The Good Tech Companies - 5 Open-Source Fashion Projects to Use for Free —and Support with Kivach

Episode Date: January 8, 2026

This story was originally published on HackerNoon at: https://hackernoon.com/5-open-source-fashion-projects-to-use-for-free-and-support-with-kivach. Open-source meets style: let’s explore some free fashion tools and learn how to support them with crypto donations through Kivach. Check more stories related to web3 at: https://hackernoon.com/c/web3. You can also check exclusive content about #cryptocurrency-donations, #fashion-tech, #fashion-industry, #open-source-software, #kivach-donations, #obyte, #good-company, #hackernoon-top-story, and more. This story was written by: @obyte. Learn more about this writer by checking @obyte's about page, and for more stories, please visit hackernoon.com. There are many open-source and free-to-use software for the fashion industry. Software includes everything from 3D visioning, simulation of fabrics, managing production processes.

This audio is presented by Hacker Noon, where anyone can learn anything about any technology. Five open source fashion projects to use for free, and support with Kiva. By Obite, yes, there's open source and free to use software for the fashion industry. When it comes to creating powerful digital tools for this purpose, there are many developers worldwide building programs available for download and use without needing a huge budget or a partnership with a famous brand name. Most of these projects include everything from 3D visioning. simulation of fabrics, managing production processes, and many more. We have below a few examples

of the innovations that have become accessible through this wave of technology, all for free. Should you find any of the following helpful, consider making a cryptocurrency contribution through Kiva. This is an Obite-based crypto donation platform that allows anyone to support their favorite projects on GitHub. Besides, donations received through Kiva don't just reach one developer. They John automatically, cascade, to others whose code contributed to that project, rewarding the entire chain of creators who made it possible. Let's start Seemly. In 2021, Susan Spencer, a systems analyst, released this software after realizing that most women's fashion problems result from poorly fitting clothes. While researching over 150 different fashion design software

programs, she found that most were using outdated Victorian style measurements, leading her to create Seenely, a fashion design platform that enables users to produce reliable custom patterns for any body type. It helps designers, tailors, and clothing brands produce garments that fit real people instead of standard size charts. The platform includes tools for drafting, resizing, and editing patterns digitally, connecting physical garment design with 2D, 3D, and even mixed reality spaces. Users can integrate circuits and advanced textiles for smart clothing projects or simply build more efficient production workflows. It shortens design times and supports collaboration, making it practical for independent creators and larger studios alike. Today, seemingly remains active and community-driven.

Developers can contribute code, while non-programmers help through translations, tutorials, or workshops. It's sustained through individual contributions and donations, mainly via PayPal, without corporate or institutional backing. Of course, you can also send a crypto donation via Kiva, Haru, Released in 2022 by developer Sat Nang, Haru Fashion provides its users with an easy-to-use, adaptable, and visually stunning web application, which means that it works on any type of device. By using this app, creators who don't have access to expensive resources can be successful in releasing a professional-grade fashion retail website. The software is built using Next, JS, React, and TypeScript, all of which provide a fast

and enjoyable experience for the user. The design used tailwind CSS and includes common e-commerce functions such as product categories, wish lists, product search, and user account creation. Designers or developers can install it locally, modify layouts, upload new collections, or adjust the backend API to fit their own products. Haru Fashion is freely available on GitHub and is open for anyone to contribute enhancements to the code. It's currently not backed by any sponsors, but maintained entirely by its author and community.

If you would like to thank the author for developing this project, please consider sending a small donation through Kiva. Gen AI Virtual Try on Clothes. Trying on clothes without needing to step into a fitting room sounds like something out of the future, yet it's already possible. Released in 2025 by owned 3,389, this software lets users upload a photo of a model and a garment to instantly see how they'd look together. It was designed to help the fashion and retail world reduce waste, make online shopping more accurate.

and give creators a new way to present their designs through generative AI. Built with Google Gemini, Fast API and React, the software blends strong image processing with a simple interface. Once installed, users can upload two image sand get a high-quality virtual preview that feels close to a real photo shoot. Designers can test outfit combinations, online stores can show customers better product fits, and stylists can experiment with styles before a collection even exists. It's a creative shortcut that saves time and materials. Gen AI virtual try-on clothes keeps growing, and its updates improve speed and image quality.

