Open Source Rust Software Development Software - Page 7
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Rust Software Development Software
View 5975 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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MicroStation by Bentley Systems is the trusted computer-aided design (CAD) software built specifically for infrastructure design.MicroStation is the only computer-aided design software for infrastructure design, helping architects and engineers like you bring their vision to life, present their designs to their clients, and deliver their projects to the community.
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Outbound sales softwareAdversus is an outbound dialing solution that helps you streamline your call strategies, automate manual processes, and provide valuable insights to improve your outbound workflows and efficiency.
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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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Melody
Melody is a language that compiles to regular expressions
Melody is a language that compiles to regular expressions and aims to be more easily readable and maintainable. All quantifiers can be preceded by lazy to match the least amount of characters rather than the most characters (greedy). -
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Sandspiel
Creative cellular automata browser game
Sandspiel is an interactive, browser-based cellular automata simulation game that allows users to experiment with physics-like behaviors using simple elements such as sand, water, fire, and plant matter. Built with Rust compiled to WebAssembly and rendered using WebGL, it achieves high-performance simulation directly in the browser without requiring installation. The project focuses on creative exploration, enabling users to draw elements onto a canvas and observe emergent behaviors as they interact in real time. Its simulation engine models particle dynamics and fluid interactions, creating visually engaging and often unpredictable outcomes that mimic natural processes. Sandspiel also emphasizes community interaction by allowing users to share, fork, and remix creations, turning the platform into a collaborative sandbox for experimentation. The architecture is designed to support extensibility, including the potential to define custom elements through programmable APIs. -
Premier Construction SoftwareRated #1 Construction Accounting Software by Forbes Advisor in 2022 & 2023. Our modern SAAS solution is designed to meet the needs of General Contractors, Developers/Owners, Homebuilders & Specialty Contractors.
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Soldeer
Solidity Package Manager written in rust and integrated into Foundry
Soldeer is a package manager for Solidity, built in Rust and integrated into Foundry. It addresses the complexities of Solidity development by providing a dedicated tool for managing dependencies, avoiding the limitations of git submodules and npmjs, which are not tailored for the Solidity ecosystem. Soldeer aims to streamline the development workflow for Solidity developers. -
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Typst LSP
A brand-new language server for Typst, plus a VS Code extension
A brand-new language server for Typst. Syntax highlighting, error reporting, code completion, and function signature help. Compiles to PDF on save (configurable to as-you-type, or can be disabled) -
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devenv
Fast, declarative, reproducible, and composable developer environments
Fast, declarative, reproducible, and composable developer environments using Nix. Declaratively define your development environment by toggling basic options. -
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dvm
Easy way to manage multiple active deno versions
dvm (Deno Version Manager) is a tool designed to manage multiple active versions of the Deno runtime. It simplifies the process of installing, switching, and managing different Deno versions, making it easier for developers to test and deploy applications across various environments. dvm is cross-platform and requires no runtime dependencies, ensuring a lightweight and efficient experience. -
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heim
Cross-platform async library for system information fetching
Heim is a cross-platform system monitoring library written in Rust, providing real-time metrics for CPU, memory, and other resources. -
Rezku Point of SaleRezku is an all-inclusive ordering platform and management solution for all types of restaurant and bar concepts. You can now get a fully custom branded downloadable smartphone ordering app for your restaurant exclusively from Rezku.
