Open Source Rust Video Software
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Rust Video Software
View 247 business solutionsBrowse free open source Rust Video Software and projects below. Use the toggles on the left to filter open source Rust Video Software by OS, license, language, programming language, and project status.
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Weylus
Use your tablet as graphic tablet/touch screen on your computer
Weylus turns your tablet or smart phone into a graphic tablet/touch screen for your computer! No apps except a modern browser (Firefox 80+, iOS/iPadOS 13+) are required on your tablet. Start Weylus, preferably set an access code in the access code box and press the Start button. This will start a webserver running on your computer. To control your computer with your tablet you need to open the url http://<address of your computer>:<port set in the menu, default is 1701>, if possible Weylus will display to you the url you need to open and show a QR code with the encoded address. If you have a firewall running make sure to open a TCP port for the webserver (1701 by default) and the websocket connection (9001 by default). -
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dovi_tool
dovi_tool is a CLI tool combining multiple utilities
dovi_tool is a command-line utility written in Rust that provides a comprehensive set of tools for working with Dolby Vision metadata in video streams. It is designed to analyze, edit, and generate dynamic metadata used in high dynamic range video formats. The tool allows users to extract, inject, and modify RPU data, which controls how Dolby Vision content is displayed on compatible devices. It also supports demuxing and muxing HEVC streams, enabling manipulation of enhancement layers and metadata within video files. dovi_tool is widely used in advanced video encoding workflows where precise control over HDR metadata is required. Its modular design includes multiple subcommands that handle different aspects of processing, from inspection to transformation. Overall, it serves as a powerful utility for professionals working with Dolby Vision video pipelines. -
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ffplayout
Rust and ffmpeg based playout
ffplayout is a 24/7 broadcasting automation system built with Rust and FFmpeg, designed to continuously stream audio or video content from playlists or directories. It enables users to schedule daily playlists using JSON files while keeping them editable during playback, allowing dynamic control over broadcasts. The system can also operate in folder-based mode, automatically playing media files in sequence or loop. It supports streaming output to servers or local playback environments, making it suitable for radio, TV, or online channels. ffplayout includes fallback mechanisms that replace missing content with filler clips or generated placeholders to maintain uninterrupted streams. It also offers overlay features such as logos and text, along with logging and monitoring capabilities. Overall, it provides a robust and lightweight solution for automated media broadcasting workflows. -
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Frame
Fast FFmpeg GUI
Frame is a multimedia-focused project designed to handle video frame extraction, analysis, and processing workflows using FFmpeg-based pipelines. It enables developers to work directly with individual frames from video streams, supporting tasks such as frame sampling, transformation, and analysis. The tool is structured to facilitate automation, allowing users to process frames in bulk or integrate frame-level operations into larger media pipelines. It supports multiple video formats and leverages FFmpeg for decoding and encoding operations. frame is particularly useful for applications such as computer vision preprocessing, video inspection, and content analysis. Its modular design allows customization of workflows and integration into different environments. Overall, it serves as a practical utility for frame-level video processing and experimentation. -
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Gyroflow
Video stabilization using gyroscope data
Gyroflow is an advanced open-source video stabilization application that uses gyroscope and motion sensor data to produce highly accurate and cinematic stabilization results. Instead of relying solely on visual estimation like traditional software stabilizers, it processes real motion data recorded by cameras or external sensors to achieve more precise compensation. This approach allows it to correct complex camera movement, rolling shutter distortion, and lens artifacts while preserving image quality. The software supports a wide range of cameras, including action cameras, drones, and professional cinema gear, many of which embed gyro data directly into video files. It provides a real-time preview interface with hardware-accelerated rendering, allowing users to adjust stabilization parameters and instantly see results. Gyroflow also integrates with major video editing tools through plugins, enabling a seamless post-production workflow. -
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RisingWave
RisingWave: the next-generation streaming database in the cloud
RisingWave is a cloud-native streaming database that uses SQL as the interface. It is designed to reduce the complexity and cost of building real-time applications. RisingWave consumes streaming data, performs continuous queries, and updates results dynamically. As a database system, RisingWave maintains results in its own storage so that users can access data efficiently. RisingWave accepts data from sources like Apache Kafka, Apache Pulsar, Amazon Kinesis, Redpanda, and materialized CDC sources. Everything you do in RisingWave is via Postgres-compatible SQL. Create materialized views for the data that need to be incrementally aggregated. Query for data in RisingWave, including persisted data and data you add or import to RisingWave. RisingWave makes it easy to manage streams and data. All you need to interact with RisingWave is Postgres-compatible SQL. No Java or Scala codes are needed. -