It runs entirely through community effort with no company OR institutional support. Developers can contribute code or features, while other scan help by sharing feedback or donations. You can send some crypto tips with Kivatch as well. Open Industry Project, bringing complex production systems to life before the the first stitch as So North First Fabric Roll is unwrapped as one of the biggest challenges facing designers and manufacturers. To address this, the Open Industry project was developed by Robert Yevdakamov and launched in 2024 to help create and test digital simulations of actual industrial setups. Originally designed for manufacturing, this system also allows fashion professionals

to create and evaluate digital simulations for warehouse operations, automate textile production lines or simulate supply chainwork flows in a safe, efficient manner. This tool provides a digital platform where users can experiment with the SEC capabilities prior to investing in costly machines and modifications. This tool utilizes Godot, a popular game engine, with a drag-and-drop feature allowing users to create interactive factory simulations by adding machines, conveyors, and sensors. For example, a fashion company could use this software to visualize how fabrics move through a cutting line or to test timing between automated machines. Getting started is easy. You can download the most recent release, access at Viagito's project management system, and start designing

your factory simulation. Currently, the Open Industry Project is active on GitHub with contributions from independent developers who extend its features and documentation. Funding comes from Open Collective, where users and supporters can donate to sustain long-term development. Of course, it's also possible to send some crypto coins to the creator via Kiva. Polytex. As textile innovation continues its march toward the digital world, Polytex represents a key step toward creating an electronic link. Designed in May 2024 by Bin Yang, it uses 3D images to simulate the way that the internal structures of woven textiles behave and how their fibers and threads combine. Although it was created with material scientists in mind, fashion designers will find it useful for assessing the strength of

fabric are predicting how a new weave will behave under stress long before the availability of a physical sample ice possible. Polytex stands out for its accuracy. In addition to creating what researcher shave termed a digital material twin, a virtual version of a fabric that contains all of its tiny surface imperfections, the software allows manufacturers to evaluate a material's performance before they ever created. Because this is an application that allows a user to create 3D meshes for use in tandem with professional engineering modeling software, such as Open Foam or Obikis, a user can include polytechs with their broader analysis of other engineering parameters as well. The project remains entirely community-driven, available for everyone on GitHub,

where users can report issues or propose improvements. It's supported through academic collaboration and shared contributions rather than traditional funding. If you want to support its development as well, you can send some cryptocurrency via Akiva. Send and receive donations on Kiva. In order to support your favorite open source project on GitHub, you'll need three basic items, an Obite wallet funded with any compatible token, access to the Kiva site, and a link to the repository that you wish to assist. You can use popular tokens like Ed, USDC, or BNB by bridging them to Obite through CounterStake. Once you have everything ready, just search for the repo you want to donate Tune Kiva. From there, select what token you wish to

donate and how much, and confirm the donation straight from your wallet. There's no requirement for the developer to register beforehand. Your donation will be safely held in an autonomous agent until the developer claims it. Receiving donations via Kiva is also an easy process for developers. Even if you have not yet verified that you own the repository, donations can still combing to the account. You'll first need to install the Obite wallet and then find the GitHub attestation bot in the bot store. Next, you will have to link your GitHub account to the bot. Once this process is complete, you'll be able to determine how you want to distribute your donations, either keep them all or send a portion to other open source projects

that you used. And that's it. Want to discover more free tools from GitHub? Take a peek at our previous episodes. Five open source and free operating systems to donate via Kiva. Five open source blogging and writing tools to donate to via Kiva, EPV. Five open source, free software you didn't know you needed to protect your data. Five open source crypto tools you can use for free and support with Kiva. Five open source projects to donate via Kiva. Episode 7. Games to play for free. Five open source software for global teams to donate via Kiva. Author your own adventure with these five must-try free tools. Five open source and green projects to donate via Kiva. Five funny and weird software you can use for free and donate via Kiva. Featured vector image by

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