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lldap
Light LDAP implementation
lldap (Lightweight LDAP) is a simplified and modern LDAP server implementation designed to provide directory services with minimal complexity and easier configuration compared to traditional LDAP solutions. It focuses on delivering essential LDAP functionality while avoiding the heavy operational overhead commonly associated with enterprise-grade directory servers. Written in Rust, lldap benefits from strong memory safety guarantees and performance efficiency, making it suitable for self-hosted environments and small-to-medium-scale deployments. The project emphasizes usability, offering a more approachable configuration model and integration capabilities for authentication and identity management systems. lldap is particularly useful for developers and organizations that need LDAP-compatible authentication without the complexity of legacy systems like OpenLDAP. Its design prioritizes clarity, maintainability, and ease of deployment, aligning with modern infrastructure practices. -
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min-sized-rust
How to minimize Rust binary size
min-sized-rust is a practical, research-oriented repository that demonstrates how to aggressively reduce the size of compiled Rust binaries through a combination of compiler flags, linker optimizations, and code-level techniques. By default, Rust prioritizes performance, debuggability, and compile speed, which often results in relatively large binaries, especially in debug mode or when including standard libraries. This project systematically explores how to invert those priorities, focusing instead on minimizing output size for use cases such as embedded systems, WebAssembly, and constrained deployment environments. It provides concrete examples and configurations showing how to strip symbols, reduce panic overhead, optimize linking, and eliminate unused code paths. The repository also highlights trade-offs between size, performance, and safety, helping developers understand the implications of each optimization step. -
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three-d
Makes it simple to draw stuff across platforms (including web)
three-d is a lightweight and modern 3D rendering library written in Rust that targets both native and WebAssembly environments, providing a simple yet powerful abstraction over GPU-based graphics APIs. It is designed to make 3D graphics programming accessible while still offering fine-grained control over rendering pipelines, materials, lighting, and camera systems. The library leverages modern graphics standards such as OpenGL and WebGL to deliver high-performance rendering across platforms, including browsers and desktop applications. It includes built-in support for common 3D concepts such as meshes, textures, shaders, and scene management, enabling developers to create complex visual applications with minimal boilerplate. three-d also emphasizes ease of use by providing a clean API that abstracts away low-level details while still allowing customization when needed. -
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wasm-bindgen
Facilitating high-level interactions between Wasm modules and Js
wasm-bindgen is a foundational Rust tool that enables seamless interoperability between Rust and JavaScript by generating the necessary bindings and glue code for WebAssembly modules. It allows developers to write performance-critical code in Rust, compile it to WebAssembly, and then expose functions, structs, and APIs directly to JavaScript in a natural and idiomatic way. The tool automates the process of bridging differences between Rust’s type system and JavaScript’s dynamic environment, making cross-language integration significantly easier. One of its key design principles is efficiency, following a “pay only for what you use” model where only the required bindings are generated, minimizing unnecessary overhead. It also integrates into modern build pipelines through tools like wasm-pack. -
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wasm-tools
CLI and Rust libraries for low-level manipulation of WebAssembly
wasm-tools is a comprehensive suite of command-line utilities and Rust libraries for working with WebAssembly modules at a low level, providing developers with the ability to inspect, validate, transform, and generate Wasm binaries. It includes a wide range of subcommands that handle tasks such as converting between text and binary formats, validating module structure, and printing human-readable representations of compiled code. The toolkit also supports advanced operations like mutating, shrinking, and generating test cases for WebAssembly modules, making it particularly valuable for testing, debugging, and research purposes. In addition to its CLI, wasm-tools exposes many of its capabilities as reusable Rust libraries, allowing developers to integrate WebAssembly manipulation directly into their applications. The project actively implements and supports evolving WebAssembly proposals, ensuring compatibility with the latest features of the ecosystem. -
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Chumsky
Write expressive, high-performance parsers with ease.
Chumsky is a parser library for Rust that focuses on expressiveness and performance. It provides developers with tools to write high-performance parsers using combinators, suitable for a wide range of parsing tasks. -
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Drill
Drill is an HTTP load testing application written in Rust
Drill is an HTTP load-testing application written in Rust. The main goal for this project is to build a really lightweight tool as an alternative to other that require JVM and other stuff. You can write benchmark files, in YAML format, describing all the stuff you want to test. It was inspired by Ansible syntax because it is really easy to use and extend. As you can see, you can play with interpolations in different ways. This will let you specify a benchmark with different requests and dependencies between them. Right now, the easiest way to get drill is to go to the latest release page and download the binary file for your platform. OpenSSL is needed in order to compile Drill, whether it is through cargo install or when compiling from source with cargo build. -
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Flox
Developer environments you can take with you
Flox is a portable, reproducible developer-environment and package-management system that lets you compose and share per-project stacks across the full software lifecycle. Instead of snowflake machines, teams define environments that layer or replace dependencies exactly where needed, then activate the same environment locally, in CI, or on production hosts. The GitHub repo and docs present a developer-first UX, plus integrations such as a VS Code extension that makes activating and working within Flox environments seamless. The ecosystem includes CI building blocks—for example, a CircleCI Orb—to install and activate environments as part of builds and tests. Flox’s messaging focuses on faster onboarding and “time-to-activation,” reducing friction for new contributors and multi-repo organizations. In practice, it functions as both the package source and the environment switcher, keeping toolchains isolated and reproducible. -
