Open Source Rust Software Development Software - Page 9
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Rust Software Development Software
View 5985 business solutionsBrowse free open source Rust Software Development Software and projects below. Use the toggles on the left to filter open source Rust Software Development Software by OS, license, language, programming language, and project status.
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The full-stack observability platform that protects your dataLayer, tags and conversion dataCode-Cube.io detects issues instantly, alerts you in real time and helps you resolve them fast. No manual QA. No unreliable data. Just data you can trust and act on.
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Argh
Rust derive-based argument parsing optimized for code size
argh is a tiny, pragmatic command-line argument parsing library that favors simple, readable code over elaborate configuration. It’s designed for the case where you just want to declare a few flags, accept some positional arguments, and print helpful usage text without wiring up a heavy framework. The API is intentionally compact so you can parse arguments inline near main() and map them straight into native types. It supports short and long options, boolean switches, and key–value flags while keeping error messages and help output understandable for end users. Subcommands can be modeled without much boilerplate, letting you structure larger CLIs while keeping each command self-contained. The overall feel is “get out of your way”: minimal setup, zero magic, and a straightforward path from argv to validated inputs. -
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Artichoke Ruby
Artichoke is a Ruby made with Rust
Artichoke is an experimental implementation of the Ruby programming language written primarily in Rust, aiming to provide a modern, embeddable, and portable Ruby runtime. It is designed to be compatible with MRI Ruby while exploring new approaches to performance, safety, and execution models through Rust’s systems programming capabilities. One of its key goals is to enable Ruby to run in environments where traditional implementations struggle, including WebAssembly and sandboxed or untrusted execution contexts. Artichoke features a modular architecture composed of multiple Rust crates, allowing developers to customize and embed the interpreter into their own applications. It includes tools such as a command-line interpreter and an interactive REPL, making it usable both as a runtime and a development environment. The project emphasizes experimentation with advanced features like alternative garbage collection strategies, parallel execution, and ahead-of-time compilation. -
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Aurae
Distributed systems runtime daemon written in Rust
Aurae is on a mission to be the most loved and effective way of managing workloads on a node. Our hope is that by bringing a better set of controls to a node, we can unlock brilliant higher-order distributed systems in the future. Aurae deploys a memory-safe 1 runtime daemon, process manager, and PID-1 initialization system to remotely schedule processes, containers, and virtual machines as well as set node configurations (e.g., networking storage). Through system proportioning and enterprise workload isolation techniques, the Aurae open-source project can complement higher-order schedulers and control planes (such as Kubernetes) as Aurae supports the usage of multi-tenant workloads and enterprise identities all the way down to the socket layer. -
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Autocxx
Tool for safe ergonomic Rust/C++ interop driven from existing C++
autocxx is an open source Rust tool and procedural macro designed to enable automatic, safe interoperability between C++ and Rust. It integrates the functionality of bindgen (for parsing and generating Rust bindings from C++ headers) with cxx (for safe and idiomatic Rust–C++ communication), automating the creation of bridges between the two languages. With autocxx, developers can include C++ headers directly in Rust source code and automatically generate bindings for the corresponding C++ classes, functions, and types. This approach greatly simplifies working with existing C++ libraries in Rust while maintaining safety and memory correctness. By reducing the amount of boilerplate and manual configuration typically needed for FFI (Foreign Function Interface) bindings, autocxx allows developers to focus on higher-level logic rather than low-level integration details. -
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Bend
A massively parallel, high-level programming language
Bend is an interactive programming environment (REPL) built on top of the Kotlin language, designed to allow users to explore, experiment, and learn Kotlin in a live, feedback-driven manner. The tool lets you define variables, functions, or values at the prompt and iteratively refine them—immediately seeing output and types—while preserving state across commands. It emphasizes discoverability and experimentation: users can inspect functions, call them on sample inputs, and evolve logic without a full project scaffold. Because it’s embedded in a graphical or console interface, Bend aims to reduce the friction of switching between editor and runtime when prototyping or debugging ideas in Kotlin. It can also be extended with libraries or domain-specific tools, making it a flexible playground for domain scripting, education, or data exploration. -