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Av1an
Cross-platform command-line AV1 / VP9 / HEVC / H264 encoding framework
Av1an is a command-line encoding framework designed to efficiently encode video into the AV1 format using distributed and parallel processing techniques. It acts as an orchestrator that splits video files into chunks, processes them in parallel using encoders like SVT-AV1, AOM, or rav1e, and then merges the results into a final output. The tool is optimized for high-quality encoding while reducing total processing time through multi-core and multi-machine support. It includes scene detection and chunking strategies to improve compression efficiency and visual consistency across segments. Av1an also supports advanced encoding options, allowing users to fine-tune bitrate, quality, and performance settings. It integrates with VapourSynth for preprocessing and filtering, enabling more control over input video quality. Overall, it is widely used by enthusiasts and professionals seeking efficient AV1 encoding workflows. -
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Real-ESRGAN Video Enhance
Real-ESRGAN video upscaler with resumability
REVE (Real-ESRGAN Video Enhance) is a small, fast application written in Rust that is used for upscaling animated video content. It utilizes Real-ESRGAN-can-Vulkan, FFmpeg and MediaInfo under the hood. REVE employs a segment-based approach to video upscaling, allowing it to simultaneously upscale and encode videos. This results in a notable enhancement in performance and enables the feature of reusability. You can download Windows executable file for Intel/AMD/Nvidia GPU. This executable file is portable and includes all the binaries and models required. No CUDA or PyTorch environment is needed. -
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Free Fps. Video FPS Converter
Desktop app to change a video FPS
Free FPS is an open‑source desktop app and scripts to change a video file frame rate (FPS) using FFmpeg. Unlike video editors, it does not add effects or alter content - it only adjusts playback speed and, if needed, re-encodes audio as well. Useful if you work with multiple videos shot at different frame rates that cannot be combined or edited without interpolation or frame loss. Also doubles as a fast video compressor: keep the original FPS and raise compression (e.g., higher CRF or lower bitrate) to reduce file size. What it does: Changes video FPS via FFmpeg. Keeps or re‑encodes audio if requested. No effects, no content edits. Writes results to a separate output folder by default. Also doubles as a fast video compressor: keep the original FPS and raise compression (e.g., higher CRF or lower bitrate) to reduce file size. Important: The program is intended for users who understand what FPS conversion does. Changing the frame rate affects the speed and duration of the video -
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Stremio Core
Types, addon system, UI models, core logic
Stremio Core is the Rust engine that powers Stremio’s apps by centralizing all reusable logic behind discovery, catalogs, metadata, streams, add-ons, and user/library state. It exposes a clean set of modules—types, addon_transport, and state_types—so apps can talk to add-ons, model UI state, and react to events without duplicating code. The architecture is inspired by Elm: immutable state, message-driven updates, and explicit side-effects (“effects”) keep behavior predictable and testable. An environment abstraction lets hosts provide implementations for things like storage, networking, and timers, making the core portable to desktop, mobile, and web. The project targets WebAssembly as well, so the same Rust logic can run inside the browser via a small bridge layer. -
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FFmpeg Sidecar
Wrap a standalone FFmpeg binary in an intuitive Iterator interface
FFmpeg Sidecar is a Rust library that wraps a standalone FFmpeg binary and exposes it through an intuitive, iterator-based interface. It allows developers to interact with video streams as sequences of raw frames, abstracting the complexity of decoding and processing media. The library leverages FFmpeg’s CLI instead of low-level bindings, simplifying setup and avoiding heavy dependencies. It enables streaming data through stdin and stdout, making it suitable for real-time processing pipelines. Additionally, it parses FFmpeg logs to extract structured information such as progress, metadata, and errors. The project is designed for cross-platform compatibility and minimal configuration. Its architecture emphasizes simplicity while retaining access to FFmpeg’s powerful capabilities. -
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SupTube
An open-source Windows client for YouTube
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TwitchBox
An open-source Windows client for Twitch.tv
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Anime4K-rs
An attempt to write Anime4K in Rust
An attempt to write Anime4K in Rust. Anime4K is a state-of-the-art*, open-source, high-quality real-time anime upscaling algorithm that can be implemented in any programming language. -
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Rsmpeg
A Rust crate that exposes FFmpeg's power as much as possible
Rsmpeg is a Rust-based binding for FFmpeg that provides low-level access to multimedia processing capabilities through safe and efficient abstractions. It allows developers to interact directly with FFmpeg libraries for tasks such as encoding, decoding, and stream manipulation. The library is designed to balance performance with safety by leveraging Rust’s ownership model and memory management features. It supports handling of containers, codecs, and frames, enabling fine-grained control over media workflows. rsmpeg is suitable for building high-performance multimedia applications that require precise control over processing pipelines. It also integrates well with other Rust libraries, enabling complex system development. Overall, it serves as a bridge between FFmpeg and modern Rust applications.
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