 reorganizes context menus and adds motion, entrance, exit, and cinematic presets for faster animation work. Export presets have also been refreshed for platforms including TikTok, Instagram, Facebook, Snapchat, and LinkedIn. 3
These changes target common friction points in an editor: finding commands, applying an animation quickly, and preparing output for a platform-specific workflow.
Platform and Linux improvements
The Qt 6 migration and broader PySide6 compatibility are intended to improve OpenShot’s fit with current Linux distributions. Desktop-portal integration also improves file access and screen capture on modern Linux desktops, particularly for Wayland workflows. 3
The release includes additional improvements to high-DPI scaling, dock restoration, window movement, and theming across Linux, Windows, and macOS. 3
OpenShot 4.0 is a desktop release. The available release and source information points users to the project’s desktop binaries and repositories rather than presenting Android as a supported 4.0 platform. The project’s GitHub repository identifies version 4.0.0 as the latest release dated August 30, 2026. 11
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Where to get OpenShot 4.0
OpenShot 4.0.0 binaries and source code are available through the project’s GitHub release and source repositories. The main editor code is maintained in OpenShot/openshot-qt; related libopenshot and libopenshot-audio components are also part of the project’s 4.0 release set. 3
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For most users, the practical upgrade case is straightforward: OpenShot 4.0 brings capture, editing, color work, and local subject masking into a single workflow. The most meaningful technical shift is the native Qt 6 timeline, while the most visible creative additions are the Recording View, Color View, and ten new effects.
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What is the short answer to "OpenShot 4.0: Built-In Recording, Color Grading, and Local AI"?
Released August 30, OpenShot 4.0 turns the free editor into a broader capture and editing workspace: it can record screen, webcam, microphone, and system audio, while adding color grading and local AI masking.
What are the key points to validate first?
Released August 30, OpenShot 4.0 turns the free editor into a broader capture and editing workspace: it can record screen, webcam, microphone, and system audio, while adding color grading and local AI masking. The biggest technical change is the move from Qt 5 to Qt 6 and the replacement of the web based timeline with a native Qt timeline, alongside refreshed Linux, Windows, and macOS improvements.
What should I do next in practice?
OpenShot 4.0.0 binaries and source code are available through the project’s GitHub releases and repositories.
Sources
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