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Holochain
The current, performant & industrial strength version of Holochain
Holochain is a post-blockchain framework for building agent-centric, distributed applications. Instead of using global consensus, Holochain enables each agent (user) to maintain their own local state while validating actions with a shared set of rules. This allows for scalable, secure, and resilient apps where data is owned and controlled by users. Ideal for social apps, cooperatives, and data sovereignty platforms, Holochain focuses on enabling collaboration without central servers or miners. It offers a complete toolkit for developers to create decentralized, peer-to-peer apps with built-in integrity and trust systems. -
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MagicAPI AI Gateway
Built for demanding AI workflows
The world's fastest AI Gateway proxy, written in Rust and optimized for maximum performance. This high-performance API gateway routes requests to various AI providers (OpenAI, GROQ) with streaming support, making it perfect for developers who need reliable and blazing-fast AI API access. -
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Wasmer Python
WebAssembly runtime for Python
Wasmer Python is a language binding that allows Python applications to execute WebAssembly modules using the Wasmer runtime, enabling developers to run portable, sandboxed code within Python environments. It provides a Pythonic API for loading, compiling, and executing WebAssembly binaries while maintaining strong security guarantees through sandboxing. The library allows interaction with WebAssembly modules via imports, exports, and shared memory, enabling integration between Python code and compiled modules written in other languages. By leveraging the underlying Wasmer runtime, it delivers near-native execution performance while remaining platform-independent. Wasmer Python is particularly useful for embedding plugins, running untrusted code safely, or executing cross-language workloads in a consistent environment. It supports multiple execution engines and can adapt to different performance and compatibility needs. -
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Wasmi
Efficient and versatile WebAssembly interpreter for embedded systems
wasmi is a lightweight WebAssembly interpreter written in Rust that is designed to execute Wasm binaries efficiently in constrained or embedded environments. Unlike JIT-based runtimes, wasmi focuses on interpretation, prioritizing portability, determinism, and low resource usage over maximum raw performance. It is particularly well-suited for blockchain systems, embedded devices, and other contexts where predictable execution and minimal dependencies are critical. The runtime implements the WebAssembly specification and provides a safe execution environment with strict sandboxing, ensuring that untrusted code cannot access host resources without explicit permission. wasmi also emphasizes modularity and embeddability, allowing developers to integrate it into their applications with fine-grained control over execution behavior. Its design makes it ideal for scenarios where simplicity, security, and reproducibility are more important than peak performance. -
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jawsm
JavaScript to WASM compiler
Jawsm is an experimental JavaScript-to-WebAssembly compiler written in Rust that aims to transform standard JavaScript code into standalone WebAssembly binaries that can execute without relying on an embedded interpreter. Unlike traditional approaches that require bundling a JavaScript engine or using a restricted subset of the language, Jawsm seeks to compile full JavaScript directly into WebAssembly, leveraging modern Wasm capabilities to execute code efficiently. The project is still in early development, with many JavaScript features and built-in objects not yet fully implemented, but its long-term goal is to achieve near-complete compatibility with the language. Its design is motivated by the desire to reduce runtime overhead and binary size compared to interpreter-based solutions, especially in environments where performance and portability are critical. -
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ntex
framework for composable networking services
Framework for composable network services. Starting ntex v0.5 async runtime must be selected as a feature. Available options are glommio, tokio or async-std. -
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tachyonfx
Effects and animation library for Ratatui applications
tachyonfx is a Rust-based animation and effects library designed specifically for terminal user interfaces built with the Ratatui ecosystem, enabling developers to add visually rich transitions and dynamic behavior to text-based applications. It introduces a composable system where complex animations can be created by layering and combining smaller, reusable effects, similar to how shaders or animation pipelines work in graphical environments. The library focuses on enhancing the visual expressiveness of terminal applications, which are traditionally static, by introducing motion, interpolation, and smooth transitions between UI states. TachyonFX integrates deeply with Ratatui’s rendering model, allowing developers to apply effects to widgets, layouts, or entire scenes without rewriting core UI logic. It also supports real-time updates and interactive behaviors, making it suitable for applications that require responsive visual feedback. -
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Ansible Examples
A few starter examples of ansible playbooks, to show features
This repository collects practical, real-world examples of using Ansible to automate infrastructure, deployments, and configurations. Each directory demonstrates a specific use case—ranging from setting up web servers, load balancers, and databases to orchestrating multi-tier applications in cloud environments. The examples highlight common Ansible practices such as organizing inventories, writing reusable playbooks, using roles, and handling variables and templates. They’re designed to be adapted directly into your own infrastructure or to serve as reference blueprints when learning how to structure automation projects. Whether you’re managing a handful of servers or deploying at scale, this repo provides starting points that illustrate how Ansible can streamline repetitive operational tasks.
