Open-Source Robotics Digital Twin IDE, Fully Hackable for Coding, Building, and Simulation скачать в хорошем качестве

Open-Source Robotics Digital Twin IDE, Fully Hackable for Coding, Building, and Simulation

Welcome to our open-source Robotics Digital Twin IDE, built to be fully hackable, fully inspectable, and genuinely useful for real engineers who want to code, write, prototype, test, and ship robotics systems faster. This platform is designed as a practical development environment where robotics software, digital twin simulation, physics, sensors, and engineering logic can live together in one workflow, instead of being split across disconnected tools. This project is not a demo. It is a build-in-public engineering effort focused on solving a core problem in modern robotics and electronics: fragmentation. Too many teams jump between CAD, simulation, firmware, data pipelines, documentation, and deployment environments that do not speak the same language. Our goal is to compress that entire loop into a unified IDE experience where you can create, test, and iterate with fewer blind spots. What makes this Robotics Digital Twin IDE different Hackable by design: the codebase is built to be forked, extended, and reshaped. You can add modules, swap components, change the UI, integrate new sensors, and build custom workflows without needing permission from a closed vendor. Digital twin first: build a virtual replica of a system, run scenarios, and inspect behavior before touching physical hardware. Engineering workflow focus: the IDE is meant for coding plus engineering context. That includes simulation, configuration, testing, documentation, and collaboration, not just isolated scripts. Open-source momentum: we want contributors to build components that compound over time, so the community benefits from shared progress. How we built it, and how we ship We build like engineers, not like marketers. The workflow is structured around repeatable iteration: define the problem, implement the smallest useful module, test it, document it, then expand it with community feedback. We focus on clarity in the codebase, consistent structure, and a platform approach that supports multiple industries: robotics, industrial IoT, embedded systems, automotive, aerospace, and research. Team behind the build Founder and CEO, Head of Engineering: Paul George Savluc Engineers and Directors: Vasu Krishna, Mithilesh Gupta Pabba, Soumyadeep Das, I.K, Neha Medehal Reddy and more! If you want your name mentioned and have worked with us, make sure to reach out to Paul George Savluc. This is a distributed team effort. Different backgrounds, different specialties, one goal: make an open platform that lets builders move faster without sacrificing understanding, safety, or control. Why this matters for robotics developers Robotics is multidisciplinary by default. You have software, hardware, sensors, physics, control loops, datasets, and real-world constraints. When the development environment is fragmented, you lose time, you lose accuracy, and you repeat work that should be reusable. A digital twin IDE changes that equation by making design decisions testable earlier, and by keeping the system inspectable end to end. If you are an engineer, developer, researcher, or student looking for a robotics platform you can actually modify, extend, and deploy, this is for you. If you are building robotics simulations, sensor systems, autonomy pipelines, or embedded devices, you can contribute modules that make the whole ecosystem stronger. Get involved Star the repo, follow the updates, and contribute. We are looking for contributors in robotics software, simulation, embedded systems, sensors, physics engines, UI, devtools, documentation, and testing. Even small PRs matter, because open-source progress is compounding progress. SEO keywords for search open source robotics IDE, digital twin IDE, robotics simulation platform, hackable robotics platform, robotics software development, digital twin simulation, robotics engineering tools, open source digital twin, robotics programming environment, embedded systems simulation, sensor simulation, physics based robotics, robotics developer tools, robotics platform GitHub, engineering simulation IDE, AI robotics development, robotics workflow automation, industrial IoT digital twin, autonomous systems simulation, robotics testing framework, robotics codebase open source #OpenSource #Robotics #DigitalTwin #IDE #RoboticsSimulation #Engineering #EmbeddedSystems #SystemsEngineering #DeveloperTools #Simulation #OpenQQuantify #RoboticsPlatforms