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CCC
Claude Opus 4.6 wrote a dependency-free C compiler in Rust
Claude’s C Compiler is a remarkable experiment in automated software generation: a full C compiler written from scratch in Rust entirely by an AI model (Claude Opus 4.6) with minimal human intervention, capable of targeting multiple architectures like x86-64, i686, ARM, and RISC-V. The project implements every part of a traditional compiler — the lexer, parser, intermediate representation, optimizer, code generator, assembler, linker, and debug info emitter — without relying on any external toolchain, producing standalone executables in the ELF format. While still early and not fully validated for correctness, it demonstrates the frontier of what sophisticated AI can build in complex, systems-level software domains, including the potential to compile real operating systems and large software projects. -
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CYFS
CYFS is the next-generation technology to build real Web3
CYFS (Cyber File System) is a next-generation decentralized application protocol designed to redefine internet infrastructure by replacing traditional HTTP and DNS with a content-addressed, owner-controlled system. It allows apps to run entirely peer-to-peer, where users fully own their data and devices participate in the network without central servers. CYFS uses innovative technologies such as object-capability security and named data networking to offer performance, security, and offline operability. It is especially geared towards building Web3 applications and digital sovereignty ecosystems. -
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Cherrybomb
Cherrybomb is a CLI tool that helps you avoid undefined user behaviour
Cherrybomb is an CLI tool written in Rust that helps prevent incorrect code implementation early in development. It works by validating and testing your API using an OpenAPI file. Its main goal is to reduce security errors and ensure your API functions as intended. Cherrybomb makes sure your API is working correctly. It checks your API's spec file (OpenAPI Specification) for good practices and makes sure it follows the OAS rules. Then, it tests your API for common issues and vulnerabilities. If any problems are found, Cherrybomb gives you a detailed report with the exact location of the problem so you can fix it easily. With a configuration file, you can easily edit, view, Cherrybomb's options. The config file allows you to set the running profile, location of the oas file, the verbosity and ignore the TLS error. Config also allows you to override the server's URL with an array of servers, and add security to the request. -
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CodeSnap.nvim
Snapshot plugin with rich features that can make pretty code snapshots
Snapshot plugin with rich features that can make pretty code snapshots for Neovim. -
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Crossbeam
Tools for concurrent programming in Rust
This crate provides a set of tools for concurrent programming. Crossbeam supports stable Rust releases going back at least six months, and every time the minimum supported Rust version is increased, a new minor version is released. Currently, the minimum supported Rust version is 1.36. Crossbeam welcomes contribution from everyone in the form of suggestions, bug reports, pull requests, and feedback. We also have the RFCs repository for more high-level discussion, which is the place where we brainstorm ideas and propose substantial changes to Crossbeam. If you'd like to learn more about concurrency and non-blocking data structures, there's a list of learning resources in our wiki, which includes relevant blog posts, papers, videos, and other similar projects. The Crossbeam project adheres to the Rust Code of Conduct. This describes the minimum behavior expected from all contributors. -
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DCV Color Primitives
DCV Color Primitives Library
DCV Color Primitives is a library to perform image color model conversion. Aware of the underlying hardware and supplemental cpu extension sets (up to avx2). Support data coming from a single buffer or coming from multiple image planes. Support non-tightly packed data. Support images greater than 4GB (64 bit). Convert an image from bgra to nv12 (single plane) format containing yuv in BT601. You might want to propagate errors to the caller function or mix with some other error types. So far, buffers were sized taking into account the image pixel format and dimensions; However, you can use a function to compute how many bytes are needed to store an image of a given format and size. If your data is scattered in multiple buffers that are not necessarily contiguous, you can provide image planes. To take into account data which is not tightly packed, you can provide image strides. -
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Diesel
A safe, extensible ORM and Query Builder for Rust
