Reproducible computing and research with Jupyter.
The Binder Project allows users to build reproducible, sharable environments for interactive computing. To accomplish this, Binder uses a tool called repo2docker to generate an executable Docker image using the Reproducible Execution Environment Specification.
Curvenote is now a part of the mybinder.org federation. By hosting a BinderHub instance running on the company’s infrastructure, additional capacity is available on the https://mybinder.org service.
This week, we are deploying some updates to repo2docker, the image-building tool that underpins mybinder.org. This may affect your repos. Please get in touch if you have problems!
Ploomber is an open-source framework that allows teams to develop maintainable pipelines in Jupyter.
2019 was a busy year for the Binder and JupyterHub projects — each saw growth in both their community and technology. Now that the year has wrapped up, it is a good time to reflect on some of the highlights from the year.
Interactive and reproducible repositories powered by Zenodo and Binder.
This article reports on a project, integrating Stencila and Binder, which started at the eLife Innovation Sprint 2018 (#eLifeSprint). A longer version has been cross-posted on multiple blogs (eLife Labs, Stencila, o2r).
Versioning, packaging, and execution are well understood and universally adopted in source code management. In this article we’ll explore a collection of services that version, package, and marshal data — Quilt.
With this post we are proud to announce the next version of Binder. It aims to be more modular, more flexible, more stable, faster, and more extensible than its predecessor.