Diesel is the most productive way to interact with databases in Rust because of its safe and composable abstractions over queries. We don’t want to waste time tracking down runtime errors. We achieve this by having Diesel eliminate the possibility of incorrect database interactions at compile time. Diesel offers a high level query builder and lets you think about your problems in Rust, not SQL. Our focus on zero-cost abstractions allows Diesel to run your query and load your data even faster than C. Unlike Active Record and other ORMs, Diesel is designed to be abstracted over. Diesel enables you to write reusable code and think in terms of your problem domain and not SQL. -
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Eww
ElKowars wacky widgets
Eww (ElKowar's Wacky Widgets, pronounced with sufficient amounts of disgust) is a widget system made in Rust, which lets you create your own widgets similarly to how you can in AwesomeWM. The key difference: It is independent of your window manager. Configured in yuck and themed using CSS, it is easy to customize and provides all the flexibility you need. Rather than with your system package manager, I strongly recommend installing it using rustup. Additionally, eww requires some dynamic libraries to be available on your system. The exact names of the packages that provide these may differ depending on your distribution. -
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GPG-TUI
Manage your GnuPG keys with ease
Introducing gpg-tui, a Terminal User Interface for GnuPG. gpg-tui is a TUI for managing the GnuPG keys In this post, I'm giving a brief introduction to the project as well as describing the thought process and main development challenges behind it. GPGME uses GnuPG's OpenPGP backend as default to provide a high-level crypto API for various operations including key management, which was the thing I needed. -
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Glicol
Graph-oriented live coding language and music/audio DSP library
Glicol is a graph-oriented live coding language and audio engine designed for real-time music creation and digital signal processing, written entirely in Rust. It introduces a unique paradigm where audio synthesis and sequencing are represented as interconnected nodes, allowing developers and musicians to construct complex sound pipelines through declarative code. The language is designed to be accessible to beginners while still offering powerful capabilities for advanced users, enabling both quick experimentation and precise control over audio generation. Glicol’s engine operates without garbage collection and is optimized for real-time performance, achieving sample-accurate audio synthesis across multiple platforms. It can run in browsers via WebAssembly, as well as in desktop applications, VST plugins, and embedded systems like Bela boards, making it highly portable. -
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Grafbase
The Grafbase GraphQL Federation Gateway
Grafbase is an open-source GraphQL federation gateway and API platform designed to unify multiple backend services and data sources into a single, high-performance GraphQL interface. The project provides a Rust-based gateway that acts as the central layer for composing and managing distributed APIs, particularly in microservice architectures where data may come from many independent systems. By supporting GraphQL federation standards, the platform enables teams to combine multiple subgraphs or services into a unified schema that clients can query as a single endpoint. Grafbase is designed for large-scale production environments, emphasizing high throughput, low latency, and efficient resource usage through its Rust implementation. The system also includes tools for schema governance, API lifecycle management, and collaboration workflows, helping engineering teams safely evolve complex APIs over time. -
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GraphQL Juniper
GraphQL server library for Rust
GraphQL is a data query language developed by Facebook intended to serve mobile and web application frontends. Juniper makes it possible to write GraphQL servers in Rust that are type-safe and blazingly fast. We also try to make declaring and resolving GraphQL schemas as convenient as Rust will allow. Juniper does not include a web server - instead it provides building blocks to make integration with existing servers straightforward. It optionally provides a pre-built integration for the Actix, Hyper, Iron, Rocket, and Warp frameworks, including embedded Graphiql and GraphQL Playground for easy debugging. The best place to get started is the Juniper Book, which contains guides with plenty of examples, covering all features of Juniper. Juniper supports the full GraphQL query language according to the specification (October 2021), including interfaces, unions, schema introspection, and validations. It can also output the schema in the GraphQL Schema Language. -
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Holochain-rust
The Holochain framework implemented in rust
Holochain-rust is an implementation of the Holochain framework in Rust, providing the core libraries and developer tooling needed to build peer-to-peer distributed applications without relying on centralized servers or blockchain consensus mechanisms. The framework follows an agent-centric architecture, where each participant maintains their own data chain while sharing and validating data through a distributed hash table. This design eliminates the need for global consensus, allowing applications to scale efficiently and operate with greater autonomy and resilience. The project includes multiple components such as the core runtime, a developer kit for writing application logic (zomes), a conductor for managing application instances, and command-line tools for development and testing. Applications are typically compiled to WebAssembly and executed within a secure runtime environment, enabling portability and sandboxing. -
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ICU4X
Solving i18n for client-side and resource-constrained environments
Welcome to the home page for the ICU4X project. ICU4X provides components enabling a wide range of software internationalization. It draws deeply from the experience of ICU4C, ICU4J, and ECMA-402 and relies on data from the CLDR project. -
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Just One Single History
Just One Single History
Combine the advantages of a monorepo with those of multirepo setups by leveraging a blazingly-fast, incremental, and reversible implementation of git history filtering. The partial repo will act as a normal git repository but only contain the files found in the subdirectory and only commits affecting those files. The partial repo supports both fetch as well as push operation. This helps not just to improve performance on the client due to having fewer files in the tree, it also enables collaboration on parts of the monorepo with other parties utilizing git's normal distributed development features. For example, this makes it easy to mirror just selected parts of your repo to public github repositories or specific customers. Simplify code sharing and dependency management. Beyond just subdirectories, Josh supports filtering, re-mapping and composition of arbitrary virtual repositories from the content found in the monorepo. -
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Krustlet
Kubernetes Rust Kubelet
Krustlet is a Kubernetes kubelet implementation written in Rust that enables Kubernetes clusters to run workloads based on WebAssembly instead of traditional container images. It acts as an alternative node agent that integrates with Kubernetes while replacing the container runtime with a WebAssembly runtime, allowing applications to be deployed as Wasm modules. This approach provides improved startup times, stronger security isolation, and reduced resource consumption compared to containers, making it particularly appealing for edge and cloud-native environments. Krustlet supports WASI (WebAssembly System Interface), enabling Wasm modules to interact with system resources in a controlled and standardized way. It is designed to integrate seamlessly into existing Kubernetes clusters, allowing developers to schedule and manage Wasm workloads using familiar Kubernetes APIs and tooling. -
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Lucet
Lucet, the Sandboxing WebAssembly Compiler.
Lucet is a native WebAssembly compiler and runtime designed to securely execute untrusted code with high performance and strong isolation guarantees. Developed by the Bytecode Alliance, it focuses on ahead-of-time compilation, converting WebAssembly modules into native machine code before execution to achieve fast startup times and predictable performance. Lucet is particularly notable for its use in edge computing environments, where low latency and efficient resource usage are critical, such as in content delivery networks. It leverages the Cranelift code generator to produce optimized native binaries and provides a runtime that enforces strict sandboxing, ensuring that untrusted code cannot compromise the host system. The project is designed to embed easily into applications, allowing developers to extend systems with plugin-like architectures powered by WebAssembly. -
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Lunatic
Lunatic is an Erlang-inspired runtime for WebAssembly
Lunatic is a universal runtime for fast, robust and scalable server-side applications. It's inspired by Erlang and can be used from any language that compiles to WebAssembly. -
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MHNs Rust Examples
Collection of Rust code examples.
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Mangle
Go library for Datalog-style logical reasoning and domain modeling
Mangle is a programming language developed by Google for deductive database programming, serving as an advanced extension of Datalog. It is designed to unify and query data from multiple sources in a structured, declarative way while allowing developers to model complex relationships and domain knowledge beyond binary predicates. Mangle enhances traditional Datalog by introducing features such as aggregation, function calls, and optional type-checking, which make it more practical for modern data-intensive applications. Unlike SQL, Mangle’s declarative syntax naturally supports recursion and modular program structure, making it suitable for representing hierarchical or interconnected datasets like dependency graphs or knowledge graphs. The project’s implementation is provided as a Go library, enabling developers to embed Mangle directly into their applications or services, such as database-like gRPC systems.
